CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	0 crisprs	NA	0	0	0	0
CP030147	Leptospira mayottensis strain MDI272 chromosome I, complete sequence	7 crisprs	csa3,WYL,cas2,cas1,cas6e,cas5,cas7,cse2gr11,cas8e,cas3,Cas9_archaeal,RT,DinG	12	35	8	3
CP030148	Leptospira mayottensis strain MDI272 chromosome II, complete sequence	0 crisprs	csa3	0	0	1	0

1. CP030149

2. CP030147

CRISPR-Cas detection and classification

Crispr_ID: CP030147_1

• CRISPR_ID: CP030147_1
• CRISPR_location: 18003-18883
• CRISPR_type: Orphan
• Repeat_type: I-E,II-B
• Spacer_info: 14 spacers

Consensus repeat of CP030147_1

Consensus_repeat	Method
CGGTTCAACCCCACGTGTGTGGGGAAAAG	CRISPRCasFinder
CGGTTCAACCCCACGTGTGTGGGGAAAAG	CRT
CGGTTCAACCCCACGTGTGTGGGGAAAAG	PILER-CR

spacers of CP030147_1

>1.1|18032|32|CP030147|CRISPRCasFinder,CRT
CAAATGAAACGCGCAAGCGAAGGATGGGAAAA
>1.2|18093|30|CP030147|CRISPRCasFinder,CRT
AACGTAAACTGGTCAAATTTGGCCAGTTTG
>1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
GCTATGGCAATAAATGTTATAGCTATAGCCTA
>1.4|18213|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
CCCGTATGTTCGATCCGAACAATCCCGACTGA
>1.5|18274|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
AGGACTACAGAAAGAAATCCGAGGAGTGACCA
>1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
TGGAATTGGAGATAAAAAAATGTCAACATAGA
>1.7|18396|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
GCGAGCATTTCTCCTGGATGTGGATTCATAAA
>1.8|18457|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
TTGGCGATGGACAGGTTCCAGCAGTGGTGCGA
>1.9|18518|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
ATGTGAATGTTTGATGAATTAAACCGGCGGGA
>1.10|18579|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
AGATGGCAAAGGAAGCAAAGTCGATCCACGAT
>1.11|18640|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
GCCCTGAGTCTTCATTGGATTGTTCTGATGCG
>1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
CAGATCCGCTGAGACTTCCACTTGATAGATTT
>1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
ATGGTGGAATAAAGAAAAAGACGCTCAAGTCG
>1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
TTGCTACATTTTTTGAGCTTACTGGTAATATC

CRISPR arrays and Neighbor proteins around CP030147_1

CRISPR arrays

The CRISPR arrays of CP030147_1

>merge|CP030147|1|18003-18883|CRISPRCasFinder,CRT,PILER-CR
TAATGCAACCCCACGTGTGCGGGGAAAAGCAAATGAAACGCGCAAGCGAAGGATGGGAAAACGGTTCAATCCCACGTGTGGGGAAAAGAAAACGTAAACTGGTCAAATTTGGCCAGTTTGCGGTTCAACCCCACGTGTGTGGGGAAAAGGCTATGGCAATAAATGTTATAGCTATAGCCTACGGTTCAACCCCACGTGTGTGGGGAAAAGCCCGTATGTTCGATCCGAACAATCCCGACTGACGGTTCAACCCCACGTGTGCGGGGAAAAGAGGACTACAGAAAGAAATCCGAGGAGTGACCACGGTTCAACCCCACGTGTGTGGGGAAAAGTGGAATTGGAGATAAAAAAATGTCAACATAGACGGTTCAACCCCACGTGTGTGGGGAAAAGGCGAGCATTTCTCCTGGATGTGGATTCATAAACGGTTCAACCCCACGTGTGTGGGGAAAAGTTGGCGATGGACAGGTTCCAGCAGTGGTGCGACGGTTCAACCCCACGTGTGTGGGGAAAAGATGTGAATGTTTGATGAATTAAACCGGCGGGACGGTTCAACCCCACGTGTGTGGGGAAAAGAGATGGCAAAGGAAGCAAAGTCGATCCACGATCGGTTCAACCCCACGTGTGTGGGGAAAAGGCCCTGAGTCTTCATTGGATTGTTCTGATGCGCGGTTCAACCCCACGTGTGTGGGGAAAAGCAGATCCGCTGAGACTTCCACTTGATAGATTTCGGTTCAACCCCACGTGTGTGGGGAAAAGATGGTGGAATAAAGAAAAAGACGCTCAAGTCGAGGTTCAACCCCACGTGTGTGGGGAAAAGTTGCTACATTTTTTGAGCTTACTGGTAATATCCGGTTCAACCCCACGTGTGTGGGGAAAAG

>CP030147|1|1|18003-18883|CRISPRCasFinder
TAATGCAACCCCACGTGTGCGGGGAAAAG	CAAATGAAACGCGCAAGCGAAGGATGGGAAAA
CGGTTCAATCCCACGTGTGGGGAAAAGAA	AACGTAAACTGGTCAAATTTGGCCAGTTTG
CGGTTCAACCCCACGTGTGTGGGGAAAAG	GCTATGGCAATAAATGTTATAGCTATAGCCTA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	CCCGTATGTTCGATCCGAACAATCCCGACTGA
CGGTTCAACCCCACGTGTGCGGGGAAAAG	AGGACTACAGAAAGAAATCCGAGGAGTGACCA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	TGGAATTGGAGATAAAAAAATGTCAACATAGA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	GCGAGCATTTCTCCTGGATGTGGATTCATAAA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	TTGGCGATGGACAGGTTCCAGCAGTGGTGCGA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	ATGTGAATGTTTGATGAATTAAACCGGCGGGA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	AGATGGCAAAGGAAGCAAAGTCGATCCACGAT
CGGTTCAACCCCACGTGTGTGGGGAAAAG	GCCCTGAGTCTTCATTGGATTGTTCTGATGCG
CGGTTCAACCCCACGTGTGTGGGGAAAAG	CAGATCCGCTGAGACTTCCACTTGATAGATTT
CGGTTCAACCCCACGTGTGTGGGGAAAAG	ATGGTGGAATAAAGAAAAAGACGCTCAAGTCG
AGGTTCAACCCCACGTGTGTGGGGAAAAG	TTGCTACATTTTTTGAGCTTACTGGTAATATC
CGGTTCAACCCCACGTGTGTGGGGAAAAG

>CP030147|1|1|18003-18883|CRT
TAATGCAACCCCACGTGTGCGGGGAAAAG	CAAATGAAACGCGCAAGCGAAGGATGGGAAAA
CGGTTCAATCCCACGTGTGGGGAAAAGAA	AACGTAAACTGGTCAAATTTGGCCAGTTTG
CGGTTCAACCCCACGTGTGTGGGGAAAAG	GCTATGGCAATAAATGTTATAGCTATAGCCTA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	CCCGTATGTTCGATCCGAACAATCCCGACTGA
CGGTTCAACCCCACGTGTGCGGGGAAAAG	AGGACTACAGAAAGAAATCCGAGGAGTGACCA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	TGGAATTGGAGATAAAAAAATGTCAACATAGA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	GCGAGCATTTCTCCTGGATGTGGATTCATAAA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	TTGGCGATGGACAGGTTCCAGCAGTGGTGCGA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	ATGTGAATGTTTGATGAATTAAACCGGCGGGA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	AGATGGCAAAGGAAGCAAAGTCGATCCACGAT
CGGTTCAACCCCACGTGTGTGGGGAAAAG	GCCCTGAGTCTTCATTGGATTGTTCTGATGCG
CGGTTCAACCCCACGTGTGTGGGGAAAAG	CAGATCCGCTGAGACTTCCACTTGATAGATTT
CGGTTCAACCCCACGTGTGTGGGGAAAAG	ATGGTGGAATAAAGAAAAAGACGCTCAAGTCG
AGGTTCAACCCCACGTGTGTGGGGAAAAG	TTGCTACATTTTTTGAGCTTACTGGTAATATC
CGGTTCAACCCCACGTGTGTGGGGAAAAG

>CP030147|1|1|18123-18883|PILER-CR
CGGTTCAACCCCACGTGTGTGGGGAAAAG	GCTATGGCAATAAATGTTATAGCTATAGCCTA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	CCCGTATGTTCGATCCGAACAATCCCGACTGA
CGGTTCAACCCCACGTGTGCGGGGAAAAG	AGGACTACAGAAAGAAATCCGAGGAGTGACCA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	TGGAATTGGAGATAAAAAAATGTCAACATAGA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	GCGAGCATTTCTCCTGGATGTGGATTCATAAA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	TTGGCGATGGACAGGTTCCAGCAGTGGTGCGA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	ATGTGAATGTTTGATGAATTAAACCGGCGGGA
CGGTTCAACCCCACGTGTGTGGGGAAAAG	AGATGGCAAAGGAAGCAAAGTCGATCCACGAT
CGGTTCAACCCCACGTGTGTGGGGAAAAG	GCCCTGAGTCTTCATTGGATTGTTCTGATGCG
CGGTTCAACCCCACGTGTGTGGGGAAAAG	CAGATCCGCTGAGACTTCCACTTGATAGATTT
CGGTTCAACCCCACGTGTGTGGGGAAAAG	ATGGTGGAATAAAGAAAAAGACGCTCAAGTCG
AGGTTCAACCCCACGTGTGTGGGGAAAAG	TTGCTACATTTTTTGAGCTTACTGGTAATATC
CGGTTCAACCCCACGTGTGTGGGGAAAAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP030147.1|AXR59369.1|22630_22930_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59358.1|1983_2301_-|methylamine-utilization-protein	unknown	unknown	gnl|CDD|259883
CP030147.1|AXR59362.1|7882_9112_-|IS256-family-transposase	unknown	unknown	gnl|CDD|307151
CP030147.1|AXR62243.1|27821_29051_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59363.1|9272_11174_-|DUF1561-domain-containing-protein	unknown	unknown	gnl|CDD|284921
CP030147.1|AXR59366.1|13711_16381_+|collagenase	unknown	unknown	gnl|CDD|366791
CP030147.1|AXR59365.1|12613_12793_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59361.1|6272_7247_-|hypothetical-protein	unknown	unknown	gnl|CDD|284921
CP030147.1|AXR59370.1|23104_23416_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59367.1|19810_20011_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59372.1|25412_25613_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59364.1|12275_12593_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR62242.1|25814_26657_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	unknown	unknown	gnl|CDD|372314
CP030147.1|AXR62244.1|31508_31706_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59368.1|19988_20756_-|membrane-binding-protein	unknown	unknown	gnl|CDD|225405
CP030147.1|AXR59371.1|23783_24395_-|hypothetical-protein	unknown	unknown	gnl|CDD|215619
CP030147.1|AXR59360.1|3872_4175_+|hypothetical-protein	unknown	unknown	gnl|CDD|366690
CP030147.1|AXR59373.1|27139_27796_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59359.1|2326_3346_-|tryptophan-tryptophylquinone-biosynthesis-enzyme-MauG	unknown	unknown	gnl|CDD|163503

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP030147.1|AXR59371.1|23783_24395_-|hypothetical-protein	gnl|CDD|215619	PLN03185, PLN03185, phosphatidylinositol phosphate kinase; Provisional.	8.86317e-06
CP030147.1|AXR62242.1|25814_26657_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	gnl|CDD|372314	pfam12784, PDDEXK_2, PD-(D/E)XK nuclease family transposase. Members of this family belong to the PD-(D/E)XK nuclease superfamily. These proteins are transposase proteins.	4.26788e-52
CP030147.1|AXR59358.1|1983_2301_-|methylamine-utilization-protein	gnl|CDD|259883	cd04221, MauL, Methylamine utilization protein MauL. MauL is one of the products from the methylamine utilization gene cluster in Methylobacterium extorquens AM1. Mutants generated by insertions in mauL were not able to grow on methylamine or any other primary amine as carbon sources. MauL belongs to the blue or type I copper protein family. They are involved in electron transfer reactions with the Cu center transitioning between the oxidized Cu(II) form and the reduced Cu(I) form.	2.0435e-35
CP030147.1|AXR59362.1|7882_9112_-|IS256-family-transposase	gnl|CDD|307151	pfam00872, Transposase_mut, Transposase, Mutator family.	3.34056e-136
CP030147.1|AXR59363.1|9272_11174_-|DUF1561-domain-containing-protein	gnl|CDD|284921	pfam07598, DUF1561, Protein of unknown function (DUF1561). A family of paralogous proteins in Leptospira interrogans.	0
CP030147.1|AXR59366.1|13711_16381_+|collagenase	gnl|CDD|366791	pfam01752, Peptidase_M9, Collagenase. This family of enzymes break down collagens.	4.62407e-48
CP030147.1|AXR59368.1|19988_20756_-|membrane-binding-protein	gnl|CDD|225405	COG2849, COG2849, Uncharacterized protein conserved in bacteria [Function unknown].	3.69265e-14
CP030147.1|AXR59361.1|6272_7247_-|hypothetical-protein	gnl|CDD|284921	pfam07598, DUF1561, Protein of unknown function (DUF1561). A family of paralogous proteins in Leptospira interrogans.	0
CP030147.1|AXR59360.1|3872_4175_+|hypothetical-protein	gnl|CDD|366690	pfam01527, HTH_Tnp_1, Transposase. Transposase proteins are necessary for efficient DNA transposition. This family consists of various E. coli insertion elements and other bacterial transposases some of which are members of the IS3 family.	3.83544e-15
CP030147.1|AXR59359.1|2326_3346_-|tryptophan-tryptophylquinone-biosynthesis-enzyme-MauG	gnl|CDD|163503	TIGR03791, TTQ_mauG, tryptophan tryptophylquinone biosynthesis enzyme MauG. Members of this protein family are the tryptophan tryptophylquinone biosynthesis (TTQ) enzyme MauG, as found in Methylobacterium extorquens and related species. This protein is required to complete the maturation of the TTQ cofactor in the methylamine dehydrogenase light (beta) chain.	1.7253e-108

Protein sequences

>CP030147.1|AXR59366.1|13711_16381_+|collagenase
MITNIKCKIVLALSVIITFSLGCNSQNNGLKNDLSLFATMFAQTTQQITMRSVTRSVSSLDEPIGFNPIQVENEQDFDKITDGKKRILVPSVMTFGPTHSSSNGTVQNVTSNNCTGSYVARLSPKAFVRFLETHDINCVDKFVWSYDHQYSDYIYSQANMREVVNRLEVLAPSYRGNNDLNFIQLFRMFWAGYYVKASHPSLPFDKDQISQALVAPMRTFANSAHFLDGTNDAGKVLEFFFTAADSTGNGHIIYPGLLSFLEATLNDPQRLTNNRSQMIALNAVFRLLKRHILPQNREFLNRIDFRLIDKLRGFALDTSLNTNSSVWIINNAIFCLDRIYEYLPTFQPRIVSAVTDVLETYPYISQPYLQAVKALTRDSDCADLRIGRICLSDTKEVVKRMVFPNTYYFDDKAQIVHTSLSIDEIQPLYHALKEVESQFFRLIGIHAPVSGDTTDSISMYVYGSQKDYETFHPFLFDLSTDNGGIYIEGDKTFYTYQRTPAESIYTLEELLRHEYVHYLVGRFIIPGLWSQTPAHDNERLSWFEEGIAEFLTGSTSREIRPRKNLISKIKRDGSSRMNLSKILTARYGDFKFYRYSGVFFNYLYTHKKDTLRDLISTLRDSNIQKFDYLITQMSRDTWLNTSFQTYLDYLVGDVDNLTDPSTTAPDLANLSTNSPKVIRSFFRKTNTGSKAKCTTAAFGLNSRFSCRGLILGNAAYSPDWNSAWSDFNSRINDLMSTLENSGVNNFKSMNCRIGEIRFDKHVNLFRPFAIYSCEGPLASRPRISYRHPQRSQTDFRNTRLGQHSTCFANPSTGSGTTCNIPISTIAFSNTATYEEMYQNLNADLNELKSEIYTMRPSFYRKLDCNFDSIDTVNLPDGRKYLAARSSCNL
>CP030147.1|AXR59365.1|12613_12793_+|hypothetical-protein
MAKYGLPIVISLRTCLKTSECRDFNKNLTIIKSVRKLVNYQRDAICKTPIFYYELTESL
>CP030147.1|AXR59364.1|12275_12593_+|hypothetical-protein
MGFLPFSIIWAITILHYYVFEIREHIIEEELNLPFLNRIPSFLILKLFKILNPEEYCSRVISSKTNVVLKITSVNSDLLNHENSKPLNNKERTEVLARIFFQRTR
>CP030147.1|AXR59363.1|9272_11174_-|DUF1561-domain-containing-protein
MNRFIVLIVVLLISIGVDFSYGVSPALVHILSSVVSGSIVQKPTDNPKDKAIKIVIHDGGKFCYAPVFSGGESYIQLEQCWEQDVTSARYDVFQRISYYINKTWLCITAPEGVILGERNWDYVHLRPCTINDPLQRWIVKENSFWTADERYRLKDVKWYAYISKKSKDSYNHTLDSSMKDWVQTVATPGNISIKTSIAWNLGNSRYFIHSKGSKKNTTSIYYNPESGHVAQYNPVSGRLSCMYSKVGSYQWNWIRWVLCDDIPTSKDSPAYWDVYLETEEGGMLKDYKGNILRVTRYGSNWGVVYAAKPSFLEKDTTNSPTSLFLVDGYLLDWIRYAAGNLGNTEQYCPAGNKESHVYKRIKRTLPPDFQLTDDWIRRLYQIATSSVTTAQGSGVCGVCLLQGFQMLAELQEYYSQGPLQSGGYFFDTARNRDPFVSFEQRYPLLNRLLTDVPDVYNRVTTASDTNRQLVLASARIMLPQYNWIVSSEFTTRSEIQSHISSLINSPPGSIWLGILGRRRSDGTLGWHAVPILRTSQGLVVIRTRVPSAPFDLYRQALTPTTDLLEVINNLQTPNRTLTRLVTIQLEGGYHNIFDSMISNRDCTGEGDDRRGTGGYPTSTSVNQCLRSCRCALL
>CP030147.1|AXR59362.1|7882_9112_-|IS256-family-transposase
MSNPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSSKKLKGDFGTIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSADLISEVTDSVLETVIEWQNRPLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSIIFGDRLKFDSF
>CP030147.1|AXR59361.1|6272_7247_-|hypothetical-protein
MNRFIVLIVVLLISIGVDFSYGVSPALVHILSSVVSGSIVQKPTDNPKDKAIKIVIHDGGKFCYAPVFSGGESYIQLEQCWEQDVTSARYDVFQRISYYINKTWLCITAPEGVILGERNWDYVHLRPCTINDPLQRWIVKENSFWTADERYRLKDVKWYAYISKKSKDSYNHTLDSSMKDWVQTVATPGNISIKTSIAWNLGNSRYFIHSKGSKKNTTSIYYNPESGHVAQYNPVSGRLSCMYSKVGSYQWNWIRWVLCDDIPTSKDSPAYWDVYLETEEGGMLKDYKGNILRVTRYGSNWGVVYAAKPSFWKRIPRIVQRLCF
>CP030147.1|AXR59360.1|3872_4175_+|hypothetical-protein
MKSSQEHKILEENMKKRFSEDQIHKILKESESGISTPELCRKYGISGNTFYRWRSKYGGLELNDLKRMKTLEEENSRLKKLYAELALENEAIKMLLEKKW
>CP030147.1|AXR59359.1|2326_3346_-|tryptophan-tryptophylquinone-biosynthesis-enzyme-MauG
MFRILWAVFLIFSLLLIFTCKEEKKEVVRKEGETKKVETIAYPFPPDNAPTPERILLGKTLFFDPILSGSNWISCATCHNPGLAWTDGLKTAVGHNMKILGKNTPTILNGAYGSKMFWDGRADNLEAQALGPISSPDEMNQDIDELILELKNIRGYKELFSRAYPNEDINAVTIGKAIASFERTILSTESTFDRWKKGDKTAISESAQRGFSVFNGKAKCSACHQGDQFSDNGFHNIGLKNASKEVGRFKIVAVKSMKGAFKTPGLRDVALTGPYMHDGSYATLEEVVEHYDRGGDEKNNLDPNMTTLKLTKDEKADLVEFMKSLNGKMISISIPEFPR
>CP030147.1|AXR59358.1|1983_2301_-|methylamine-utilization-protein
MLVRFTAVFIFLVFCGGSLAAAEHEVGQKNKGFTVESLKIKVGDVVSFPNYDTFYHNVYSLSPTKIFDLGSYSQGKTQKVKFEKPGKITVQCAIHPEMKMTIDVQ
>CP030147.1|AXR59367.1|19810_20011_-|hypothetical-protein
MSNTRSFKCCVADWNEEIHLEFKIPLKKFELRTGQTYHIEGLFSTRNLLIIKTGFFPFRREKSRSV
>CP030147.1|AXR59368.1|19988_20756_-|membrane-binding-protein
MKFRTILVFSFLFTVSLWGEPPRPSNVPKGAIYNEKYKNFILEEKEEPFLKRTEWNTLGVLESEVYSLEGLTDSTHYIDGRWYSRKQYYGFDIDKAKILPPREKPSSIPKESEFNFDFRKWELGETKEGKKEGVWKLWWPAGQEAGSVEYKNGVYEGKFHLIWENGKTKETCTYVFGKRDGEQLIYHESGNLNEKVKYIHGLEEGEWLKYFDTGDLQYRVTFIKGMGTMQERFENGKLKERKYYKNKKIVKHEKF
>CP030147.1|AXR59369.1|22630_22930_-|hypothetical-protein
MKEYIQKTIKLENGDRVILYDSDKIKGKIPVFEFNRNVIKVDKNDVILWRIKVPGKDDWEAPFLKIKLRQGKLIAYHWAGGEFEVNLEDGSIKLIQEHR
>CP030147.1|AXR59370.1|23104_23416_-|hypothetical-protein
MSGPHGSTADLQREIEISKQIEFLRTTKVQNGISILENAEIKIPPQEIEELEQTGQLDKVLNIYKKSGSEGLKSYIAGRASGFGALDGFFPDFSDMAKNPGFT
>CP030147.1|AXR59371.1|23783_24395_-|hypothetical-protein
MITKYIRNWLIAGAVVLAAFYYIPRINFSCIEGDCYSGEGVYTYNNTYYYGSFQKGYRHGYGMEKYPGGCTYYGFFEGGHKQHYGSYVCEKDNYSFTTFWNNGGYHSTVFYTCGNKTYYGKWAGFRGTLICISGDCENGVGKAILPFKKIIQSGKFTSSNLYGHGEEIDACTGKILYKGKFIHSHKEKDYDAEAHKPVQGLDY
>CP030147.1|AXR59372.1|25412_25613_+|hypothetical-protein
MSQNLKSNQHQLTLSCWSFFYPISVKVSSYHFTFLNDTPVFRNQLSTFGVDSCTAKLHNLVICVKS
>CP030147.1|AXR62242.1|25814_26657_-|Rpn-family-recombination-promoting-nuclease/putative-transposase
MFKTLFVKEPKLLISMLNSVIFTNQEHRIQELTILNPELTGPSAKDKRSYLDIRAKDETGRIFHVEIQVAHENSFVKRSLYYLSGLIRDQLKSGEGYSDLKAVYQVNIVDFNLIPSENYHSKFKFREESNPEITLTDELEIHYIELPKLTEEDHLRLLREGSDLYRWMYLFKHTSELTEEEMSILVDKTPDLSKAFTILEQYSNDPKKRKEIEEKLKSDRDYVYDLAARFEAGERQGIEKGEFKKALEAARKMLAEGIKLDVVLRVTGLTEKDLGDHGIR
>CP030147.1|AXR59373.1|27139_27796_-|hypothetical-protein
MSRIVFFSLIFCLSFCRERVMFSTDDSVAYRVIFEGKIKKIGKIYPDFPLVVKTDFLPNYEMVDRFLDKELFNESFFTFAKGLVKKEINVSSYRLFYNRGEKTAFSRSPYMWILVYADKAALIRAGYISQRTREEPFIGAKYWICNFDNSDIQETKFVNCKKGEKRSELDTSFVPLVSEVKDDGQPDIVCTNLAESEITCNSEGSNYIGIKSDKFYIR
>CP030147.1|AXR62243.1|27821_29051_-|hypothetical-protein
MGLSYDTKAGYGASIGLTSQFGPMSVTPSWTVSEYGGLSSDVQYGFDRNLFNKTNNPDHASANRNLLSDIFDGMSGLASGFGRGAKSAWDGMAGAVGGLNGENLSNGWNAIKNALFGGGDLFARTATNGNIYRQSDGSLTDSNGNRFVLDGNGNLIPEDENLILVGKTGKKNGKYDSNSKTRYLDRQSNIAGQLENESQGYIKQALTKFFGELSNEVTNAESIKYQKKISDMIKSGEFDKAILSPIDDSEDFDGQMSDLNEAREKVLDQYDEYYNNQNLPLGNNGIFTDALNFVYNLFGKSSGNVRELLMNTIESGMETGMSASTREQRQKGLIKLAESTAGGGFQGDIGEAMRNFDLKNRDGSWMNGGNQYDATNQQYRALSSPLSNYEKMFVLQMYVLRKQELNRLY
>CP030147.1|AXR62244.1|31508_31706_+|hypothetical-protein
MFLRFREEKPRSPFQSATQHFNLFVYSDFFIQSMLHCRISTAIAFAVVDRCFVVKKKMRTAGSHF

Crispr_ID: CP030147_2

• CRISPR_ID: CP030147_2
• CRISPR_location: 289512-290211
• CRISPR_type: Orphan
• Repeat_type: I-E,II-B
• Spacer_info: 11 spacers

Consensus repeat of CP030147_2

Consensus_repeat	Method
CGGTTCAACCCCACGTGTGTGGGGAAAAG	PILER-CR
CTTTTCCCCACACACGTGGGGTTGAACCG	CRISPRCasFinder
CTTTTCCCCACACACGTGGGGTTGAACCG	CRT

spacers of CP030147_2

>2.1|289541|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
ACTTTCAGGAGTTTTTTTCCTACGACGTATTT
>2.2|289602|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
TATTGGGATAAGATAACTGTTAAGCTTAATCA
>2.3|289663|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
CAGAAGAGGCAAAAGAGAGACAGGCTGCAAAA
>2.4|289724|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
ACATGAACCCGTCGAGAGGTTTTGAGTATCCC
>2.5|289785|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
ACATGAACCCGTCGAGAGGTTTTGAGTATCCC
>2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
GGCGAGGGCTACACTCCTGAGCAGGTAGAGGA
>2.7|289907|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
TGACAGCTATTAAAGAATTGTCATTAGGATTA
>2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
TTTGTTTATAAACGCAGTTCCTGAACTAATAA
>2.9|290029|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
ACAATGTGGCCAGTGCTTTGTTATGGAGTTGG
>2.10|290090|32|CP030147|PILER-CR,CRISPRCasFinder,CRT
ATGATCTTTTCCCCGTCAGTTAACCCGAACCC
>2.11|290151|32|CP030147|CRISPRCasFinder,CRT
TCGGCAACCGGTTTTTCGTTAAAGTAAATCCA

CRISPR arrays and Neighbor proteins around CP030147_2

CRISPR arrays

The CRISPR arrays of CP030147_2

>merge|CP030147|2|289512-290211|PILER-CR,CRISPRCasFinder,CRT
CTTTTCCCCACACACGTGGGGTTGAACCGACTTTCAGGAGTTTTTTTCCTACGACGTATTTCTTTTCCCCACACACGTGGGGTTGAACCGTATTGGGATAAGATAACTGTTAAGCTTAATCACTTTTCCCCACACACGTGGGGTTGAACCGCAGAAGAGGCAAAAGAGAGACAGGCTGCAAAACTTTTCCCCACACACGTGGGGTTGAACCGACATGAACCCGTCGAGAGGTTTTGAGTATCCCCTTTTCCCCACACACGTGGGGTTGAACCGACATGAACCCGTCGAGAGGTTTTGAGTATCCCCTTTTCCCCACACACGTGGGGTTGAACCGGGCGAGGGCTACACTCCTGAGCAGGTAGAGGACTTTTCCCCACACACGTGGGGTTGAACCGTGACAGCTATTAAAGAATTGTCATTAGGATTACTTTTCCCCACACACGTGGGGTTGAACCGTTTGTTTATAAACGCAGTTCCTGAACTAATAACTTTTCCCCACACACGTGGGGTTGAACCGACAATGTGGCCAGTGCTTTGTTATGGAGTTGGCTTTTCCCCACACACGTGGGGTTGAACCGATGATCTTTTCCCCGTCAGTTAACCCGAACCCCTTTTCCCCACACACGTGGGGTTGAACCGTCGGCAACCGGTTTTTCGTTAAAGTAAATCCACTTTTCCCCACACACGTGGGGTTGCATTA

>CP030147|2|2|289512-290150|PILER-CR
CTTTTCCCCACACACGTGGGGTTGAACCG	ACTTTCAGGAGTTTTTTTCCTACGACGTATTT
CTTTTCCCCACACACGTGGGGTTGAACCG	TATTGGGATAAGATAACTGTTAAGCTTAATCA
CTTTTCCCCACACACGTGGGGTTGAACCG	CAGAAGAGGCAAAAGAGAGACAGGCTGCAAAA
CTTTTCCCCACACACGTGGGGTTGAACCG	ACATGAACCCGTCGAGAGGTTTTGAGTATCCC
CTTTTCCCCACACACGTGGGGTTGAACCG	ACATGAACCCGTCGAGAGGTTTTGAGTATCCC
CTTTTCCCCACACACGTGGGGTTGAACCG	GGCGAGGGCTACACTCCTGAGCAGGTAGAGGA
CTTTTCCCCACACACGTGGGGTTGAACCG	TGACAGCTATTAAAGAATTGTCATTAGGATTA
CTTTTCCCCACACACGTGGGGTTGAACCG	TTTGTTTATAAACGCAGTTCCTGAACTAATAA
CTTTTCCCCACACACGTGGGGTTGAACCG	ACAATGTGGCCAGTGCTTTGTTATGGAGTTGG
CTTTTCCCCACACACGTGGGGTTGAACCG	ATGATCTTTTCCCCGTCAGTTAACCCGAACCC
CTTTTCCCCACACACGTGGGGTTGAACCG

>CP030147|2|2|289512-290211|CRISPRCasFinder
CTTTTCCCCACACACGTGGGGTTGAACCG	ACTTTCAGGAGTTTTTTTCCTACGACGTATTT
CTTTTCCCCACACACGTGGGGTTGAACCG	TATTGGGATAAGATAACTGTTAAGCTTAATCA
CTTTTCCCCACACACGTGGGGTTGAACCG	CAGAAGAGGCAAAAGAGAGACAGGCTGCAAAA
CTTTTCCCCACACACGTGGGGTTGAACCG	ACATGAACCCGTCGAGAGGTTTTGAGTATCCC
CTTTTCCCCACACACGTGGGGTTGAACCG	ACATGAACCCGTCGAGAGGTTTTGAGTATCCC
CTTTTCCCCACACACGTGGGGTTGAACCG	GGCGAGGGCTACACTCCTGAGCAGGTAGAGGA
CTTTTCCCCACACACGTGGGGTTGAACCG	TGACAGCTATTAAAGAATTGTCATTAGGATTA
CTTTTCCCCACACACGTGGGGTTGAACCG	TTTGTTTATAAACGCAGTTCCTGAACTAATAA
CTTTTCCCCACACACGTGGGGTTGAACCG	ACAATGTGGCCAGTGCTTTGTTATGGAGTTGG
CTTTTCCCCACACACGTGGGGTTGAACCG	ATGATCTTTTCCCCGTCAGTTAACCCGAACCC
CTTTTCCCCACACACGTGGGGTTGAACCG	TCGGCAACCGGTTTTTCGTTAAAGTAAATCCA
CTTTTCCCCACACACGTGGGGTTGCATTA

>CP030147|2|2|289512-290211|CRT
CTTTTCCCCACACACGTGGGGTTGAACCG	ACTTTCAGGAGTTTTTTTCCTACGACGTATTT
CTTTTCCCCACACACGTGGGGTTGAACCG	TATTGGGATAAGATAACTGTTAAGCTTAATCA
CTTTTCCCCACACACGTGGGGTTGAACCG	CAGAAGAGGCAAAAGAGAGACAGGCTGCAAAA
CTTTTCCCCACACACGTGGGGTTGAACCG	ACATGAACCCGTCGAGAGGTTTTGAGTATCCC
CTTTTCCCCACACACGTGGGGTTGAACCG	ACATGAACCCGTCGAGAGGTTTTGAGTATCCC
CTTTTCCCCACACACGTGGGGTTGAACCG	GGCGAGGGCTACACTCCTGAGCAGGTAGAGGA
CTTTTCCCCACACACGTGGGGTTGAACCG	TGACAGCTATTAAAGAATTGTCATTAGGATTA
CTTTTCCCCACACACGTGGGGTTGAACCG	TTTGTTTATAAACGCAGTTCCTGAACTAATAA
CTTTTCCCCACACACGTGGGGTTGAACCG	ACAATGTGGCCAGTGCTTTGTTATGGAGTTGG
CTTTTCCCCACACACGTGGGGTTGAACCG	ATGATCTTTTCCCCGTCAGTTAACCCGAACCC
CTTTTCCCCACACACGTGGGGTTGAACCG	TCGGCAACCGGTTTTTCGTTAAAGTAAATCCA
CTTTTCCCCACACACGTGGGGTTGCATTA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP030147.1|AXR59555.1|291723_292917_+|M23-family-peptidase	unknown	unknown	gnl|CDD|366703
CP030147.1|AXR59554.1|291097_291400_-|hypothetical-protein	unknown	unknown	gnl|CDD|366690
CP030147.1|AXR59551.1|286330_286534_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59548.1|280016_281498_+|aldehyde-dehydrogenase-family-protein	unknown	unknown	gnl|CDD|143452
CP030147.1|AXR59545.1|276420_277425_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR62279.1|281880_282363_-|DNA-starvation/stationary-phase-protection-protein	unknown	unknown	gnl|CDD|223854
CP030147.1|AXR62280.1|302364_302976_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59549.1|282706_283831_-|DegT/DnrJ/EryC1/StrS-family-aminotransferase	unknown	unknown	gnl|CDD|99740
CP030147.1|AXR59550.1|283904_286382_-|endopeptidase-La	unknown	unknown	gnl|CDD|223542
CP030147.1|AXR59558.1|295250_297476_+|WGR-domain-containing-protein	unknown	unknown	gnl|CDD|226352
CP030147.1|AXR59557.1|294384_295101_+|PhoU-family-transcriptional-regulator	unknown	unknown	gnl|CDD|273990
CP030147.1|AXR59556.1|293233_293656_+|MAPEG-family-protein	unknown	unknown	gnl|CDD|376462
CP030147.1|AXR59561.1|299947_301042_-|IS110-family-transposase	unknown	unknown	gnl|CDD|376773
CP030147.1|AXR59546.1|277849_279376_-|HDOD-domain-containing-protein	unknown	unknown	gnl|CDD|370050
CP030147.1|AXR59544.1|274998_275688_+|HAD-family-hydrolase	unknown	unknown	gnl|CDD|274056
CP030147.1|AXR59552.1|286767_288201_+|DUF1566-domain-containing-protein	unknown	unknown	gnl|CDD|377878
CP030147.1|AXR59553.1|290288_291104_-|IS3-family-transposase	unknown	unknown	gnl|CDD|372671
CP030147.1|AXR59560.1|299561_299750_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59547.1|279731_279935_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR59559.1|297923_298403_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP030147.1|AXR59555.1|291723_292917_+|M23-family-peptidase	gnl|CDD|366703	pfam01551, Peptidase_M23, Peptidase family M23. Members of this family are zinc metallopeptidases with a range of specificities. The peptidase family M23 is included in this family, these are Gly-Gly endopeptidases. Peptidase family M23 are also endopeptidases. This family also includes some bacterial lipoproteins for which no proteolytic activity has been demonstrated. This family also includes leukocyte cell-derived chemotaxin 2 (LECT2) proteins. LECT2 is a liver-specific protein which is thought to be linked to hepatocyte growth although the exact function of this protein is unknown.	1.75477e-24
CP030147.1|AXR59554.1|291097_291400_-|hypothetical-protein	gnl|CDD|366690	pfam01527, HTH_Tnp_1, Transposase. Transposase proteins are necessary for efficient DNA transposition. This family consists of various E. coli insertion elements and other bacterial transposases some of which are members of the IS3 family.	3.83544e-15
CP030147.1|AXR59548.1|280016_281498_+|aldehyde-dehydrogenase-family-protein	gnl|CDD|143452	cd07134, ALDH_AlkH-like, Pseudomonas putida Aldehyde dehydrogenase AlkH-like. Aldehyde dehydrogenase AlkH (locus name P12693, EC=1.2.1.3) of the alkBFGHJKL operon that allows Pseudomonas putida to metabolize alkanes and the aldehyde dehydrogenase AldX of Bacillus subtilis (locus P46329, EC=1.2.1.3), and similar sequences, are present in this CD.	0
CP030147.1|AXR62279.1|281880_282363_-|DNA-starvation/stationary-phase-protection-protein	gnl|CDD|223854	COG0783, Dps, DNA-binding ferritin-like protein (oxidative damage protectant) [Inorganic ion transport and metabolism].	6.26523e-62
CP030147.1|AXR59549.1|282706_283831_-|DegT/DnrJ/EryC1/StrS-family-aminotransferase	gnl|CDD|99740	cd00616, AHBA_syn, 3-amino-5-hydroxybenzoic acid synthase family (AHBA_syn). AHBA_syn family belongs to pyridoxal phosphate (PLP)-dependent aspartate aminotransferase superfamily (fold I). The members of this CD are involved in various biosynthetic pathways for secondary metabolites. Some well studied proteins in this CD are AHBA_synthase, protein product of pleiotropic regulatory gene degT, Arnb aminotransferase and pilin glycosylation protein. The prototype of this family, the AHBA_synthase, is a dimeric PLP dependent enzyme. AHBA_syn is the terminal enzyme of 3-amino-5-hydroxybenzoic acid (AHBA) formation which is involved in the biosynthesis of ansamycin antibiotics, including rifamycin B. Some members of this CD are involved in 4-amino-6-deoxy-monosaccharide D-perosamine synthesis. Perosamine is an important element in the glycosylation of several cell products, such as antibiotics and lipopolysaccharides of gram-positive and gram-negative bacteria. The pilin glycosylation protein encoded by gene pglA, is a galactosyltransferase involved in pilin glycosylation. Additionally, this CD consists of ArnB (PmrH) aminotransferase, a 4-amino-4-deoxy-L-arabinose lipopolysaccharide-modifying enzyme. This CD also consists of several predicted pyridoxal phosphate-dependent enzymes apparently involved in regulation of cell wall biogenesis. The catalytic lysine which is present in all characterized PLP dependent enzymes is replaced by histidine in some members of this CD.	6.48987e-112
CP030147.1|AXR59550.1|283904_286382_-|endopeptidase-La	gnl|CDD|223542	COG0466, Lon, ATP-dependent Lon protease, bacterial type [Posttranslational modification, protein turnover, chaperones].	0
CP030147.1|AXR59558.1|295250_297476_+|WGR-domain-containing-protein	gnl|CDD|226352	COG3831, COG3831, Uncharacterized conserved protein [Function unknown].	4.98352e-07
CP030147.1|AXR59557.1|294384_295101_+|PhoU-family-transcriptional-regulator	gnl|CDD|273990	TIGR02135, Uncharacterized_protein, phosphate transport system regulatory protein PhoU. This model describes PhoU, a regulatory protein of unknown mechanism for high-affinity phosphate ABC transporter systems. The protein consists of two copies of the domain described by pfam01895. Deletion of PhoU activates constitutive expression of the phosphate ABC transporter and allows phosphate transport, but causes a growth defect and so likely has some second function. [Regulatory functions, Other, Transport and binding proteins, Anions].	7.78724e-25
CP030147.1|AXR59556.1|293233_293656_+|MAPEG-family-protein	gnl|CDD|376462	pfam01124, MAPEG, MAPEG family. This family is has been called MAPEG (Membrane Associated Proteins in Eicosanoid and Glutathione metabolism). It includes proteins such as Prostaglandin E synthase. This enzyme catalyzes the synthesis of PGE2 from PGH2 (produced by cyclooxygenase from arachidonic acid). Because of structural similarities in the active sites of FLAP, LTC4 synthase and PGE synthase, substrates for each enzyme can compete with one another and modulate synthetic activity.	1.38475e-11
CP030147.1|AXR59561.1|299947_301042_-|IS110-family-transposase	gnl|CDD|376773	pfam02371, Transposase_20, Transposase IS116/IS110/IS902 family. Transposases are needed for efficient transposition of the insertion sequence or transposon DNA. This family includes transposases for IS116, IS110 and IS902. This region is often found with pfam01548. The exact function of this region is uncertain. This family contains a HHH motif suggesting a DNA-binding function.	7.1291e-21
CP030147.1|AXR59546.1|277849_279376_-|HDOD-domain-containing-protein	gnl|CDD|370050	pfam08668, HDOD, HDOD domain.	1.20301e-60
CP030147.1|AXR59544.1|274998_275688_+|HAD-family-hydrolase	gnl|CDD|274056	TIGR02252, Rhythmically_expressed_gene_2_protein, REG-2-like, HAD superfamily (subfamily IA) hydrolase. This family of proteins includes uncharacterized sequences from eukaryotes, cyanobacteria and Leptospira as well as the DREG-2 protein from Drosophila melanogaster which has been identified as a rhythmically (diurnally) regulated gene. This family is a member of the Haloacid Dehalogenase (HAD) superfamily of aspartate-nucleophile hydrolases. The superfamily is defined by the presence of three short catalytic motifs. The subfamilies are defined based on the location and the observed or predicted fold of a so-called 'capping domain', or the absence of such a domain. This family is a member of subfamily 1A in which the cap domain consists of a predicted alpha helical bundle found in between the first and second catalytic motifs. A distinctive feature of this family is a conserved tandem pair of tryptophan residues in the cap domain. The most divergent sequences included within the scope of this model are from plants and have "FW" at this position instead. Most likely, these sequences, like the vast majority of HAD sequences, represent phosphatase enzymes.	3.08957e-72
CP030147.1|AXR59552.1|286767_288201_+|DUF1566-domain-containing-protein	gnl|CDD|377878	pfam07603, DUF1566, Protein of unknown function (DUF1566). These proteins of unknown function are found in Leptospira interrogans and in several gamma proteobacteria.	1.78737e-28
CP030147.1|AXR59553.1|290288_291104_-|IS3-family-transposase	gnl|CDD|372671	pfam13683, rve_3, Integrase core domain.	3.26522e-31

Protein sequences

>CP030147.1|AXR59552.1|286767_288201_+|DUF1566-domain-containing-protein
MNQTFGLLWMFAAILLFASCSQAERINIDTSSTTGLLFQGGIALGPGPNNQSQDQGDLESSEPKEINSFRFQASNHFFTTDFVGEISGTLITVQVPFGAIYRLKATFISTGVNVEVNGVPQTSGQTVNNFSSPVIYRVTATDKSVKDYTVQVIPIFRLTDAGQINCFFTFCNDDPGQDADYSTGVPKTFQSNIVLSDYTTQPVTIDRQTGLTWKYCAAGLNNAACSAYNNYSYTQSDAVTYCNNLNQINAGLGYAGIRNWRLPEIEELMTLSTHKTPSTTYIDLTEFPFGDGEFWSNTTNMSNTAEAWGFDFTYGSNNSANKSSRNMLVRCVSGGTIPVRSFSDFNNGIVKDNLTGLVWQKCSVGQTWSPISSLCNIGSITSHNFISALSICKNLNLDGRTWRLPNVHELRSLLDFPSTTSAKINRTFFPNTPAASQYVTSNSIPGSQIFRVSFTDGVINTANLSTPNYVRCVSDDL
>CP030147.1|AXR59551.1|286330_286534_+|hypothetical-protein
MEQLNSLQYPINPLKAPKDLLKSENIPGEPDFVQVLIPEEILKSNPIHFVLKKPQKPEELSLRINLQ
>CP030147.1|AXR59550.1|283904_286382_-|endopeptidase-La
MEPLEDLSGIEENSIVPLDLILPPELFLVPIKSRPVFPGIITPLIVPNGKFAKAVEQSLRGNSFLGLVLLKDEENEKETSENIYQFGVVAKILKKVHLPDDAVNILINTIRRFKIDSYTSKDPLIAKVSYPEEEPGAPKNTIKAMMRTLLVMTRELAQNNPLFTEEMKLTMLNVNEPGKMADFVCSILNLEKEEYQSVIESNILKERIEKVLLFLKKEIELVSIQREISDQIQDKIDKQQRQFFLREQLKAIQNELGIKDDKFEKKYEKFLERLKSIGADTEVIEEVSRELDKFSYADPNTGDYNVIRNYLDILESLPWEPAPAREIDLDKAKKTLDRDHYKLEDVKDRILEFLAVKKLKSDEKGTILLLVGPPGVGKTSIARSIAEAMGRKFFRFSVGGMRDEAEIKGHRRTYIGSMPGKIISALRITKEKDCVILLDEIDKLAAGIQGDPASAFLEVLDPEQNKNFRDHYLDLPFDISNVFFIATANTLDSISRILLDRMEIINLSGYITDEKVQIFQRYLWKKVLAKNGVTSYGIEFDKKAVVSLIDSYSRESGVRGLEKVTDKLVRKIAMKIVKKEPFPKVILEKNLEMFLGVPKFTNERMVRTSVPGTALGLAWTSVGGATLLIEALFVKGKGGILLTGMIGKTMEESSNIALSYIKNFLNKDELFNDRMIHLHVPDGATPKDGPSAGITMATAILSLALNIKVKAGYGMTGELTLTGEVLAIGGLREKIVAAKRVGIYKIIYPKDNLQHLEEIPDYVKKGMSFFPVSRYEEVAAMVFDEKVLLKVNPSFKENLKLITTSAGKTALKKKTVSKKRITPSK
>CP030147.1|AXR59549.1|282706_283831_-|DegT/DnrJ/EryC1/StrS-family-aminotransferase
MGVPFIDIKRFEPGLLEEWEEKVKILSKNASFIGGEEVSLLERNLASQAETNYSVACANGTDALQLALRALGVGKGDAVLLPDSTFWATFESVVNVGADPYTVDTDPDDLQMDFTVFEKALEKVKPKAAIIVHLYGWGSARLEDFRKLCKLKGIPLLEDGAQCYGVRYRGTSIYKDALIATTSFYPAKVLGGAGDGGAVFTNDEKLANKVRMLANHGRISHYAYGDVGWNSRLDTLQAAFLNINLKHLEARIVSRRKIAQRYYEILPNLGIRVIHPPKDYEENGYCNVTLAAAEERSLIQDVLKEKEIGFGNIYPGAMSDQPGAKSYIKEKFGDKHTTGKICASVLNYPLFPYMKEEELEEIFSAIRAYNSKKK
>CP030147.1|AXR62279.1|281880_282363_-|DNA-starvation/stationary-phase-protection-protein
MKDIDIGISEKNRETINTGLQKLLADTYILYFKTHSYHWNVTGPQFNTLHLMFQTQYNELWLSIDLIAERIRSLGFYAPSSSHQLGKLTSIHEEGGVPHAEDMVRHLVGGHETVIRTARSLLPAADEGGDEVTLDLLTQRLEVHEKTAWMLRSLLIVENT
>CP030147.1|AXR59548.1|280016_281498_+|aldehyde-dehydrogenase-family-protein
MPTIQESPVKLPYSDLTPTLPSIDKTEIERVFHLQKKHFHKVMKLTTASQRIQRLKKLREAIFKYTPEIEKAVNADFRKNEREVDITEIMPSISEINDAIKHVRRWMKPVNAKTPVTLFGAKSQILYEPRGVVLIIGPWNYPFYLTFAPLAAAIAAGNTVLIKPSEFTPVTSNLIQKIITEVFPKEEVAVFEGDYQVSGALMELPLDHIFFTGSTQVGKIVMTAAAKHLTSVTLELGGKSPAIIDKSADIKKAAKKLVWGKVLNAGQTCVAPDYLLIPNDLIKPFVEEAKSVIKEFYGKDGKALKENPDFCRIVNDRNFNRVSGYIHEAVEKGAKIEMGGETDASQNYIEPTLLSNVPENSNIMEDEIFGPILPMIPYTNLDEAIEKINSKPKPLALYIFGKKERPIKKILKETSSGGVAVNDVILHLVNPYLPFGGVNHSGHGSYHGYFGFKAFSHERSVLRQAALSSIGLMYPPYTNFVKRLVTLTKKFLV
>CP030147.1|AXR59547.1|279731_279935_-|hypothetical-protein
MDSESNSFYKVRTCSLSGYLSKQLRFSIFLFLRTNCRFLIRTESGEFRIYETLYPNFIMRQESEKNG
>CP030147.1|AXR59546.1|277849_279376_-|HDOD-domain-containing-protein
MSQNKTLEFHHHSDLGLYSNLKDLDHPVLENSPVHYRFHNLTEDVDSIISRTLDRYLLQLDIIYVRDSVFTTLKETIANSIKANVKRIYFRELKADIHNPETYKQKILGFKKDYLDNKEKYEELLFKNNFVVLVSFVYNKDMIRIRVMNNVKLSLTEVERINQRIGKAKLYNDLAEAFLEAGDETEGAGLGLVMSLMMLKNDGLSETSYKIESQGDNTSVIIDIPLSVTKENLQLQQTQDILRNIDGLPTFPRLIQDIQAMIEKPNSSIVQIAEVIKKDVALSANILKLANSAAFIRANKVETLDRAIQLIGLKELSQLLFSLGTKQILENKFPVFLSIWEKSNQCAFYCKLIASRTELPKDAVSNLMSAALLHDIGEIILISLEERTMKNIGKISASKEIASAVSMEEAALGITHTKVGALIAEKWNFPDLYAKAMEFHHRPLTVEEEYISYIYPIYLADMMIKINNEEAKYGEIPEKVLQFCKFESAGDFHSFRTKALESFLSRTR
>CP030147.1|AXR59545.1|276420_277425_+|hypothetical-protein
MNEILSNYNHPRFKTDDLAGHYESWFVRANNPNACQAVWIRYTIFSPKDHPEKAIGELWAIYFDGEKNTHFVSKSEFPIEKCKFHSIPFSVRIGDSELSDSYLLGKAGNNKGPEKFFWDLKISGGSAALFLFPENLYEGNFPKAKVLVGNPRVKVSGSLKLGSQEIQVQNWIGSHNHNWGSKHTDQYAWGQVVGFEEEADSFLELATAKLKIGPIWTPAITPVVFRFKGKDYKLNHPFLSFGRAKYRYFDWNFVANSSEIQIRGRIHAEPQDFACLQYWNPPGGWKYCLNSKIANTELFVKRKEDLIYSKLTSNRKTAFEILTDDFSHGMKPEV
>CP030147.1|AXR59544.1|274998_275688_+|HAD-family-hydrolase
MSYDKYLFLDVGDTILHLKKSAGETYFEILVEAGFKKEKNAQEFYRKAFLESWHKMHENSPPEHRDKYQFHPGGTQGWWKELLADFLERIPDRVSLEKAFPIIYNKFADPELWTVDPGFWKLKNYCKNENWGLGVISNWDHRLRALLEAKEISEYLNPIIVSAEFGYEKPSPKIFEEAMRLVRLSGDCLVYCGDKYELDVVVPRSLGWRSYLKNKKGDLESLSELIRFL
>CP030147.1|AXR59553.1|290288_291104_-|IS3-family-transposase
MVSREQKREALLLIKTRLGERKSCRLLQISRTGFRHRSRLQDKNMELKDRILTLAYKHKRAGYRQIHDFIRQEERVNHKRIYRLYSALGLKYRIKPKRKRVSLPAIPKIVPKKPEERWSMDFMSDSLYSGRKFRILNIIDDFGRFAVATQVEFSITSERLVRILNEVSEVRSLPKQIVVDNGPEFTSKAFLRWAFEKGVDIHFITPGKPTENAFIESFNGKMRNECLNENWFKNIEEAQRLVEDWRNFYNSERPHSSLGGLTPEEYLRRSA
>CP030147.1|AXR59554.1|291097_291400_-|hypothetical-protein
MKSSQEHKILEENMKKRFSEDQIHKILKESESGISTPELCRKYGISGNTFYRWRSKYGGLELNDLKRMKTLEEENSRLKKLYAELALENEAIKMLLEKKW
>CP030147.1|AXR59555.1|291723_292917_+|M23-family-peptidase
MRNFIVVLIFTVFTFSGLLAKTSDFNGECKPKEWICILTRNENNKVEFYVQNQTPSGEYPFIIYFNFSTLNNFEADVPLPYRFVSKGSSEPKKFLTISPIDSRKERSYNSNIYVKAGDDGSKARNLPYRLPFESSSRVGQGYNGKFTHTGIFTYALDFTLSEGSPILAAREGLVIAIQDKYQSGGTISFYKDKANFIQILHKDGSIAEYAHLKHKGISVQIGQIVQTGERIGFSGNTGFSSAPHLHFHVLRHKADLQTLESVPISFETDEGVLDELKEGVVYWNPSNTLPAGKIFFEEDLKICSEFIQKKLSECEEKFNPQKRPILALEVRKPGKYDLKVEVCNPDSICKRIDWTLQPEWKSSVSYFDWNLFPGQPGKYKIQVINDIEIIKTWIVER
>CP030147.1|AXR59556.1|293233_293656_+|MAPEG-family-protein
MHPAIIALLGFVSWTLVLGLWLVSIRSFKVLMGTNKSDEFPAGIKHGSEFYWRLNRAHLNCIENLPVFGVLVLIGGFIGVLDETFGLVSQIVLGARIFQTLAHLSSGSVFAINTRFTGFIVQYGSFIYFLWHILHNTGIV
>CP030147.1|AXR59557.1|294384_295101_+|PhoU-family-transcriptional-regulator
MFSKFDFLRKNLYSMAELCLEQVLLLDDALEKDDSELAKKLIDRDDLIDNLEKQNDNLSQNAILEAVANRNSMGMDQVDGEVVLKRDPLRFALSAIRITRNLERMGDQIVNCAKCFRRGLIPKRFFCEEEILNKLLSRVITIVGMAVESLVEEKNRFYGSVHTVEEEINNLCQSAFLKFVMDPRLDKNQFADVYRLILCLERTGDYAVNMAEELVRLNTGMDIRHVSDPVQAIAETIS
>CP030147.1|AXR59558.1|295250_297476_+|WGR-domain-containing-protein
MKKHFIYSENGSEIFWQIEISGLSLVLSSGKTGNAIAKRSIRNFKTREQCFKEFQKLIDQKSELGFRESDRIPTFKTLNGNTDYLTTWNAILEASDRKQALRSHFEILTETEECAAVLDQIVSKIEEIYIENDQFVFTLPWHYDEETKVHIRWNAPYIGRIHSSVPHSMAKFVTNFNGVSFHHDNDDLAITWVLGVEPKDKEKSALVVGDGGWEKEILEKGDDWWIAPLEILEQDFGDVQCFGAFDESQNWFVYHPVVKNRFGELAITTVSHESCEMEEAVVRYGMGGFILREIASWILDIEIDSGKDLALSGSPVVTRAFQEFVAHKAVTLSENHPEVAKRLLKCDWHALADSIHKTISKWVRSLAKEVAVEKDILVIDSYWDDAGEVIFLGLDWHSGTDYEDAISEGANEIDYPLDFTSFYKLVLGKDQNAELDGDEVVETLEDDYSIIRDILTYLSIENLISVANGEDFQKLPLDEKGVYIAYSHYHDEEAEVVYHSIEGIKKEFFKSLFSTEGKNKKEREVPEEEQELIDDIVGDVMENYPWIWKDTIEKSMNRLAENFQENKERYQREFNKILEYKEKVDEEEKTTLSNLGMQMSSAALNRFLRENKPDAAKWVLQCYSDIYRSLEINGNSTFTGNETGNSYNTAEYFAGDIIVFITKYNESQYLALLEDLLPADIQDARLVFNLACLNSLEKNKENVLRYTKLALSLGKPKKDFEDSDFDNFKDDPEFHSLVVLH
>CP030147.1|AXR59559.1|297923_298403_+|hypothetical-protein
MCFSWLTLKSISNFSFIKNIKKTKYSNETITLIFENSKIRAVLKGEQIEAQFKCLDGFLLITSYNYYDGTDYWYYFLNNDLEVKDMIFDPYVSFLYMEKTHIINSQTLQFSFLKPNQTWRLVIHFEPFWDFSLSAVLKRPFRFVFKKRILSLFKLESPS
>CP030147.1|AXR59560.1|299561_299750_-|hypothetical-protein
MLFSNELNYWVIKKKCEKIFTAPDGGAISEPVSKLVVQRKCKNINVKWTNIIQKSPMHFGKK
>CP030147.1|AXR59561.1|299947_301042_-|IS110-family-transposase
MKRKVYVGMDVHKETIRIACLTSNTKEIVKEQQIKHNEVQIKKFVNKLKSEWNEIHSCYEAGVTGYPLYRYLKSLGVNCILVAPGKIPRQSSDKIKTDKRDAIKLAKLLRSGELESIHVPSEEDEAVRDYLRSRDSLRLDLGRNRQRLMKFLLRKGITYSKTKYWTVSHNKWLNNLQFNNEILQETFNDYYSRVRVQEENLKAMDKRIQEIAESEPYREKVGILRCFRGVDYLTAMFLLCEVCDFKRFKTAGSFMSFLGLVPGEYSSGSKRKQTGITKTGSPRLRRILTEAAWQHRFPGTGSKIVTARRSGQPALVVALAEKASLRLHKKFRNLQQRGKTPQVMITAVSRELSGFLWAAMNLVA
>CP030147.1|AXR62280.1|302364_302976_-|hypothetical-protein
MVPKNKIPETRNPIELMEFLSKEIESPFFDEWLSELANKAIENDKFVWSFLYQVMRDADSGRLSWGYHKKLLSGVFQILSRVGDNRSYRVIINYVKSLDRQIPIGALELIADLLPSFSEVDLDEILKIAANQDPLKSAFGILALFQLVVQGKIPLEKTETTKEFLKNYKNYVYYLDSVVEQSLDYLKAQEEPNLLTFFNEIAV

Crispr_ID: CP030147_3

• CRISPR_ID: CP030147_3
• CRISPR_location: 1582662-1583116
• CRISPR_type: TypeI-E
• Repeat_type: I-E,II-B
• Spacer_info: 7 spacers
• Cas_protein_info: cas2,cas1,cas6e,cas5,cas7,cse2gr11,cas8e,cas3

Consensus repeat of CP030147_3

Consensus_repeat	Method
CGGTTCAACCCCACGCATGTGGGGAATAG	CRISPRCasFinder
CGGTTCAACCCCACGCATGTGGGGAATAG	CRT
CGGTTCAACCCCACGCATGTGGGGAATAG	PILER-CR

spacers of CP030147_3

>3.1|1582691|31|CP030147|CRISPRCasFinder,CRT
TTTTCTTTCTCTTTATTATCAATTTTATTAT
>3.2|1582751|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
GGAAATTTAATTTTCAGTTCTGCCCGTATTGC
>3.3|1582812|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
GTCTTCCAGCCAAGAAAAATTATTTCAGGTGT
>3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
CTAAGATAACTTTTGGATTTATATCGACCTCA
>3.5|1582934|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
TCCGTTTCAACTTTCCAGTAAACCGAGAATCC
>3.6|1582995|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
CCCTTCCGTTCTGATGGGCGTGGAATCGGTAA
>3.7|1583056|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
ACGAACTCATGGGCGACAATCATGGTGTTTTG

CRISPR arrays and Neighbor proteins around CP030147_3

CRISPR arrays

The CRISPR arrays of CP030147_3

>merge|CP030147|3|1582662-1583116|CRISPRCasFinder,CRT,PILER-CR
AGCTCAAACCCCACGCATGTGGGGAATAGTTTTCTTTCTCTTTATTATCAATTTTATTATCGGTTCAACCCCACGCATGTGGGGAATAGGGAAATTTAATTTTCAGTTCTGCCCGTATTGCCGGTTCAACCCCACGCATGTGGGGAATAGGTCTTCCAGCCAAGAAAAATTATTTCAGGTGTCGGTTCAACCCCACGCATGTGGGGAATAGCTAAGATAACTTTTGGATTTATATCGACCTCACGGTTCAACCCCACGCATGTGGGGAATAGTCCGTTTCAACTTTCCAGTAAACCGAGAATCCCGGTTCAACCCCACGCATGTGGGGAATAGCCCTTCCGTTCTGATGGGCGTGGAATCGGTAACGGTTCAACCCCACGCATGTGGGGAATAGACGAACTCATGGGCGACAATCATGGTGTTTTGCGGTTCAACCCCACGCATGTGGGGAATAG

>CP030147|3|3|1582662-1583116|CRISPRCasFinder
AGCTCAAACCCCACGCATGTGGGGAATAG	TTTTCTTTCTCTTTATTATCAATTTTATTAT
CGGTTCAACCCCACGCATGTGGGGAATAG	GGAAATTTAATTTTCAGTTCTGCCCGTATTGC
CGGTTCAACCCCACGCATGTGGGGAATAG	GTCTTCCAGCCAAGAAAAATTATTTCAGGTGT
CGGTTCAACCCCACGCATGTGGGGAATAG	CTAAGATAACTTTTGGATTTATATCGACCTCA
CGGTTCAACCCCACGCATGTGGGGAATAG	TCCGTTTCAACTTTCCAGTAAACCGAGAATCC
CGGTTCAACCCCACGCATGTGGGGAATAG	CCCTTCCGTTCTGATGGGCGTGGAATCGGTAA
CGGTTCAACCCCACGCATGTGGGGAATAG	ACGAACTCATGGGCGACAATCATGGTGTTTTG
CGGTTCAACCCCACGCATGTGGGGAATAG

>CP030147|3|3|1582662-1583116|CRT
AGCTCAAACCCCACGCATGTGGGGAATAG	TTTTCTTTCTCTTTATTATCAATTTTATTAT
CGGTTCAACCCCACGCATGTGGGGAATAG	GGAAATTTAATTTTCAGTTCTGCCCGTATTGC
CGGTTCAACCCCACGCATGTGGGGAATAG	GTCTTCCAGCCAAGAAAAATTATTTCAGGTGT
CGGTTCAACCCCACGCATGTGGGGAATAG	CTAAGATAACTTTTGGATTTATATCGACCTCA
CGGTTCAACCCCACGCATGTGGGGAATAG	TCCGTTTCAACTTTCCAGTAAACCGAGAATCC
CGGTTCAACCCCACGCATGTGGGGAATAG	CCCTTCCGTTCTGATGGGCGTGGAATCGGTAA
CGGTTCAACCCCACGCATGTGGGGAATAG	ACGAACTCATGGGCGACAATCATGGTGTTTTG
CGGTTCAACCCCACGCATGTGGGGAATAG

>CP030147|3|3|1582722-1583116|PILER-CR
CGGTTCAACCCCACGCATGTGGGGAATAG	GGAAATTTAATTTTCAGTTCTGCCCGTATTGC
CGGTTCAACCCCACGCATGTGGGGAATAG	GTCTTCCAGCCAAGAAAAATTATTTCAGGTGT
CGGTTCAACCCCACGCATGTGGGGAATAG	CTAAGATAACTTTTGGATTTATATCGACCTCA
CGGTTCAACCCCACGCATGTGGGGAATAG	TCCGTTTCAACTTTCCAGTAAACCGAGAATCC
CGGTTCAACCCCACGCATGTGGGGAATAG	CCCTTCCGTTCTGATGGGCGTGGAATCGGTAA
CGGTTCAACCCCACGCATGTGGGGAATAG	ACGAACTCATGGGCGACAATCATGGTGTTTTG
CGGTTCAACCCCACGCATGTGGGGAATAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP030147.1|AXR60544.1|1584986_1585787_-|type-I-E-CRISPR-associated-protein-Cas6/Cse3/CasE	cas6e	cd09727_cas6e_CAS-I-E	gnl|CDD|215025
CP030147.1|AXR60535.1|1575343_1575739_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60550.1|1593361_1593559_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR62390.1|1580062_1580260_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60538.1|1578794_1579451_-|thiol:disulfide-oxidoreductase	unknown	unknown	gnl|CDD|183298
CP030147.1|AXR60547.1|1587876_1588413_-|type-I-E-CRISPR-associated-protein-Cse2/CasB	cse2gr11	cd09731_cse2gr11_CAS-I-E	gnl|CDD|187862
CP030147.1|AXR60537.1|1576660_1578793_+|sensor-histidine-kinase	unknown	unknown	gnl|CDD|223715
CP030147.1|AXR60546.1|1586806_1587880_-|type-I-E-CRISPR-associated-protein-Cas7/Cse4/CasC	cas7	pfam09344_cas7_CAS-I-E	gnl|CDD|378153
CP030147.1|AXR60541.1|1581259_1582411_+|DUF5009-domain-containing-protein	unknown	unknown	gnl|CDD|226749
CP030147.1|AXR62391.1|1590031_1592824_-|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	gnl|CDD|182031
CP030147.1|AXR60539.1|1580504_1580825_+|QacE-family-quaternary-ammonium-compound-efflux-SMR-transporter	unknown	unknown	gnl|CDD|224987
CP030147.1|AXR62389.1|1573117_1574293_+|acyl-CoA-dehydrogenase	unknown	unknown	gnl|CDD|173844
CP030147.1|AXR60545.1|1586059_1586806_-|type-I-E-CRISPR-associated-protein-Cas5/CasD	cas5	cd09645_cas5_CAS-I-E	gnl|CDD|187776
CP030147.1|AXR60540.1|1580965_1581151_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60549.1|1592953_1593178_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60542.1|1583145_1583577_-|type-I-E-CRISPR-associated-endoribonuclease-Cas2	cas2	pfam09707_cas2_CAS-I-E	gnl|CDD|378244
CP030147.1|AXR60548.1|1588418_1590020_-|type-I-E-CRISPR-associated-protein-Cse1/CasA	cas8e	cd09729_cas8e_CAS-I-E	gnl|CDD|187860
CP030147.1|AXR60534.1|1574313_1575354_+|phosphotransferase-family-protein	unknown	unknown	gnl|CDD|270703
CP030147.1|AXR60543.1|1583509_1584394_-|type-I-E-CRISPR-associated-endonuclease-Cas1	cas1	cd09719_cas1_CAS-I-E	gnl|CDD|274693
CP030147.1|AXR60536.1|1575745_1576480_+|histidine-phosphatase-family-protein	unknown	unknown	gnl|CDD|132716

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP030147.1|AXR60544.1|1584986_1585787_-|type-I-E-CRISPR-associated-protein-Cas6/Cse3/CasE	cas6e	cd09727_cas6e_CAS-I-E	5.3e-42	138.9	0.0
CP030147.1|AXR60545.1|1586059_1586806_-|type-I-E-CRISPR-associated-protein-Cas5/CasD	cas5	cd09645_cas5_CAS-I-E	2.3e-52	172.1	0.0
CP030147.1|AXR60548.1|1588418_1590020_-|type-I-E-CRISPR-associated-protein-Cse1/CasA	cas8e	cd09729_cas8e_CAS-I-E	4.9e-125	412.9	0.0
CP030147.1|AXR60547.1|1587876_1588413_-|type-I-E-CRISPR-associated-protein-Cse2/CasB	cse2gr11	cd09731_cse2gr11_CAS-I-E	2.5e-27	90.5	0.0
CP030147.1|AXR60542.1|1583145_1583577_-|type-I-E-CRISPR-associated-endoribonuclease-Cas2	cas2	pfam09707_cas2_CAS-I-E	1.2e-29	97.0	0.0
CP030147.1|AXR60543.1|1583509_1584394_-|type-I-E-CRISPR-associated-endonuclease-Cas1	cas1	cd09719_cas1_CAS-I-E	2.2e-109	359.4	0.0
CP030147.1|AXR60546.1|1586806_1587880_-|type-I-E-CRISPR-associated-protein-Cas7/Cse4/CasC	cas7	pfam09344_cas7_CAS-I-E	6.5e-118	389.1	0.0
CP030147.1|AXR62391.1|1590031_1592824_-|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	2e-75	249.2	0.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP030147.1|AXR60544.1|1584986_1585787_-|type-I-E-CRISPR-associated-protein-Cas6/Cse3/CasE	gnl|CDD|215025	smart01101, CRISPR_assoc, This domain forms an anti-parallel beta strand structure with flanking alpha helical regions.	1.94374e-60
CP030147.1|AXR60538.1|1578794_1579451_-|thiol:disulfide-oxidoreductase	gnl|CDD|183298	PRK11752, PRK11752, putative S-transferase; Provisional.	8.85501e-70
CP030147.1|AXR60547.1|1587876_1588413_-|type-I-E-CRISPR-associated-protein-Cse2/CasB	gnl|CDD|187862	cd09731, Cse2_I-E, CRISPR/Cas system-associated protein Cse2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Small alpha-helical protein; also known as Cse2/CasB/YgcK family; specific gene for I-E subtype;.	1.1804e-26
CP030147.1|AXR60537.1|1576660_1578793_+|sensor-histidine-kinase	gnl|CDD|223715	COG0642, BaeS, Signal transduction histidine kinase [Signal transduction mechanisms].	3.1205e-32
CP030147.1|AXR60546.1|1586806_1587880_-|type-I-E-CRISPR-associated-protein-Cas7/Cse4/CasC	gnl|CDD|378153	pfam09344, Cas_CT1975, CT1975-like protein. CRISPR is a term for Clustered, Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins. This family is represented by CT1975 of Chlorobium tepidum.	1.35737e-116
CP030147.1|AXR60541.1|1581259_1582411_+|DUF5009-domain-containing-protein	gnl|CDD|226749	COG4299, COG4299, Uncharacterized protein conserved in bacteria [Function unknown].	5.61104e-57
CP030147.1|AXR62391.1|1590031_1592824_-|CRISPR-associated-helicase/endonuclease-Cas3	gnl|CDD|182031	PRK09694, PRK09694, CRISPR-associated helicase/endonuclease Cas3.	1.1216e-143
CP030147.1|AXR60539.1|1580504_1580825_+|QacE-family-quaternary-ammonium-compound-efflux-SMR-transporter	gnl|CDD|224987	COG2076, EmrE, Membrane transporters of cations and cationic drugs [Inorganic ion transport and metabolism].	1.90865e-26
CP030147.1|AXR62389.1|1573117_1574293_+|acyl-CoA-dehydrogenase	gnl|CDD|173844	cd01155, ACAD_FadE2, Acyl-CoA dehydrogenases similar to fadE2. FadE2-like Acyl-CoA dehydrogenase (ACAD). Acyl-CoA dehydrogenases (ACAD) catalyze the alpha,beta dehydrogenation of the corresponding trans-enoyl-CoA by FAD, which becomes reduced. The reduced form of ACAD is reoxidized in the oxidative half-reaction by electron-transferring flavoprotein (ETF), from which the electrons are transferred to the mitochondrial respiratory chain coupled with ATP synthesis. The ACAD family includes the eukaryotic beta-oxidation, as well as amino acid catabolism enzymes. These enzymes share high sequence similarity, but differ in their substrate specificities. ACAD's are generally homotetramers and have an active site glutamate at a conserved position.	4.29162e-116
CP030147.1|AXR60545.1|1586059_1586806_-|type-I-E-CRISPR-associated-protein-Cas5/CasD	gnl|CDD|187776	cd09645, Cas5_I-E, CRISPR/Cas system-associated RAMP superfamily protein Cas5. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas5 is a RAMP superfamily protein; Subunit of the Cascade complex.	2.34306e-51
CP030147.1|AXR60542.1|1583145_1583577_-|type-I-E-CRISPR-associated-endoribonuclease-Cas2	gnl|CDD|378244	pfam09707, Cas_Cas2CT1978, CRISPR-associated protein (Cas_Cas2CT1978). This entry represents a minor branch of the Cas2 family of CRISPR-associated protein which are found in IPR003799. Cas proteins are found adjacent to a characteristic short, palindromic repeat cluster termed CRISPR, a probable mobile DNA element.	9.72709e-35
CP030147.1|AXR60548.1|1588418_1590020_-|type-I-E-CRISPR-associated-protein-Cse1/CasA	gnl|CDD|187860	cd09729, Cse1_I-E, CRISPR/Cas system-associated protein Cse1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Large proteins, some contain Zn-finger domain; subunit of the Cascade complex; signature gene for I-E subtype; also known as Cse1/CasA/YgcL family.	2.97749e-147
CP030147.1|AXR60534.1|1574313_1575354_+|phosphotransferase-family-protein	gnl|CDD|270703	cd05154, ACAD10_11_N-like, N-terminal domain of Acyl-CoA dehydrogenase (ACAD) 10 and 11, and similar proteins. This subfamily is composed of the N-terminal domains of vertebrate ACAD10 and ACAD11, and similar uncharacterized bacterial and eukaryotic proteins. ACADs are a family of flavoproteins that are involved in the beta-oxidation of fatty acyl-CoA derivatives. ACAD deficiency can cause metabolic disorders including muscle fatigue, hypoglycemia, and hepatic lipidosis. There are at least 11 distinct ACADs, some of which show distinct substrate specificities to either straight-chain or branched-chain fatty acids. ACAD10 is widely expressed in human tissues and highly expressed in liver, kidney, pancreas, and spleen. ACAD10 and ACAD11 are both significantly expressed in human brain tissues. They contain a long N-terminal domain with similarity to phosphotransferases with a Protein Kinase fold, which is absent in other ACADs. They may exhibit multiple functions in acyl-CoA oxidation pathways. ACAD11 utilizes substrates with carbon chain lengths of 20 to 26, with optimal activity towards C22CoA. ACAD10 may be associated with an increased risk in type II diabetes. The ACAD10/11-like subfamily is part of a larger superfamily that includes the catalytic domains of other kinases, such as the typical serine/threonine/tyrosine protein kinases (PKs), RIO kinases, actin-fragmin kinase (AFK), and phosphoinositide 3-kinase (PI3K).	1.27653e-56
CP030147.1|AXR60543.1|1583509_1584394_-|type-I-E-CRISPR-associated-endonuclease-Cas1	gnl|CDD|274693	TIGR03638, cas1_ECOLI, CRISPR-associated endonuclease Cas1, subtype I-E/ECOLI. The CRISPR-associated protein Cas1 is virtually universal to CRISPR systems. CRISPR, an acronym for Clustered Regularly Interspaced Short Palindromic Repeats, is prokaryotic immunity system for foreign DNA, mostly from phage. CRISPR systems belong to different subtypes, distinguished by both nature of the repeats, the makeup of the cohort of associated Cas proteins, and by molecular phylogeny within the more universal Cas proteins such as this one. This model is of type EXCEPTION and provides more specific information than the EQUIVALOG model TIGR00287. It describes the Cas1 protein particular to the ECOLI subtype of CRISPR/Cas system.	8.1036e-143
CP030147.1|AXR60536.1|1575745_1576480_+|histidine-phosphatase-family-protein	gnl|CDD|132716	cd07040, HP, Histidine phosphatase domain found in a functionally diverse set of proteins, mostly phosphatases; contains a His residue which is phosphorylated during the reaction. Catalytic domain of a functionally diverse set of proteins, most of which are phosphatases. The conserved catalytic core of this domain contains a His residue which is phosphorylated in the reaction. This set of proteins includes cofactor-dependent and cofactor-independent phosphoglycerate mutases (dPGM, and BPGM respectively), fructose-2,6-bisphosphatase (F26BP)ase, Sts-1, SixA, histidine acid phosphatases, phytases, and related proteins. Functions include roles in metabolism, signaling, or regulation, for example F26BPase affects glycolysis and gluconeogenesis through controlling the concentration of F26BP; BPGM controls the concentration of 2,3-BPG (the main allosteric effector of hemoglobin in human blood cells); human Sts-1 is a T-cell regulator; Escherichia coli Six A participates in the ArcB-dependent His-to-Asp phosphorelay signaling system; phytases scavenge phosphate from extracellular sources. Deficiency and mutation in many of the human members result in disease, for example erythrocyte BPGM deficiency is a disease associated with a decrease in the concentration of 2,3-BPG. Clinical applications include the use of prostatic acid phosphatase (PAP) as a serum marker for prostate cancer. Agricultural applications include the addition of phytases to animal feed.	6.01507e-10

Protein sequences

>CP030147.1|AXR60541.1|1581259_1582411_+|DUF5009-domain-containing-protein
MEKKSTQNKERILSLDLFRGMTVIGMILVNNPGSWSYIYSPLKHAEWNGCTPTDLVFPFFLFAVGVSIPISLYSKNGINRSKVWIGICIRSISLILLGLLLNFFGEWSFAELRVPGVLQRIGFVYWTVASLYLIFPGKKVLIFLILVLLVHTWILTHIIPPGESTVSLEQGKDIGAWIDRMIIGEKHLWKFSKTWDPEGLLSGIASIATSLFGVLCGFILFLREGVGKNRVLGIFGLGFLFTFVGLLWDQSLPMNKSLWTGSYAAYTAGLSFFCIGFFEYLNLLILLKEWNRLNLKILFQPLLVFGKNAILVFVGSGILARTLNLWTIMSENGKSIGIKTWFFSKLVFIADPYLASLLYAVLHLSVWWGILSFLDKRKIYIKV
>CP030147.1|AXR60540.1|1580965_1581151_-|hypothetical-protein
MNSKKFIYPVSSIFQFELRFEFFPDATTSVLDSIQRYSFCKHLRWGQFFRKLKSLFQNLRM
>CP030147.1|AXR60539.1|1580504_1580825_+|QacE-family-quaternary-ammonium-compound-efflux-SMR-transporter
MAWIYLIIASRFEIGFTTCLKLSDNFTKPTWIGGFVVSSVFSLAFLNKAVQTIPMGTAYAIWTGLGAAGTILVGIVIHGEPIDFWRGFFLSTLILSVLGLKFLVSE
>CP030147.1|AXR62390.1|1580062_1580260_+|hypothetical-protein
MIGYFSFWKVSILRISSRRNHNIARLIEPNLSYLRFSFERFPKLQVCFGSVFIGFLRFRLIIIKF
>CP030147.1|AXR60538.1|1578794_1579451_-|thiol:disulfide-oxidoreductase
MIELYSASTPNGRKVSIMLEELGIPYTIHPIDLDKLEQKQEWFLKINPNGRIPAIIDKDNGNFAVFESGAILIYLAEKNGKFLPNDPKEKSIALQWLMFQMGGVGPMQGQAGVFLKYAPEKIPFAISRYQNETKRLYSVLDRRLGESKFLAGKELSIADIATWPWVNIHDWVEISLDEFPNLKRWNEELAKRPAFIKGKDIPNKKDHKNNAEEVKKKV
>CP030147.1|AXR60537.1|1576660_1578793_+|sensor-histidine-kinase
MTNLKNHSRFSVSDLGFLVFWISVILVIASFFGNYYYEERHIDRLIDNIHWTVSYLCAAALAWFGYFSVEGGIHRFRLWFALGLTANALGQLSWAIQVYLDYYIIPTPSDYLFPWVAPCFVIGYSIIVIECDRSRIRTAVLDALGLITAILTFSLALYLPQREGVGIPQLLPLINHPVSFLTAAALGVLLIPLLRLQPDKSWFFFILGMGGTGLCWLLWNAFFIVQIPPDGTVLNAGFSVSALILGYGALTWEPKFNDHPVWGRRFEAALRLLPLFEVVASSITIVLAGTLSGLPEGVRIIAWTGTTIVVVIASARQTFLVKEMTNAEQEIRLINEGLEGIVAKRTEELRTVNQYLTSKNEQVIQTIEDLKSTQKQLIRSEKMAVLGQLVAGIAHELNTPLGAIVSSNEGIRSVLSNSWEGLLRNYSRFTEEEKTIWEKLFSKGIALREFYDTREERVKRKKIAVLLNDFGFSEVMRLADMLTDLGISPDYVSENFKDLPQKEKLVMIAQNALSLSGLARASFTIEKAAEKASLVIQALKEYAYKDPAETTMGPVDVRKQLETVFTLYYSKYKTQVEIVRDMPETSCVWGNAESLTQVWINLIGNALYAMNYKGKMVISCKRAPTGLEIAIKDSGNGIEDTIRDRIFEPFFTTKPSGAGTGLGLDICRRIIEDHNGKIFFETSEQGTTFFVILPVAESSSEKLENSTLLI
>CP030147.1|AXR60536.1|1575745_1576480_+|histidine-phosphatase-family-protein
MSFVHLIRHGQANSRGENYDLLTQHGKDQSFALGKFMAQNGELPDRIVTGTLRRHIETAESFMQGVISVSGDREKYKDGSFVHQDAGWDEFSMELWSAYSKLLASKRSEFAKTLSQYGKIRVRGGIRSAALFLRLTEEILRFWREGKETLEGIETYENFENRIFHSSNVLFSSANQERTFIFTSGTPISLVLNRFLRQDEDCFAWMPWIWNTSLNTFRWVRGKYLPVSINGVPHLPDNLSRTLL
>CP030147.1|AXR60535.1|1575343_1575739_+|hypothetical-protein
MQDKPTSADLLEAIQDFLMKEVLPQFKDKELLSYKTLVSWNMLGVVSREIRLGEELLDKELGRLVELLNKNLVIPSTLNEKKNIAHAWNIELRDKIRKEKLSSENSRYWNHVKETVKEKVEVINPRFTTER
>CP030147.1|AXR60534.1|1574313_1575354_+|phosphotransferase-family-protein
MNDTELKNVLEGYLSERLKGKTEIHSMVSLSGGACQENFAALIQVLDGPESGSYDTVFRTDKGAALLESLSREDEFGVCDLAYNAGVNTPKPFWLETDRGVTGSPFYFMQKISGKAIGRYVVKDPSLNKVRKQLTIDLAKNLARLHSIKPSDCKNEALRKTLWMGQDSNDKTVANGSIRSLRLELERMKDAYPAMEMILNWLEKKAKPSDDVVLIHGDFRTGNFMVTPEGLQGIVDWEFAHWGDRHEDLTWLCMRDWRFGKLNKEAGGFADRSEFYEEYEKVSGVKLNPEMVTYWEVMGNLRWAIGCIGQAERHLSGKDKGIELAAIGRRACEMEYEAMRIIENAG
>CP030147.1|AXR62389.1|1573117_1574293_+|acyl-CoA-dehydrogenase
MDFTIPKEVEEIKKRIRDFVENDAIPAEVHYDYDHGRMPEKITEELRKRVKELGLWTPHLPKSEGGLGLDMVGTAIIFSELGRSPIAPYLCNCDAPDEGNMHLLHIAANKEQKEKYYDPLIQGKIRSAFAMTEPPPGAGADPQTLTTNAVKDGNEYVINGQKWYCTGANGASFLIVMSKVADSFRRTTMFLVPTNTPGYTMVREIGVMGSHGPGGHCELKFENVRVPESAILGRVGEGFKWSQERLGPARLTHCMRWIGLARRSMEIAREYALKREVFGQKLADHQGIQWMFAESALEIESGYMLTLKAAHTLRAGEDARHIISMAKWQVSETLCKTIDRAIQICGSHGYGRDMKLELFYRDARAARIADGPTEVHKMVIGRNLISGKSDF
>CP030147.1|AXR60542.1|1583145_1583577_-|type-I-E-CRISPR-associated-endoribonuclease-Cas2
MVVLILERVKTSQRGEMSRLAIELKPGVFVASINARVRDQIWKKISEEWKSDAIMLYSSNSEQGYGIRSHGDPSREIMDFDGLLLMSKPDSKHDQKVIMSVSDFSKVTEDEVSPFSDLKGFFNEKANSLLLEADDPNESKEQT
>CP030147.1|AXR60543.1|1583509_1584394_-|type-I-E-CRISPR-associated-endonuclease-Cas1
MPNRNLQELPKFEDNWSHLYFEKGRIDQFQKSIGFHYLDKVVPIPIETIGLLLLGPGTSITHEAIKRISDSRCLLAWTGEGGVRFYSAGYTGTYSARNLLRQVEAYGNPKERVSVIRRMYQFRFSDEIPADATIEQIRGLEGARVRKIYREWSENSGVPWKSRSYDQNSWDWSDPINRALSSANACLYGVVHAAILQSGFSPAIGFVHTGKQLSFVYDIADLYKAEITIPLAFEITAENTTNVERRVRLACRDKFKHSKLLKRIIPDIKELIYGGFDFGESEDFSEGRDVAVSH
>CP030147.1|AXR60544.1|1584986_1585787_-|type-I-E-CRISPR-associated-protein-Cas6/Cse3/CasE
MFLSQLKLDTLNINNKIVFNWIQNPYNIHQRLWMAFPEYSSKDKLRDSPFLFQLDYNSDPGKISPRILVLSEKLPNWERAFQEFKVLTEIPVGNQIKQISPTFIQVGTVLRFSLTANPTKKRKDYRSLFKKELEGFPDKLDPSDRVSFLEGKSKLEDLKKTLTKDQFKKLKSKRIGIYHKKGLLDWLSKKGNDSGFSLLNAVVEFQSDISANKIKGSSSPSIPKIHTVTFSGILKITDPVKFKLAYSKGIGPSKAFGCGMLLLAKT
>CP030147.1|AXR60545.1|1586059_1586806_-|type-I-E-CRISPR-associated-protein-Cas5/CasD
MKDYLVFRLYGPLVSWGNIAVGEYRPSDSFPTKSAIIGLISASFGFDRSEDGKISELVESVFFATKVFTPGSLLRDYHTIQSPGNVKRFLLTRKDELLDSEYVETILSSRDYRVDAVYDVALSEKKRTSYSLKEIKNALLSPIYTPYLGRKSCPIALPMCPEILSSDSLLNAFEEYNKILMKKYESADYKDPLADLFSKSSANLFLWEDPAIELAEQDHIHSRRDTVLSRKRWQFQDRKEFFKSVSKA
>CP030147.1|AXR60546.1|1586806_1587880_-|type-I-E-CRISPR-associated-protein-Cas7/Cse4/CasC
MNRFIQIHFLTSYPPSNLNRDDLGRPKTAILGGANRLRISSQSLKRAWRTSDLFRETLSGHIGTRTKEKGKEIYQKLLDGKIPEKNARTWSKSIAGIFGKLKNPSEKELEKNPLLDLEIEQLSHFNKEENEAISSLIQKLIDTKKEPSNEDLNLLKKENSSSDIAMFGRMLASKPAFNIEAAVQVAHAITVHKVAIEDDFFTAVDDLNSGIEDVGAGHLGDVEFGSGLFYLYICVNRDQLLNNLNGNKDLAKRTIRALVETSSTISPTGKQNSFASRARALYCMTEKGNEQPRSLHSAFLNSVEDRGILNAAILKLESSRQNFEKVYGSCASGGFKTFNVDSGNGSLEEILEFAQED
>CP030147.1|AXR60547.1|1587876_1588413_-|type-I-E-CRISPR-associated-protein-Cse2/CasB
MRFYENKEKYKEIIINWWTDLRSQTGDRAALRRCSNGLDTLLIPYTHRLISKLFQEGFQFFPDKIGPIAGILSHIEEDNPSTPFARSMARKEGEKPVINEIRFRKILQYSDILSEELFYQNMIRIVKNLKKKANLSDLSLSIYSWNQKTRKDWAYDYYGTPTSENDLDNLENPQGENQ
>CP030147.1|AXR60548.1|1588418_1590020_-|type-I-E-CRISPR-associated-protein-Cse1/CasA
MNLIKDVWIPTQRFSGKLEEISPFEITSQIENDSDPIVSLNAPRPDFNGALLQFLIGLLQAVFPPENETEWEDLFVNPPSPKVLKEAMEKVESAFELFGDGPRFMQDTNLNEEDTVFDISALFIESPGENTIKLKKDFFIKRDSISQICEKCAGIGLFSFQTNSPSGGQGHLTSIRGGGPLSTFVTSKLKNPKKNSLWSKLWLNVLPKSYFQVNGQKKIPFQSVFPWTNPKIEDLQSKGKTTTTNDLHPLSVYWSYPRRILMRKEAENGICDVCNRSSFVLVRSYHTKTYGLSYSEGGWIHPFSPYYKSKESWLPYHPQPGGILYHYWQTIALGKEQADQAALVVRRFLNRKIPGEQTSILTFGYDMDNMKARCWYESEIPFFNIPSDKIEKFEEQVSQILNASTEIKKNLRQAVRNAWFDKNKDTKGDLAFLDVSFLKDTENSFYDLIRNVKENLISGVADFAALKETWLKLLNKSACKLFDQYADSGSFEFEDPERIVEARKNLKIFNLGSKTRIILGLIVPEKTSKRSKK
>CP030147.1|AXR62391.1|1590031_1592824_-|CRISPR-associated-helicase/endonuclease-Cas3
MKAEEKSYYKYWGKANKKGDYHLLVYHCFDVAAVGEVYLSQNETLCVHFSQKLGIDLLTFKNIFVFFLILHDLGKFSDCFQSLIPNIKNALGNSNSPIGPYSIRHDSLGYIFWGRCILKDERFGNYSGFLTEQNWLGWNELQSPKDKSYFTEFTDVLIRCVTGHHGRPPSKNGYSGQTAVSLDSHFTEADRLAALDFSKEANRILSPNLNFKGDLKTLYDSMFQISFWLAGLSVLCDWIGSNAEIFKYHTTPIDLEEYYTKISLNNALKAVNKSGILPSKIAFNENHFGIFEYLQEPTPLQKFCSEVVLPDSPSLFILEDVTGSGKTEAALILTHRLMQKNAYSGFYVGLPTMATANGMYQRMSGVYRNLYTKESLPSLVLAHGARNLSDSFQSSVISDNAILADRNYSLQSDKNPEESASAICNIWLSDNQKKSLLADSGVGTIDQALLSVLSTKFQSLRMFGLSRKVLILDEVHSYDPYMVELICCLLKTQAKIGASVILLSATLPKILRKTFSESFALGLDTELQNIKSGEYPLVSLISDRSEVEETPIPTRKEVSRKLNVKFLFKQEPVLQKILEMSNQGRCVCWIRNTVSDASQAFSFLHSKLGDQVVLFHSRFAMGDRLNIESQILENFGIRSDQKSRKGKIVVATQVVEQSLDLDFDYIITDLAPIDLILQRAGRLHRHCRDISGNVKQGLDERGEPLLWIFSPEPIDDPKSDWFSQFSRGGGMVYSDHGKLWLTARLLQERKGWKMPEDARNLIESVYGIDVEVPQSFQENQSKVKNDKKKQESSAVLSTIRLELGYSALNETSWDDSKFSTRYGIDNSSKVVLAKFVSDRLVPWISDTNRNWQNSELPVPNYLVEKEFIFENSNIAEVISNCKINLPDKGKHCVLLPLFYTNNSWRGKALNKNNEVVSFIYDERFGFRKEK
>CP030147.1|AXR60549.1|1592953_1593178_-|hypothetical-protein
MTKNRKKFHSCQTTEFQRTQIMENSDSQHCTEYNQSSLLHVTHHFYEEENYHSNGFPKSDTEYPPKLRLLKSNS
>CP030147.1|AXR60550.1|1593361_1593559_-|hypothetical-protein
MCGTKKNFHARFWEMIPDQIANELFEESKNYIPKQMVEMLQMNQNTSCAKPHTCGENNLKTEFFV

Crispr_ID: CP030147_4

• CRISPR_ID: CP030147_4
• CRISPR_location: 1614049-1614141
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP030147_4

Consensus_repeat	Method
AGGTTGATTATCCAAGTACTTTTTTGAA	CRISPRCasFinder

spacers of CP030147_4

>4.1|1614077|37|CP030147|CRISPRCasFinder
TAAAAACTCATGCTCAACTCCCTACGGGTCGTTTCGC

CRISPR arrays and Neighbor proteins around CP030147_4

CRISPR arrays

The CRISPR arrays of CP030147_4

>merge|CP030147|4|1614049-1614141|CRISPRCasFinder
AGGTTGATTATCCAAGTACTTTTTTGAATAAAAACTCATGCTCAACTCCCTACGGGTCGTTTCGCAGGTTGATTATCCAAGTACTTTTTTGAA

>CP030147|4|4|1614049-1614141|CRISPRCasFinder
AGGTTGATTATCCAAGTACTTTTTTGAA	TAAAAACTCATGCTCAACTCCCTACGGGTCGTTTCGC
AGGTTGATTATCCAAGTACTTTTTTGAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP030147.1|AXR60559.1|1606476_1607973_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|223562
CP030147.1|AXR60571.1|1625635_1627111_+|WGR-domain-containing-protein	unknown	unknown	gnl|CDD|185704
CP030147.1|AXR60557.1|1601924_1603073_+|taurine-dioxygenase	unknown	unknown	gnl|CDD|165707
CP030147.1|AXR60561.1|1610646_1611615_-|tryptophan--tRNA-ligase	unknown	unknown	gnl|CDD|234866
CP030147.1|AXR60562.1|1611611_1613429_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR62394.1|1603077_1603980_+|bile-acid:sodium-symporter-family-protein	unknown	unknown	gnl|CDD|223462
CP030147.1|AXR60566.1|1615937_1616339_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60567.1|1616418_1617603_+|isovaleryl-CoA-dehydrogenase	unknown	unknown	gnl|CDD|185640
CP030147.1|AXR60570.1|1625355_1625571_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60560.1|1608383_1609532_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60572.1|1627590_1629018_-|hypothetical-protein	unknown	unknown	gnl|CDD|271325
CP030147.1|AXR60565.1|1615092_1615854_-|electron-transfer-flavoprotein-beta-subunit/FixA-family-protein	unknown	unknown	gnl|CDD|238847
CP030147.1|AXR60573.1|1629271_1630501_+|IS256-family-transposase	unknown	unknown	gnl|CDD|307151
CP030147.1|AXR60558.1|1603984_1605088_-|rhodanese-related-sulfurtransferase	unknown	unknown	gnl|CDD|234663
CP030147.1|AXR60556.1|1600248_1600683_+|SUF-system-NifU-family-Fe-S-cluster-assembly-protein	unknown	unknown	gnl|CDD|273918
CP030147.1|AXR62393.1|1601138_1601462_+|metal-sulfur-cluster-assembly-factor	unknown	unknown	gnl|CDD|225062
CP030147.1|AXR60568.1|1617599_1618295_+|SAM-dependent-methyltransferase	unknown	unknown	gnl|CDD|226607
CP030147.1|AXR60569.1|1621971_1623057_-|hypothetical-protein	unknown	unknown	gnl|CDD|284923
CP030147.1|AXR62395.1|1619485_1620556_-|hypothetical-protein	unknown	unknown	gnl|CDD|284923
CP030147.1|AXR60563.1|1613435_1614029_-|outer-membrane-lipoprotein-carrier-protein-LolA	unknown	unknown	gnl|CDD|225390

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP030147.1|AXR60559.1|1606476_1607973_+|ABC-transporter-ATP-binding-protein	gnl|CDD|223562	COG0488, Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only].	7.73397e-158
CP030147.1|AXR60571.1|1625635_1627111_+|WGR-domain-containing-protein	gnl|CDD|185704	cd06846, Adenylation_DNA_ligase_like, Adenylation domain of proteins similar to ATP-dependent polynucleotide ligases. ATP-dependent polynucleotide ligases catalyze the phosphodiester bond formation of nicked nucleic acid substrates using ATP as a cofactor in a three step reaction mechanism. This family includes ATP-dependent DNA and RNA ligases. DNA ligases play a vital role in the diverse processes of DNA replication, recombination and repair. ATP-dependent DNA ligases have a highly modular architecture, consisting of a unique arrangement of two or more discrete domains, including a DNA-binding domain, an adenylation or nucleotidyltransferase (NTase) domain, and an oligonucleotide/oligosaccharide binding (OB)-fold domain. The adenylation domain binds ATP and contains many active site residues. Together with the C-terminal OB-fold domain, it comprises a catalytic core unit that is common to most members of the ATP-dependent DNA ligase family. The catalytic core contains six conserved sequence motifs (I, III, IIIa, IV, V and VI) that define this family of related nucleotidyltransferases including eukaryotic GRP-dependent mRNA-capping enzymes. The catalytic core contains both the active site as well as many DNA-binding residues. The RNA circularization protein from archaea and bacteria contains the minimal catalytic unit, the adenylation domain, but does not contain an OB-fold domain. This family also includes the m3G-cap binding domain of snurportin, a nuclear import adaptor that binds m3G-capped spliceosomal U small nucleoproteins (snRNPs), but doesn't have enzymatic activity.	1.85204e-39
CP030147.1|AXR60557.1|1601924_1603073_+|taurine-dioxygenase	gnl|CDD|165707	PLN00139, PLN00139, hypothetical protein; Provisional.	3.6525e-31
CP030147.1|AXR60561.1|1610646_1611615_-|tryptophan--tRNA-ligase	gnl|CDD|234866	PRK00927, PRK00927, tryptophanyl-tRNA synthetase; Reviewed.	2.56696e-151
CP030147.1|AXR62394.1|1603077_1603980_+|bile-acid:sodium-symporter-family-protein	gnl|CDD|223462	COG0385, COG0385, Predicted Na+-dependent transporter [General function prediction only].	1.06843e-51
CP030147.1|AXR60567.1|1616418_1617603_+|isovaleryl-CoA-dehydrogenase	gnl|CDD|185640	PTZ00461, PTZ00461, isovaleryl-CoA dehydrogenase; Provisional.	5.40632e-171
CP030147.1|AXR60572.1|1627590_1629018_-|hypothetical-protein	gnl|CDD|271325	cd14955, NHL_like_4, Uncharacterized NHL-repeat domain in bacterial and archaeal proteins. The NHL (NCL-1, HT2A and LIN-41) repeat is found in multiple tandem copies, typically as 6 instances. It is about 40 residues long and resembles the WD repeat and other beta-propeller structures.	1.13802e-12
CP030147.1|AXR60565.1|1615092_1615854_-|electron-transfer-flavoprotein-beta-subunit/FixA-family-protein	gnl|CDD|238847	cd01714, ETF_beta, The electron transfer flavoprotein (ETF) serves as a specific electron acceptor for various mitochondrial dehydrogenases. ETF transfers electrons to the main respiratory chain via ETF-ubiquinone oxidoreductase. ETF is an heterodimer that consists of an alpha and a beta subunit which binds one molecule of FAD per dimer . A similar system also exists in some bacteria. The homologous pair of proteins (FixA/FixB) are essential for nitrogen fixation. The beta subunit protein is distantly related to and forms a heterodimer with the alpha subunit.	1.36379e-89
CP030147.1|AXR60573.1|1629271_1630501_+|IS256-family-transposase	gnl|CDD|307151	pfam00872, Transposase_mut, Transposase, Mutator family.	1.03665e-134
CP030147.1|AXR60558.1|1603984_1605088_-|rhodanese-related-sulfurtransferase	gnl|CDD|234663	PRK00142, PRK00142, rhodanese-related sulfurtransferase.	5.74207e-153
CP030147.1|AXR60556.1|1600248_1600683_+|SUF-system-NifU-family-Fe-S-cluster-assembly-protein	gnl|CDD|273918	TIGR01994, Iron-sulfur_cluster_assembly_scaffold_protein_IscU, SUF system FeS assembly protein, NifU family. Three iron-sulfur cluster assembly systems are known so far. ISC is broadly distributed while NIF tends to be associated with nitrogenase in nitrogen-fixing bacteria. The most recently described is SUF, believed to be important to maintain the function during aerobic stress of enzymes with labile Fe-S clusters. It is fairly widely distributed. This family represents one of two different proteins proposed to act as a scaffold on which the Fe-S cluster is built and from which it is transferred. [Biosynthesis of cofactors, prosthetic groups, and carriers, Other].	8.11824e-70
CP030147.1|AXR62393.1|1601138_1601462_+|metal-sulfur-cluster-assembly-factor	gnl|CDD|225062	COG2151, PaaD, Predicted metal-sulfur cluster biosynthetic enzyme [General function prediction only].	8.85668e-26
CP030147.1|AXR60568.1|1617599_1618295_+|SAM-dependent-methyltransferase	gnl|CDD|226607	COG4122, COG4122, Predicted O-methyltransferase [General function prediction only].	5.08977e-69
CP030147.1|AXR60569.1|1621971_1623057_-|hypothetical-protein	gnl|CDD|284923	pfam07602, DUF1565, Protein of unknown function (DUF1565). These proteins share a region of homology in their N termini, and are found in several phylogenetically diverse bacteria and in the archaeon Methanosarcina acetivorans. Some of these proteins also contain characterized domains such as pfam00395 and pfam03422.	1.29956e-86
CP030147.1|AXR62395.1|1619485_1620556_-|hypothetical-protein	gnl|CDD|284923	pfam07602, DUF1565, Protein of unknown function (DUF1565). These proteins share a region of homology in their N termini, and are found in several phylogenetically diverse bacteria and in the archaeon Methanosarcina acetivorans. Some of these proteins also contain characterized domains such as pfam00395 and pfam03422.	1.88842e-84
CP030147.1|AXR60563.1|1613435_1614029_-|outer-membrane-lipoprotein-carrier-protein-LolA	gnl|CDD|225390	COG2834, LolA, Outer membrane lipoprotein-sorting protein [Cell envelope biogenesis, outer membrane].	9.12239e-12

Protein sequences

>CP030147.1|AXR60563.1|1613435_1614029_-|outer-membrane-lipoprotein-carrier-protein-LolA
MAFLKIRRILPGAAGLILVCGISISGDPGRDKLNALLGRMGEISSLRASVTINNEISGTLSFKKPNYLHVKFSDGRVVSSNGRFLWFYSPARGIVGKQDLRGTSGGVFGLLGGYEEITQVGGSIRLKSPTKSYEEIVVTMNPDNTPKSLRMKHRGSGEYTSISFSGVQTNVGLSASLFNFSAPSSAQIVENPLNEKE
>CP030147.1|AXR60562.1|1611611_1613429_-|hypothetical-protein
MSVNSRTDAHKTFADLYRKQRSPEHQEQIDEVIQKSNDIFIRIDLMRKIDEEFEKKRQEENKKSEEDRPKRNSATSTKATPKPARRMESNSSGGAGIGFLANLFGGNPAINKFAKESGTIDVGFLGRKLQVSGGVHNLFKFLKEDQIIATIQALRFCEQQGWRYWKPLIYNVVLNFNKLLNSIISLDSLFIDQISPEIFLNRATKLELYYARHLSREDCKDIIMTEVPELVRKDEKLVPKMPQIMAGLSYGLNLESGRPKMSDAIRAFHIVATKRMITWNEIVQQLNVPPINETKFQGSPDIIKEVETTLLRLADDIQTRLNRKHELQSLRERYFRIDDKGRMNFDFLNLIVDDYFENHVPENMQSASMKSAFKGTPHKLMYLLLRDLQASYAPILEGTVKIGTKNQSKDVIIMHPGLFKSDIEQINNLLRLLDAFNKKYPSFQYSFATYNEHTTSTVGVEDQITQNLLKLLGDAAAFMGKFAEKINIIVENHLLAKQYEASGKLNERVLVSKEKVIEEIKILHRFIPYGDSTIVSGNRLNGKTLEFAFLEMTKLFYNYAVIYKDKSTITKLTLHKKLDAELGSLTKEYERLSGKPYETKRMEEA
>CP030147.1|AXR60561.1|1610646_1611615_-|tryptophan--tRNA-ligase
MRILTGVQPSGKLHLGNFFSVIRKLKEYQDSTDLFCFIADLHSLTTFSSKEKQKENTFNAVCDFLALGIDPDQCTFWLQSGVPEVTELTWYLSHSITVNQLSLAHSYKDKVAKGFNPGGGLFFYPVLMAADILGFDSDRVPVGKDQKQHLEFARDIASNFNREIGPVFKIPEPEIDETTALVPGTDGQKMSKSYGNTINFFDSEKELKKSIMSITTDSAGIDEVKDPSKSNIYAIHSLFLDEKGRKALKQKFLIPGTGYGDLKKQLLQDTLDYFAPFRKEREKIGEDKSFVEATLKKGQEKARNTITNVLDRTRKELGIYRF
>CP030147.1|AXR60560.1|1608383_1609532_-|hypothetical-protein
MNHLCTSHFTRLLTSFVVLSMTVLNCKKEKDDSSILLAVAALLAGTSTTNSSNVSYGGTKSPGDVMTGDMVKANYGNFSFTNLTTNEKISGQVATYSASPFIALLSAPSYTQGGFAIPIAGVGLLATPISGYSNAGGAPVTAMRAEVYTEKSSNCSDVSGTFNMVQAMFGNAVGAFQGGYGTLTITGTNQKFIAGTITTLGGAGTAVNLNNGICTDGKVAWATGETAFVSSTGVLILDMGTDKGGFFGLAKDVNLNGSGILNGKTLLGFDNLRGANAATIDSFVSGKFTCLNGACNGVNIDARTLTAQNNGNSSTNVPVFTNGISASTTLGNGGGGIPLAANDNLVLIARTVNGKITVAMVACSTGGCTAASSRHFGLYTEN
>CP030147.1|AXR60559.1|1606476_1607973_+|ABC-transporter-ATP-binding-protein
MIKISGLNKAFTTKVLFDDLNLSINRGEKIGLVGRNGHGKSTLFQMILGNVEPDSGIISVPKGYKIGHLQQHLHFTKLTVLEECALGLPEGEEYETWQVEKILSGLGFSEQDMERNPNEFSGGYQIRMNLAKLLVSAPDMLMLDEPNNYLDIVTIRWLEEFLREWEGEIILVTHDRGFMDAVVTHTIAIHRTKAIKVQGDTDKLYNQINQSEEIYEKTRLNEAKKRKQEEIFIAKFKAKASFASRTQSRVKKLEKQGEMKALEKIQDLELYFNSAPFAASQMLSAENLCFSYDGKKPYLIENFSIGVGNKERICIIGKNGKGKSTLLKILAGELEPSQGTIKKHPILKEGYFGQTNKLNLNENSTVVEEIMVSDRSCTEWQARTIAGGLMFSEDQALKKIKVLSGGEKSRVLLGKILVTPCHLLYLDEPTNHLDMQSCDSLIEAIDEFEGSVIMVTHDELHLRAVATKLIVFDNDTIRIFDGSYDDFLNEVGWSDEDY
>CP030147.1|AXR60558.1|1603984_1605088_-|rhodanese-related-sulfurtransferase
MANRDDLQKKTLAKKRPLHNIYGKEILKKRLETENFPRTTISFYRYVILENVQELRNQLYVEWEALGVLGRIYVAREGINAQLSIPSHNLNSFKENLNSRIQFKDMLFKIAVKDDHKSFLKLDLKVRNKIVADGLNDDAFDVTNVGKHLSAEEFNHYMEDKNSIVIDVRNHYESEIGHFENAILPQSDTFREELQILLELLNGKEDQKILMYCTGGIRCEKASAWLKHHGFKDVNQLHGGIISYAHEISQKGLESKFRGKNFVFDGRLQETIGNEIISTCHQCGKKSDRHVNCANPGCHILFIQCDDCSEKFEGCCTEECRTVLHLPKEKQKEIRKGKSNENRFFTKSKIRPKISELYQNRKPFETV
>CP030147.1|AXR62394.1|1603077_1603980_+|bile-acid:sodium-symporter-family-protein
MSELDAVRINFNESGLVFLNLLLGLIMYGIALELKLEDFKLLFDNPRASITGILSQFILFPFATYLLLWILNPPSGIALGMLLVAACPGGNISNFITLLAKGNTALSISLTAFSSVLAIFATPFNFFFWGNLYPPVQAALKEITLNPWDVFKAILIILVIPIFLGILTKRYLPKNAVKLTKPLKVLSGFIFIAFLLIALLANYQIFLKVIHRVFLYVFLMNTTGFLLGYYFAKLIRLDERDARCISIETGIQNSGLGLVLIFAFFGGQGSMAIIAAVWGIWHGLAGVSLAWFWSRKKISF
>CP030147.1|AXR60557.1|1601924_1603073_+|taurine-dioxygenase
MVAKTFSKVKNKTHSKTKTKAASVKKTKSKVAFALSKGFIDFKNPLPLVYQPDSEEQKGKQKLIQWIKSNKHTLVDDLKEYGAILFRGFDVFSPQDFEDVIINVDSNLKNNYLGTSPRNQVTKYTFTATELPPAYPIMQHAEMSFLDSPPKKLFFYCKKAPEKFGETPITDLRKVLNEVPVFIREKFEKEKIRYSRVYDGPSNRSRFQFWKTKRWDEMFQTKDREKVEEISKKQNFKVEWFGKDNLRLINTTLAIRKHPEFKSLAWHNHSQVFHIDAARKEYWRIFAHQKTIRSFLVGITLEILTFIKKITTKKEYLDTHCTYGDGQEISGQELKRIQDAFWNNISLFSWREGDILIIDNYSVSHGRHPFTGPREIFVAWAD
>CP030147.1|AXR62393.1|1601138_1601462_+|metal-sulfur-cluster-assembly-factor
MLEAPTNTLEGQIYEEVRKVEDPEIGISVAELGLIYRIKVEGSKAKIDMTYTSMACPAGPQMKQQIKDHALRVEGITDAEVEVVWVPKWDPREMATEEAKMDLGIFD
>CP030147.1|AXR60556.1|1600248_1600683_+|SUF-system-NifU-family-Fe-S-cluster-assembly-protein
MSLSDSLYKEVILDHYQNPRFRGKLEPADLSEHGINPLCGDELELTINLDGDKIADVRVMGKGCSISQASGSMMAESIRGKTVFEAEHILSRFKNMFLEDKDPKFDEELEDLESMESVKKIPARIKCAVLPWNTLERALSRIEK
>CP030147.1|AXR60565.1|1615092_1615854_-|electron-transfer-flavoprotein-beta-subunit/FixA-family-protein
MKIIVLVKQVPDTETSIKVGDKSINEAGIKWIISPYDEFAIEEGIRLREKHGGEVVAVSLGPDRVVEALRTAYAMGADRAVHIKVDNYVPFDTNNTAELIANFAKTESADVIIGGRQSIDTDSSQVVVQVAELLGIPHIAFAVNLEINGTVVKATKEVEGGTQTVETSTPVALTAQKGLNEPRYPSLKGIMTAKKKPVETKSAADLGSPASKIEVVGLEPPPPRIPGRKLEAADANGFASQLVKALREEAKVI
>CP030147.1|AXR60566.1|1615937_1616339_-|hypothetical-protein
MIYALILTILCGLFFFLSYRLSQKSNALLQKNSKMQEPIVKNTNSSRNDSFQESKFAILKLSVFRSKFQNALRSPFQKESVFLLLSLCVWMLLPLFWGLAFFLKTDANVLVVIGCMIWTYYWLKYLFSTDEAI
>CP030147.1|AXR60567.1|1616418_1617603_+|isovaleryl-CoA-dehydrogenase
MRAVLEKPNDLFNPTENHLALRETIAKFAKENMDTQAKEHDDRETFNLALFRRIGSELGLFGITVPEEDGGMGMDAVAAVIIHEEMSAYDPGFMLSYLAHEVLFVNNFYHSSSPAQREKYLSKVISGEWIGGMGMTEPGAGTDVLGMRTIAVKKGDKYVLNGSKQYITNGNIGSVFLVYAKMSKDSKRTTSFIVESSFPGFSVGKKEEKMGMRSSPTTQLIFEDCEVPAENLVGQEDGALIHMMRNLEIERITLAAQSLGIAKRCVDIMADYTIRHREAFGKKLSEFGQIQRLLAESYADYQAARALVYQVASGINPDSRNSLGAASAKLVATQMAERVSRNAIQALGGYGYCREYPVERLHRDSILLSIGGGTNEAMQKNIVADLKKIYEGTP
>CP030147.1|AXR60568.1|1617599_1618295_+|SAM-dependent-methyltransferase
MSRKNIQLTEKLENYIFQNSVREPDFFQRLREETGKLAQANMQISPEEGQFLRLLVQISGARRIVEIGTFTGYSSLCFAFALPEDGKILCCDISEEWTRIARKYWKESGLEPKIRLKIGSALETLQLLLDSKSAPVWASDFAFGPSSIDLIFLDADKENYPNYYALILQLLKPGGLLIADNVLWDGSVVDSTHQESSTIGIRKFNELVRSDLNVDVSMVPIADGVSLVRKK
>CP030147.1|AXR62395.1|1619485_1620556_-|hypothetical-protein
MKQIFSIFFTILLLVECAGESNDSSQLLLGIINQQQSLTLDRKSSELVIIDIPTHYVDSISGNDSNAGTKSAPYRTITKAILASKADGTKVIYAAPGTYDTSIGETFPIYIPDGVNLYGDYDGKGLIGGSSSFYAGPPGTTPKTGPTWINGGGFDINNTAWNATIIPKNNSQIAGFKIINPNPMSPGGYFTRGISIQNFVSIRIRNNTITAMPSGAGIYIEYFTVTAIGSNIISGNQITSNYWGIEDGGIRASEDKVENNVISQNFIGISTTDGLDLGQGATGSTGKNTFSCNTYEDVMIVGSANFPQTQYAMNNYWDHFAPTMSSTHIDGLDIRNYNNATLVYYAGGGVAPNACN
>CP030147.1|AXR60569.1|1621971_1623057_-|hypothetical-protein
MKQIFSIFFTILLLVECAGESNDSSQLLLGIINQQPLTLNHSDRKSSELVIIDIPTHYVDSISGNDSNAGTKSAPYRTITKAILASKADGTKVIYAAPGTYDTSIGETFPIYIPDGVNLYGDYNGKGLIGGSSSFYAGPPGTTPKTGPTWINGGGFDINNTAWNATIIPKNNSQIAGFKITNPNPKSPEGDSTRGISMQNFVSIKIKNNTITGMPSGVGIHFEFTTVTDVGSNTISGNQLTYNYHGIIDHSIRASYDKVENNVISRNYIGIHTTRGLDLGQGPAESAGNNTISCNSYEDIWIPGSSNGNDPQVLFARNNYWDHFPPTISFTGQEPGLDIRHISSATVIRYEGGGVAPNACN
>CP030147.1|AXR60570.1|1625355_1625571_+|hypothetical-protein
MYLPQKWELIGFEGFCYKQFAQRPVVGSETARRAGQSALVVSLAEKASLRLYKKFHNLYLKGKYLLKTKKR
>CP030147.1|AXR60571.1|1625635_1627111_+|WGR-domain-containing-protein
MKHYLTYKDDTSDKFWSIEISGNSFTVVYGKIGAVGTSQTKAFETEETCLREARKILSGKLKKGYIEKNDIIKNSVPTDNKRPKLDKENQKEVDKAVTPKIEKQSKSDSQKIEEQPKDKVKQSSQKTTKQDSETLPSESLKELNRISLYYQGDGSDKVYHVNIDPKEDGYVVLFAFGRRGSTLQTGTKTSKPVSYESAQKIMNQLVNSKMSKGYTEGESGTPYLHSSKEERISGVHCQLLNPIEEEELSVYIENDQYGAQEKLDGNRMMIRKTGDNVEGINRKGLIIATSQIICEYALGFQEDFILDGESIGDVFYPFDIFSKDGRDIQHLSYRERYAILKSILKDRDKTFRLVELVVSTKDKKGLLEKLRENQKEGIVFKDLNAPYKAGRPASKGAQIKFKFYETATVSVETVNLKRSVSMRLYDGKSWINVGNVTIPVNFELPQEKDIIEVRYLYAYRGGSLYQPTYLGVRSDADENDCDLNQLKYKNV
>CP030147.1|AXR60572.1|1627590_1629018_-|hypothetical-protein
MIHLLILFFIFLFQACSPTSDAKTNNLFLIPLAQENNIGSVAVHGNLDSLDVEEVPLRENSVSLEWALLYGKGPNKITRDSKLVVDEKGFVYVAADIDSDPFYNELTNKSIRGGKDLILAKYDSQKNVIWMRSIPGILGTKLNVTGIAVDSKENAYVTGSIIGSLENIPVLENQDMLVIKFDSNGIIKWIKQTGAGDGKYEVSPKKITVDTFGNSYIVGTSNGPLGENGFIVKLDTNGNQIWIDHLSIPGADIIPVGVAFDKVTGNIYMSGYGHNANFATNTTPGIGQNDLFILKYDSKGNRQFFAQLGAPLKSVFGNAITVDRFGNVLVGGYSNADFGLKPDETSYIGTIVKYDSSGVQQWIRQFGQKTTIINEITTDRAGNVFTTGQTNELIKFANMPSEGNQDVFVTKHSSSGEVRQLWQWGTIRETMVGSGIGVDFDGNLYTTGWATRNIFNEIFGNEMMGAIDIFLIKFR
>CP030147.1|AXR60573.1|1629271_1630501_+|IS256-family-transposase
MSNPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSNKKLKGDFETIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSADLISEVTDSVLETVIEWQNRPLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSIIFGDRLKFDSF

Crispr_ID: CP030147_5

• CRISPR_ID: CP030147_5
• CRISPR_location: 1904039-1904804
• CRISPR_type: Orphan
• Repeat_type: I-E,II-B
• Spacer_info: 12 spacers
• Cas_protein_info: csa3

Consensus repeat of CP030147_5

Consensus_repeat	Method
CGGTTCAACCCCACGCATGTGGGGAAAAG	CRISPRCasFinder
CGGTTCAACCCCACGCATGTGGGGAAAAG	CRT
CGGTTCAACCCCACGCATGTGGGGAAAAG	PILER-CR

spacers of CP030147_5

>5.1|1904068|32|CP030147|CRISPRCasFinder,CRT
CGCTCTTCCGTCCGGGAATCGAACTTCTCCGT
>5.2|1904129|32|CP030147|CRISPRCasFinder,CRT
TAGATTTTCGAGAGCCTGCGGATTTCTCTCTC
>5.3|1904190|32|CP030147|CRISPRCasFinder,CRT
TGGGCCGAGTGGCCCGACGTTCGACACTAAAA
>5.4|1904251|32|CP030147|CRISPRCasFinder,CRT
TGGGCCGAGTGGCCCGACGTTCGACACTAAAA
>5.5|1904312|32|CP030147|CRISPRCasFinder,CRT
CGGCTCACTAAAAAGGGTGCGGTCACTGTCAA
>5.6|1904373|32|CP030147|CRISPRCasFinder,CRT
GACCGTTTGATTTTTTCAAACGCGTTCTCTCC
>5.7|1904434|32|CP030147|CRISPRCasFinder,CRT
ACACACCGAACCGTGAGGAACAGATCGAGATT
>5.8|1904495|32|CP030147|CRISPRCasFinder,CRT
TCAAATTACGTATTAGGCAAACGCGTTATCCC
>5.9|1904556|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
GGTTGGTTCGGAATAGGAGACGTTAAATCTCC
>5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR
TTAGGAGCTTGAACTTCTATTGAACTTTTTA
>5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR
TTATTAATGATTCACAAAAAGCAAATGTGTTT
>5.12|1904738|38|CP030147|CRISPRCasFinder,CRT,PILER-CR
GTCGCGGGACGTGTCGCTCCTACGGGGTCGCGACCCGA

CRISPR arrays and Neighbor proteins around CP030147_5

CRISPR arrays

The CRISPR arrays of CP030147_5

>merge|CP030147|5|1904039-1904804|CRISPRCasFinder,CRT,PILER-CR
AATTTCAACCCCACGCATGTGGGGAAAAGCGCTCTTCCGTCCGGGAATCGAACTTCTCCGTCGGTTCAACCCCACGCATGTGGGGAAAAGTAGATTTTCGAGAGCCTGCGGATTTCTCTCTCCGGTTCAACCCCACGCATGTGGGGAAAAGTGGGCCGAGTGGCCCGACGTTCGACACTAAAACGGTTCAACCCCACGCATGTGGGGAAAAGTGGGCCGAGTGGCCCGACGTTCGACACTAAAACGGTTCAACCCCACGCATGTGGGGAAAAGCGGCTCACTAAAAAGGGTGCGGTCACTGTCAAGGGTTCAACCCCACGCATGTGGGGAAAAGGACCGTTTGATTTTTTCAAACGCGTTCTCTCCCGGTTCAACCCCACGCATGTGGGGAAAAGACACACCGAACCGTGAGGAACAGATCGAGATTCGGTTCAACCCCACGCATGTGGGGAAAAGTCAAATTACGTATTAGGCAAACGCGTTATCCCCGGTTCAACCCCACGCATGTGGGGAAAAGGGTTGGTTCGGAATAGGAGACGTTAAATCTCCCGGTTCAACCCCACGCATGTGGGGAAAAGTTAGGAGCTTGAACTTCTATTGAACTTTTTACGGTTCAACCCCACGCATGTGGGGAAAAGTTATTAATGATTCACAAAAAGCAAATGTGTTTCGGTTCAACCCCACGCATGTGGGGAAAAGGTCGCGGGACGTGTCGCTCCTACGGGGTCGCGACCCGACGGTTCAACCCCACGCATGTGGGGAAAAG

>CP030147|5|5|1904039-1904804|CRISPRCasFinder
AATTTCAACCCCACGCATGTGGGGAAAAG	CGCTCTTCCGTCCGGGAATCGAACTTCTCCGT
CGGTTCAACCCCACGCATGTGGGGAAAAG	TAGATTTTCGAGAGCCTGCGGATTTCTCTCTC
CGGTTCAACCCCACGCATGTGGGGAAAAG	TGGGCCGAGTGGCCCGACGTTCGACACTAAAA
CGGTTCAACCCCACGCATGTGGGGAAAAG	TGGGCCGAGTGGCCCGACGTTCGACACTAAAA
CGGTTCAACCCCACGCATGTGGGGAAAAG	CGGCTCACTAAAAAGGGTGCGGTCACTGTCAA
GGGTTCAACCCCACGCATGTGGGGAAAAG	GACCGTTTGATTTTTTCAAACGCGTTCTCTCC
CGGTTCAACCCCACGCATGTGGGGAAAAG	ACACACCGAACCGTGAGGAACAGATCGAGATT
CGGTTCAACCCCACGCATGTGGGGAAAAG	TCAAATTACGTATTAGGCAAACGCGTTATCCC
CGGTTCAACCCCACGCATGTGGGGAAAAG	GGTTGGTTCGGAATAGGAGACGTTAAATCTCC
CGGTTCAACCCCACGCATGTGGGGAAAAG	TTAGGAGCTTGAACTTCTATTGAACTTTTTA
CGGTTCAACCCCACGCATGTGGGGAAAAG	TTATTAATGATTCACAAAAAGCAAATGTGTTT
CGGTTCAACCCCACGCATGTGGGGAAAAG	GTCGCGGGACGTGTCGCTCCTACGGGGTCGCGACCCGA
CGGTTCAACCCCACGCATGTGGGGAAAAG

>CP030147|5|4|1904039-1904804|CRT
AATTTCAACCCCACGCATGTGGGGAAAAG	CGCTCTTCCGTCCGGGAATCGAACTTCTCCGT
CGGTTCAACCCCACGCATGTGGGGAAAAG	TAGATTTTCGAGAGCCTGCGGATTTCTCTCTC
CGGTTCAACCCCACGCATGTGGGGAAAAG	TGGGCCGAGTGGCCCGACGTTCGACACTAAAA
CGGTTCAACCCCACGCATGTGGGGAAAAG	TGGGCCGAGTGGCCCGACGTTCGACACTAAAA
CGGTTCAACCCCACGCATGTGGGGAAAAG	CGGCTCACTAAAAAGGGTGCGGTCACTGTCAA
GGGTTCAACCCCACGCATGTGGGGAAAAG	GACCGTTTGATTTTTTCAAACGCGTTCTCTCC
CGGTTCAACCCCACGCATGTGGGGAAAAG	ACACACCGAACCGTGAGGAACAGATCGAGATT
CGGTTCAACCCCACGCATGTGGGGAAAAG	TCAAATTACGTATTAGGCAAACGCGTTATCCC
CGGTTCAACCCCACGCATGTGGGGAAAAG	GGTTGGTTCGGAATAGGAGACGTTAAATCTCC
CGGTTCAACCCCACGCATGTGGGGAAAAG	TTAGGAGCTTGAACTTCTATTGAACTTTTTA
CGGTTCAACCCCACGCATGTGGGGAAAAG	TTATTAATGATTCACAAAAAGCAAATGTGTTT
CGGTTCAACCCCACGCATGTGGGGAAAAG	GTCGCGGGACGTGTCGCTCCTACGGGGTCGCGACCCGA
CGGTTCAACCCCACGCATGTGGGGAAAAG

>CP030147|5|4|1904527-1904804|PILER-CR
CGGTTCAACCCCACGCATGTGGGGAAAAG	GGTTGGTTCGGAATAGGAGACGTTAAATCTCC
CGGTTCAACCCCACGCATGTGGGGAAAAG	TTAGGAGCTTGAACTTCTATTGAACTTTTTA
CGGTTCAACCCCACGCATGTGGGGAAAAG	TTATTAATGATTCACAAAAAGCAAATGTGTTT
CGGTTCAACCCCACGCATGTGGGGAAAAG	GTCGCGGGACGTGTCGCTCCTACGGGGTCGCGACCCGA
CGGTTCAACCCCACGCATGTGGGGAAAAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP030147.1|AXR60789.1|1913972_1915793_+|translational-GTPase-TypA	unknown	unknown	gnl|CDD|224138
CP030147.1|AXR60785.1|1910275_1910467_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR62414.1|1907103_1907868_-|sphingomyelinase-C	unknown	unknown	unknown
CP030147.1|AXR60783.1|1908371_1908545_+|hypothetical-protein	unknown	unknown	gnl|CDD|315923
CP030147.1|AXR60787.1|1911963_1912176_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60773.1|1892649_1893525_+|carboxylating-nicotinate-nucleotide-diphosphorylase	unknown	unknown	gnl|CDD|238806
CP030147.1|AXR60780.1|1903281_1903776_+|ATPase	unknown	unknown	gnl|CDD|176910
CP030147.1|AXR60774.1|1893530_1895555_+|bifunctional-(p)ppGpp-synthetase/guanosine-3',5'-bis(diphosphate)-3'-pyrophosphohydrolase	unknown	unknown	gnl|CDD|223394
CP030147.1|AXR60778.1|1901898_1902705_+|fatty-acid-hydroxylase-family-protein	unknown	unknown	gnl|CDD|377224
CP030147.1|AXR60786.1|1910588_1911446_+|pirin-family-protein	unknown	unknown	gnl|CDD|224655
CP030147.1|AXR60775.1|1897381_1898449_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60781.1|1905458_1906223_-|sphingomyelinase-C	unknown	unknown	unknown
CP030147.1|AXR60788.1|1912590_1913487_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60782.1|1908061_1908244_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR60784.1|1908947_1910174_+|MFS-transporter	unknown	unknown	gnl|CDD|340946
CP030147.1|AXR60777.1|1900817_1901597_+|hypothetical-protein	unknown	unknown	gnl|CDD|187576
CP030147.1|AXR62412.1|1889693_1891349_+|lipoprotein-LipL71	unknown	unknown	gnl|CDD|380171
CP030147.1|AXR60776.1|1899515_1900817_+|adenylosuccinate-lyase	unknown	unknown	gnl|CDD|176464
CP030147.1|AXR62413.1|1895568_1897371_+|ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|173862
CP030147.1|AXR60779.1|1902891_1903230_-|transcriptional-regulator	csa3	COG0640_csa3_CAS-I-A	gnl|CDD|223713

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP030147.1|AXR60779.1|1902891_1903230_-|transcriptional-regulator	csa3	COG0640_csa3_CAS-I-A	2.6e-15	51.6	0.0

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP030147.1|AXR60789.1|1913972_1915793_+|translational-GTPase-TypA	gnl|CDD|224138	COG1217, TypA, Predicted membrane GTPase involved in stress response [Signal transduction mechanisms].	0
CP030147.1|AXR60773.1|1892649_1893525_+|carboxylating-nicotinate-nucleotide-diphosphorylase	gnl|CDD|238806	cd01572, QPRTase, Quinolinate phosphoribosyl transferase (QAPRTase or QPRTase), also called nicotinate-nucleotide pyrophosphorylase, is involved in the de novo synthesis of NAD in both prokaryotes and eukaryotes. It catalyses the reaction of quinolinic acid (QA) with 5-phosphoribosyl-1-pyrophosphate (PRPP) in the presence of Mg2+ to produce nicotinic acid mononucleotide (NAMN), pyrophosphate and carbon dioxide. QPRTase functions as a homodimer with two active sites, each formed by the C-terminal region of one subunit and the N-terminal region of the other.	3.90087e-117
CP030147.1|AXR60780.1|1903281_1903776_+|ATPase	gnl|CDD|176910	cd08901, SRPBCC_CalC_Aha1-like_8, Putative hydrophobic ligand-binding SRPBCC domain of an uncharacterized subgroup of CalC- and Aha1-like proteins. SRPBCC (START/RHO_alpha_C/PITP/Bet_v1/CoxG/CalC) domain of a functionally uncharacterized subgroup of CalC- and Aha1-like proteins. This group shows similarity to the SRPBCC domains of Micromonospora echinospora CalC (a protein which confers resistance to enediynes) and human Aha1 (one of several co-chaperones which regulate the dimeric chaperone Hsp90), and belongs to the SRPBCC domain superfamily of proteins that bind hydrophobic ligands. SRPBCC domains have a deep hydrophobic ligand-binding pocket and they bind diverse ligands.	6.04112e-49
CP030147.1|AXR60774.1|1893530_1895555_+|bifunctional-(p)ppGpp-synthetase/guanosine-3',5'-bis(diphosphate)-3'-pyrophosphohydrolase	gnl|CDD|223394	COG0317, SpoT, Guanosine polyphosphate pyrophosphohydrolases/synthetases [Signal transduction mechanisms / Transcription].	0
CP030147.1|AXR60778.1|1901898_1902705_+|fatty-acid-hydroxylase-family-protein	gnl|CDD|377224	pfam04116, FA_hydroxylase, Fatty acid hydroxylase superfamily. This superfamily includes fatty acid and carotene hydroxylases and sterol desaturases. Beta-carotene hydroxylase is involved in zeaxanthin synthesis by hydroxylating beta-carotene, but the enzyme may be involved in other pathways. This family includes C-5 sterol desaturase and C-4 sterol methyl oxidase. Members of this family are involved in cholesterol biosynthesis and biosynthesis a plant cuticular wax. These enzymes contain two copies of a HXHH motif. Members of this family are integral membrane proteins.	2.98221e-29
CP030147.1|AXR60786.1|1910588_1911446_+|pirin-family-protein	gnl|CDD|224655	COG1741, COG1741, Pirin-related protein [General function prediction only].	6.25008e-69
CP030147.1|AXR60784.1|1908947_1910174_+|MFS-transporter	gnl|CDD|340946	cd17388, MFS_TetA, Tetracycline resistance protein TetA and related proteins of the Major Facilitator Superfamily of transporters. This subfamily is composed of tetracycline resistance proteins similar to Escherichia coli TetA(A), TetA(B), and TetA(E), which are metal-tetracycline/H(+) antiporters that confer resistance to tetracycline by an active tetracycline efflux, which is an energy-dependent process that decreases the accumulation of the antibiotic in cells. TetA-like tetracycline resistance proteins belongs to the Eukaryotic Solute carrier 46 (SLC46)/Bacterial Tetracycline resistance (TetA) -like (SLC46/TetA-like) family of the Major Facilitator Superfamily (MFS) of transporters. MFS proteins are thought to function through a single substrate binding site, alternating-access mechanism involving a rocker-switch type of movement.	1.00359e-167
CP030147.1|AXR60783.1|1908371_1908545_+|hypothetical-protein	gnl|CDD|315923	pfam13358, DDE_3, DDE superfamily endonuclease. This family of proteins are related to pfam00665 and are probably endonucleases of the DDE superfamily. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis. The catalytic activity of this enzyme involves DNA cleavage at a specific site followed by a strand transfer reaction.	9.84344e-07
CP030147.1|AXR60777.1|1900817_1901597_+|hypothetical-protein	gnl|CDD|187576	cd05266, SDR_a4, atypical (a) SDRs, subgroup 4. Atypical SDRs in this subgroup are poorly defined, one member is identified as a putative NAD-dependent epimerase/dehydratase. Atypical SDRs are distinct from classical SDRs. Members of this subgroup have a glycine-rich NAD(P)-binding motif that is related to, but is different from, the archetypical SDRs, GXGXXG. This subgroup also lacks most of the characteristic active site residues of the SDRs; however, the upstream Ser is present at the usual place, and some potential catalytic residues are present in place of the usual YXXXK active site motif. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Atypical SDRs include biliverdin IX beta reductase (BVR-B,aka flavin reductase), NMRa (a negative transcriptional regulator of various fungi), progesterone 5-beta-reductase like proteins, phenylcoumaran benzylic ether and pinoresinol-lariciresinol reductases, phenylpropene synthases, eugenol synthase, triphenylmethane reductase, isoflavone reductases, and others. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. In addition to the Rossmann fold core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids, and typically have a TGXXGXXG cofactor binding motif. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	3.46231e-14
CP030147.1|AXR62412.1|1889693_1891349_+|lipoprotein-LipL71	gnl|CDD|380171	NF033163, lipo_LipL71, lipoprotein LipL71. Members of this family are lipoprotein LipL71, also known as LruA, as described in Leptospira interrogans but found broadly in the genus Leptospira. Close homologs that are not lipoproteins by sequence are likely defective in their reported coding region.	0
CP030147.1|AXR60776.1|1899515_1900817_+|adenylosuccinate-lyase	gnl|CDD|176464	cd01360, Adenylsuccinate_lyase_1, Adenylsuccinate lyase (ASL)_subgroup 1. This subgroup contains bacterial and archeal proteins similar to ASL, a member of the Lyase class I family. Members of this family for the most part catalyze similar beta-elimination reactions in which a C-N or C-O bond is cleaved with the release of fumarate as one of the products. These proteins are active as tetramers. The four active sites of the homotetrameric enzyme are each formed by residues from three different subunits. ASL catalyzes two steps in the de novo purine biosynthesis: the conversion of 5-aminoimidazole-(N-succinylocarboxamide) ribotide (SAICAR) into 5-aminoimidazole-4-carboxamide ribotide (AICAR) and, the conversion of adenylsuccinate (SAMP) into adenosine monophosphate (AMP).	0
CP030147.1|AXR62413.1|1895568_1897371_+|ABC-transporter-substrate-binding-protein	gnl|CDD|173862	cd08497, PBP2_NikA_DppA_OppA_like_14, The substrate-binding component of an uncharacterized ABC-type nickel/dipeptide/oligopeptide-like import system contains the type 2 periplasmic binding fold. This CD represents the substrate-binding domain of an uncharacterized ATP-binding cassette (ABC) type nickel/dipeptide/oligopeptide-like transporter. The oligopeptide-binding protein OppA and the dipeptide-binding protein DppA show significant sequence similarity to NikA, the initial nickel receptor. The DppA binds dipeptides and some tripeptides and is involved in chemotaxis toward dipeptides, whereas the OppA binds peptides of a wide range of lengths (2-35 amino acid residues) and plays a role in recycling of cell wall peptides, which precludes any involvement in chemotaxis. Most of other periplasmic binding proteins are comprised of only two globular subdomains corresponding to domains I and III of the dipeptide/oligopeptide binding proteins. The structural topology of these domains is most similar to that of the type 2 periplasmic binding proteins (PBP2), which are responsible for the uptake of a variety of substrates such as phosphate, sulfate, polysaccharides, lysine/arginine/ornithine, and histidine. The PBP2 bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis. Besides transport proteins, the PBP2 superfamily includes the ligand-binding domains from ionotropic glutamate receptors, LysR-type transcriptional regulators, and unorthodox sensor proteins involved in signal transduction.	1.92284e-175
CP030147.1|AXR60779.1|1902891_1903230_-|transcriptional-regulator	gnl|CDD|223713	COG0640, ArsR, Predicted transcriptional regulators [Transcription].	1.3112e-11

Protein sequences

>CP030147.1|AXR60780.1|1903281_1903776_+|ATPase
MDLRFTVQAKIQKPLEAVFQAVYDPKHLSGYFTTGGASGPLVAGSKVVWKFADFPSMEREDEGVIVNVVEVVPNSKIVLEWDAHEGSYEGENELLTVGGYKTKTEMIFESLDQNNTLMKITESGWKVSQSALDGSYMNCQGWMNMSCCLKAYLEYGINLRKGFF
>CP030147.1|AXR60779.1|1902891_1903230_-|transcriptional-regulator
MSKLDKQDLIFKALADSKRREILDLLRKKPKTTGEICSYFEPLNRCTTIQHLKILENAGLLIIKRKGRVRWNYLDNVPIQEIYDRWISKYAKPTLERLTVFKKQMKSKNQPK
>CP030147.1|AXR60778.1|1901898_1902705_+|fatty-acid-hydroxylase-family-protein
MGELLSKFGYSGFFGIIWGFFLIRYLVFSGIAFLVVWVFCGKKLSHKLIQNKKPEKEKIFYEIKYSMLTFFIFGLSGIFVVWAKVNGFNRIYDNVGDYGIVYLIFSAFALILLHDTYFYWTHRMMHHKFFFKYFHLVHHKSTNPSPWAAFSFHPLEAIVESGIVPLVSFVLPLHPGVMIIFFVYMTSLNVLGHLSYEFFPSWFLKSGFTNWHNTTTHHNMHHKYFNCNYSLYFNFWDRIMGTNHEKYKEKFEEVSSRIPEKAKLILEK
>CP030147.1|AXR60777.1|1900817_1901597_+|hypothetical-protein
MRVGIFGLGYTGIRIAKRLRLQAEIQLKTFSAKTRVEGTEIFDFSNSSSLEEFGKKFSRENFDLCVVTFPVQKLSDPISFINLLFSIGKKFILLGTTSIYKRVPDIVESTPLIEDHDRFAVENEWIGRGGNILRLCGIYGPFRNPGDWARKGLVKKCSRQLNLIHGDDVALTISLLVRKIQTAGWDALPNVLNLSDNQWHTWKEIFSFLEEHEKISKTQIEESPKEDGFIDSELIRSLLPDLQTKNFWMELESLEGIGN
>CP030147.1|AXR60776.1|1899515_1900817_+|adenylosuccinate-lyase
MIDRYSNPEISKIWELENKFEIWKEIEILACEIRMKRGEIPPEDFQEIKTMAKFNVDEILEIESRVHHDVIAFLTNMNSYIGPAGRHVHYGLTSSDIGDTALCVQMVQAMDLILKKTDALISVVKEKAIQYRDLPCIGRSHGIHAEPMTLGLKFALFFEELNRNRKRMSEARDDIAVGKLSGAVGTYSNIDPEIEAYVCEKMGLKIDPISTQVVSRDRHAFYLSVLGVTASSLDRMATEIRLLQKTEGREVEEPFSAGQKGSSAMPHKRNPVICERISGLSRVIRANVNVGLQDVALWHERDISHSSAERVVLPDSTIALEYILDKMLFVVKNLHVYPDAIKRTLGVTRGLIFSQKVLLALIEKGKIVREEAYLIVQEHAMAVWANQSETLKTRLEKDERVGRVLTQKDLEDIFKIEPYLEKVGLIYKRLGLE
>CP030147.1|AXR60775.1|1897381_1898449_+|hypothetical-protein
MNKRNRFGELGSVILDFLSSPKIPNFIEFLEKGLDKELFYDPEKTKPEIPIEDLPVDYRLRESGFVRKTYERLFPVSHVFRITHRYEREYLDNFMPLSTGKYIGRGSYKFVYALPWNQVVKVGKSKLPSDPIFGSLYKHVQKNLNRYLKLEEIQLMEFLESKVWTRSSKENIRFKFARLGLERFHYWKLKSLIPDLVLPTRYFMGLRARTTPFGIPIFTLTPCDNQNLLPGKHLKEFIRLNEKIRQNPLQDAFFPKWKLNFDTHKFGVVSRSKLKKIALDFHRVIEVTKHLAEEEKLIFDIHSENIIITFPDFSLKIFDYHVFDEHLYEPSKENPSPEIDHINTIREFVRSFELG
>CP030147.1|AXR62413.1|1895568_1897371_+|ABC-transporter-substrate-binding-protein
MKIYSIFCMFFVLSVFTFLACGDKEEFETSAVVETLPWNGNPNSIPVALRGQNPIVSPHAKKGGTFRIYSHQFPKSLNYYLDQFSTTAHIFSLMFEPLLDYHPITLEPIPHLASSWKVSPDKKKFTFTIDANAFWSDGKPVTANDVLFTYETLMNKNNNTAVFRIDLSRFEKPVVLNEREIEFTQKEIHWSNFNTIANSLYILPAHYYKDRNFDKENFDFPVVSGPYSMLSAKKGRYIKMRRRGDYWMRAYPFYKGLDNFDTILFKVYNEESIAFQAFKKGDIDIYPTYTASFWVKDAIGEKFDENYILKQKIYNSKPIGFQGLVFNMRREIFSDVNVRKAFAHLVDRKLLVEKLAYNEYEETNAYYQDLWPANSFPNPPLEFDVKKARELLTKAGWKINSKGILEKDGKEFRFSILERDKKSEKYLTLIQERAKEVGIIINLESTDLAEWSSRMDKYDFDMTWAAWGGGVFKDPEAMWYSKYAEEKGQPNLSGFKNVAVDKLIDQQRTEFDVSKRNEILKKIDKILTAEVPYVLLWNTSSTRIMYWNRFKAPKNPLGKFGSEREASSLWWFDEEQSSKLNDAILKKEKLSPAPGKVYFQ
>CP030147.1|AXR60774.1|1893530_1895555_+|bifunctional-(p)ppGpp-synthetase/guanosine-3',5'-bis(diphosphate)-3'-pyrophosphohydrolase
MGFVKTPVTKDMLLEGIRETLGESAYESVQKAYDVSERAHQGQFRLSGEPYIIHPLQVGFILYELGLDEKVICAGLLHDVIEDTQYSRDDMIRDFGEDITDLVEGVTKISKIKSQSKETEAAENIRKIIVATIKDIRVILIKLADKTHNMRTLSFQLPEKQRRIAQETLSLYAPIAGRLGIYKIKSELEDLAFQVLNPEEYQEVKKNINSKKSEREGFIETLKIILLQRLSEIQIEADVDGRAKHFYSIYRKMKLKEKTFNEIFDLRAIRIITNEVKDCYGVLGIVHTLWNPVPGRFKDYIATPKTNMYQSLHTTVIGPDGKPLEVQIRTRDMNDIAEYGIAAHWMYKEGKPSVSEKNVKVRWLELLSSWQDSALDPKEFVEELKYDLHEDEVFVFTPKGEILQLPKGATILDFAFRIHTDVGLKAKGGRINGRMLPLRTELRSGDQIEIITDKRTKPSPIWLRIVRTPSARQKLRSYFRKLKEENKKDLQQEAEFAAEITLNVEVLEELKKKPSSKPAKQIDLGAGKVIVAGLRGIPVRLSGCCSPLPGDGIIGFVTRGRGVSIHKKGCATAKQQEQEESMRIITVEWDYGQSESIPVLIEVKSKDRQGIFMEIVKSISNTQTNIRESKASTDQRGNLVANFEVDVEHLDQLKEILSNLKQIPDVYQAHRIKN
>CP030147.1|AXR60773.1|1892649_1893525_+|carboxylating-nicotinate-nucleotide-diphosphorylase
MKRAYTHPVSSVSYQDYETLVKLAWEEDCPEEDITSVSLFTPDQKATASLNARESGILCGTGVLEVLNVFSENRIRSELLKQDAESFQKGDTLLRIQGNLIQILRIERILLNFLQYLSGISTQTGEVVQKYGQKDLMILDTRKTLPGYRKLAKYAVYCGGGSNHRLNLSEMAMVKDNHLAMYSSPREPVEKIKARFPGKIVEVEVDSLLQLEEAIGSGAEVILLDNFSLEDTKTAYSILKQKAPNVQIEFSGGITPEKLEALSEFSGAGVSMGYLTHTTRFLDLGLDIEQH
>CP030147.1|AXR62412.1|1889693_1891349_+|lipoprotein-LipL71
MKSTQRKILSSFIILLAGFFISCGAELPIQELSDAKNSITRAKSAGAEKYAPAELEEARKNLLTAHQKASEENLAETKKSALYARAKALDASEKSFPFSVDDVRKESNVAIESAEEAYASQLASEPYNTSVQLRKEGDALRETADRTLESYPKESGDDGKLRMRLAAFDQYEASRQKYTDSKKAADESKVLALSQKQQLIDSLADIEKNLNDADKYAEGKDPEVSETRNRLESAKAKIEEGKIRDGYAEIDDIRKKSGELVAKNIKVYAEKQKELAKQSVASATTKLASFDRNKINASRDFQVSYQRAEENLKAAEESRVSAEDLYTSEKYEDSISRSEEAIRLSRIVVDQVIELAERIERKAASDNVAGRDTKTGTDGQKDPKNQSTTTDGKNSSTKMGKDGLPEGWKRYVVRKKVPADCLWRIAKDKRHYGTAKLWRRIYEANRNKIRNPNLIYPKQVLLIPPKKGPTQLNKVQDSRKKKPATEDVEAIEADQKPASPAEESESGDMDNKKKAETMTPPATEEEESAENDEITPEEENGGEEENPENLQ
>CP030147.1|AXR60781.1|1905458_1906223_-|sphingomyelinase-C
MKMMQKIFQKEKAKKQNKSKISKYSGGYCVLLLLFFLNCMPNQQLSENSLLLSLLSLPNDPSIEMEKDRSMRKAKPKARPKRKYDGVTFISYATGKRIQANSKAPNGWLKVDASRDTYFTRFNLYQDGGDPNCIKSGPIRVETSANPKYYWNWWLRGGGGNYAYYPKYNDGSKRLTILVISGGCLKSGGKVAFRDHDILTDTHDYYITNWNGGSWNEYLFLWGEKINPGPREIFTAILSPTPPEATEQRESEVD
>CP030147.1|AXR62414.1|1907103_1907868_-|sphingomyelinase-C
MKMMQKIFQKEKAKRQNKSKISKYSGGYCVLLLLFFLNCMPNQQLSENSLLLSLLSLPNDQSIEMEKDRSMRKAEPKARPKRKYDGVTFISDATGKRIQANSKAPNGWLKVDASRDTYFTRFNLYQDGGDPNCIESGRIRVETSANPKYYWNWWAGGGGGNYAYYPKYNDGSNRLVILVISGGCLKSGGKVAFGDHDTFGAGYDYYITNWNGGSWNEYLFLWVWTLNPGPREIFTAILSPTPPEAIEQRESEVD
>CP030147.1|AXR60782.1|1908061_1908244_-|hypothetical-protein
MIQASSSFSTQFVVCLIILSLLFVKAKIHLHTQTDIFKYSYLTLSKDFIKEKEDSRLQTN
>CP030147.1|AXR60783.1|1908371_1908545_+|hypothetical-protein
MIVWGRINIHRSFVVAGFITSLNDRIVIEFLLAYAPKLNPIENVGCKRKRYLLPNFS
>CP030147.1|AXR60784.1|1908947_1910174_+|MFS-transporter
MVGFMNPQRSAALGFIFVTVLIDVIGFGVIIPVLPKLIQELTHGSLSDAAWYGGLLMFAYSFVQFITAPFVGGLSDRYGRRPILLASLFGFTLDYLFLAFAPSIFWLFVGRVVSGIMGASFTTGYAYIADISPPEKRAQNFGILGAAFGLGFIIGPVIGGSLGQFGSRAPFLAAAVLTLVNWLFGFFVLPESLTKENRRKFEWKKANPIGSLINLKRYPMIIGLVVAFFLINTAAHAVQGTWNYYTIEKFQWNEAMVGYSLGVVGLVYAITQGGLIRIILPVLGQNRSIYLGLALNALGYALFALATQSWMMFVFLIPYCLGGIAMPPLQGIMSSQVPPREQGELQGALTSLMSVTAIIGPILMTGLFSYFTARETPIYSPEAPLWMGTILTAASLWISVGSLRKHHS
>CP030147.1|AXR60785.1|1910275_1910467_+|hypothetical-protein
MVLILIWSFFGNEVFSNSERSKNFVFKLRKIDNYIVRKIKEKEFKKGLQKQSKSISKTYEFAI
>CP030147.1|AXR60786.1|1910588_1911446_+|pirin-family-protein
MKIISAIFKDLGDNFRVRRILPSIEARHVGPFVFVDHMGPVSIQTGKELVVRSHPHIGLATITYLYDGVILHRDSIGSEMPIRPYEVNWMTAGSGIAHSERSQLDSRYSILEGIQTWVALPKEYEEVNAEFFHLDRKDIPVINGEEWELRLAAGEFLGKRSPVKVYSSLFYADLDAKPGAKGKWNIPNDQESALYVARGSLNIRGQTVGVGQIAVFLAGETIEFSSEEGSRAILLGGVPFPEHRHLWWNFVSTSLERIEKAKLEWKEEYFPKVPGETERIPLPEK
>CP030147.1|AXR60787.1|1911963_1912176_+|hypothetical-protein
MQRNLRELLHSEDRRQRRRGNVALTENILGKLLVPSVGFVVLHSNSRFSSREGALFCLNFHCFKLNPGFT
>CP030147.1|AXR60788.1|1912590_1913487_-|hypothetical-protein
MKLHFIFYFLILISLIACNESKNKIDSDLLLSLAISKPAPPDRAENYDRDVQIITNLSSFTDSGKVEITCNLNYSSQQDIDYYVEQLKKEITRYPRGYWIKAGVDKIVLCKSMTTADGRIKLAFSDINLLAISVTQPMATMRYGTTTCGGIPNFNSFECYDQLAIHHELTHSVDRKFLTFAINSLLYSDPEWEKLNSPGFQYYGSENFLQIPAGWHPLPGIMLRYGASHFVEDRAVFGALIMGWPATYNLLVQACQTDPFVAAKVRLTVSRWKQFWPFPGAENTEWKIRMAQAERDCD
>CP030147.1|AXR60789.1|1913972_1915793_+|translational-GTPase-TypA
MEIRNIAIIAHVDHGKTTLLDGILRQTGAVTAKEDGERIMDSNDLEKEKGITIKAKNTAVVYKGTRINVVDTPGHADFGGEVERVLATADSCLLLVDAFDGPMPQTRFVLGKSLQLGHKPILVINKIDRPGARPEAVVDMAFDLFSDLGATDEQLDFPIVYASAKQGWAVYNLSESPGTNLDPLLDTVLKHVPPVQADTEAPLQFQVTSLDYNDYVGRIAVGKIYAGKMALGMNVIQLAAKKSDTATSTDTALFRITKLYNFEGLKRNEVNAAEAGDIVAIAGLPDVFIGDTICEPGKPAPRPAIEVEEPTVSMFFMVNNSPFAGKEGKFVTTRNIRERLDRELETNVAMRLEETEDKDRFKVLGRGELHLSVLIETMRREGFEIQVSRPEVILKTNEQGQKLEPYEYLVMDVPDQFTGQIIAELNRRKGELQLMDAHPSGMTRVEFVIPTRGIIGFRGFFISETRGEGVMSSRFLRFDLYKGEIPGRKNGALISMDSGESTAYALWKIQERGELVIGPNTAVYPGMIIGIHSRENDLEVNPVKEKKLSNVRSSGADEAIRLVPPRRFSLEQNIEFLDDDELLEVTPASLRLRKKFLDAVMRKRNK

Crispr_ID: CP030147_6

• CRISPR_ID: CP030147_6
• CRISPR_location: 2220696-2220813
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP030147_6

Consensus_repeat	Method
GTATTTCTTTGCTTCGCAAAGAGTCGTCGCTTCGCTCT	CRISPRCasFinder

spacers of CP030147_6

>6.1|2220734|42|CP030147|CRISPRCasFinder
TGGTGATCCATAGAAAGACAGTATTTACTTGAGTTTTCTGTT

CRISPR arrays and Neighbor proteins around CP030147_6

CRISPR arrays

The CRISPR arrays of CP030147_6

>merge|CP030147|6|2220696-2220813|CRISPRCasFinder
GTATTTCTTTGCTTCGCAAAGAGTCGTCGCTTCGCTCTTGGTGATCCATAGAAAGACAGTATTTACTTGAGTTTTCTGTTGTATTTCTTTGCTTTGCAAAGAGTCGTCGCTTCGCTCT

>CP030147|6|6|2220696-2220813|CRISPRCasFinder
GTATTTCTTTGCTTCGCAAAGAGTCGTCGCTTCGCTCT	TGGTGATCCATAGAAAGACAGTATTTACTTGAGTTTTCTGTT
GTATTTCTTTGCTTTGCAAAGAGTCGTCGCTTCGCTCT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP030147.1|AXR62427.1|2215598_2216411_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR61035.1|2212620_2212863_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR61050.1|2229344_2231045_-|flagellar-basal-body-M-ring-protein-FliF	unknown	unknown	gnl|CDD|235668
CP030147.1|AXR61043.1|2223473_2223866_-|transporter	unknown	unknown	unknown
CP030147.1|AXR61040.1|2220312_2220657_+|DUF962-domain-containing-protein	unknown	unknown	gnl|CDD|377609
CP030147.1|AXR61048.1|2227449_2228373_-|flagellar-assembly-protein-FliH	unknown	unknown	gnl|CDD|235850
CP030147.1|AXR61046.1|2225255_2226623_-|flagellar-protein-export-ATPase-FliI	unknown	unknown	gnl|CDD|274608
CP030147.1|AXR61034.1|2212113_2212404_-|co-chaperone-GroES	unknown	unknown	gnl|CDD|178988
CP030147.1|AXR61042.1|2222309_2222969_+|oxidoreductase	unknown	unknown	gnl|CDD|187560
CP030147.1|AXR61036.1|2213226_2213412_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR61033.1|2210459_2212100_-|chaperonin-GroEL	unknown	unknown	gnl|CDD|234573
CP030147.1|AXR61038.1|2214381_2215485_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR61045.1|2224685_2225252_-|flagellar-export-protein-FliJ	unknown	unknown	gnl|CDD|131526
CP030147.1|AXR61037.1|2213467_2214379_+|hypothetical-protein	unknown	unknown	gnl|CDD|381545
CP030147.1|AXR61049.1|2228376_2229345_-|endoflagellar-motor-switch-protein	unknown	unknown	gnl|CDD|224453
CP030147.1|AXR61047.1|2227223_2227403_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR61041.1|2220841_2222278_-|adenylate/guanylate-cyclase-domain-containing-protein	unknown	unknown	gnl|CDD|143636
CP030147.1|AXR61039.1|2217475_2219995_+|DUF1554-domain-containing-protein	unknown	unknown	gnl|CDD|369437
CP030147.1|AXR61032.1|2205414_2208108_-|DUF1554-domain-containing-protein	unknown	unknown	gnl|CDD|369437
CP030147.1|AXR61044.1|2223879_2224527_-|flagellar-protein-FlbB	unknown	unknown	gnl|CDD|369616

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP030147.1|AXR61034.1|2212113_2212404_-|co-chaperone-GroES	gnl|CDD|178988	PRK00364, groES, co-chaperonin GroES; Reviewed.	2.6333e-42
CP030147.1|AXR61046.1|2225255_2226623_-|flagellar-protein-export-ATPase-FliI	gnl|CDD|274608	TIGR03497, FliI_clade2, flagellar protein export ATPase FliI. Members of this protein family are the FliI protein of bacterial flagellum systems. This protein acts to drive protein export for flagellar biosynthesis. The most closely related family is the YscN family of bacterial type III secretion systems. This model represents one (of three) segment of the FliI family tree. These have been modeled separately in order to exclude the type III secretion ATPases more effectively. [Cellular processes, Chemotaxis and motility].	0
CP030147.1|AXR61040.1|2220312_2220657_+|DUF962-domain-containing-protein	gnl|CDD|377609	pfam06127, DUF962, Protein of unknown function (DUF962). This family consists of several eukaryotic and prokaryotic proteins of unknown function. The yeast protein YGL010W has been found to be non-essential for cell growth.	4.93994e-41
CP030147.1|AXR61050.1|2229344_2231045_-|flagellar-basal-body-M-ring-protein-FliF	gnl|CDD|235668	PRK06007, fliF, flagellar basal body M-ring protein FliF.	6.22862e-138
CP030147.1|AXR61049.1|2228376_2229345_-|endoflagellar-motor-switch-protein	gnl|CDD|224453	COG1536, FliG, Flagellar motor switch protein [Cell motility and secretion].	2.39533e-25
CP030147.1|AXR61042.1|2222309_2222969_+|oxidoreductase	gnl|CDD|187560	cd05250, CC3_like_SDR_a, CC3(TIP30)-like, atypical (a) SDRs. Atypical SDRs in this subgroup include CC3 (also known as TIP30) which is implicated in tumor suppression. Atypical SDRs are distinct from classical SDRs. Members of this subgroup have a glycine rich NAD(P)-binding motif that resembles the extended SDRs, and have an active site triad of the SDRs (YXXXK and upstream Ser), although the upstream Asn of the usual SDR active site is substituted with Asp. For CC3, the Tyr of the triad is displaced compared to the usual SDRs and the protein is monomeric, both these observations suggest that the usual SDR catalytic activity is not present. NADP appears to serve an important role as a ligand, and may be important in the interaction with other macromolecules. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Atypical SDRs include biliverdin IX beta reductase (BVR-B,aka flavin reductase), NMRa (a negative transcriptional regulator of various fungi), progesterone 5-beta-reductase like proteins, phenylcoumaran benzylic ether and pinoresinol-lariciresinol reductases, phenylpropene synthases, eugenol synthase, triphenylmethane reductase, isoflavone reductases, and others. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. In addition to the Rossmann fold core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids, and typically have a TGXXGXXG cofactor binding motif. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	2.74139e-86
CP030147.1|AXR61033.1|2210459_2212100_-|chaperonin-GroEL	gnl|CDD|234573	PRK00013, groEL, chaperonin GroEL; Reviewed.	0
CP030147.1|AXR61048.1|2227449_2228373_-|flagellar-assembly-protein-FliH	gnl|CDD|235850	PRK06669, fliH, flagellar assembly protein H; Validated.	6.30643e-65
CP030147.1|AXR61045.1|2224685_2225252_-|flagellar-export-protein-FliJ	gnl|CDD|131526	TIGR02473, conserved_hypothetical_protein, flagellar export protein FliJ. Members of this family are the FliJ protein found, in nearly every case, in the midst of other flagellar biosynthesis genes in bacgterial genomes. Typically the fliJ gene is found adjacent to the gene for the flagellum-specific ATPase FliI. Sequence scoring in the gray zone between trusted and noise cutoffs include both probable FliJ proteins and components of bacterial type III secretion systems.	3.95681e-09
CP030147.1|AXR61037.1|2213467_2214379_+|hypothetical-protein	gnl|CDD|381545	cd19702, bHLH_TS_HEN2, basic helix-loop-helix (bHLH) domain found in helix-loop-helix protein 2 (HEN-2) and similar proteins. HEN-2, also termed nescient helix-loop-helix 2 (Nhlh2), or Class A basic helix-loop-helix protein 34 (bHLHa34), or nescient helix loop helix 2 (NSCL-2), is a neuron-specific bHLH transcription factor that may serve as DNA-binding protein and may be involved in the control of cell-type determination, possibly within the developing nervous system.	0.000185841
CP030147.1|AXR61041.1|2220841_2222278_-|adenylate/guanylate-cyclase-domain-containing-protein	gnl|CDD|143636	cd07302, CHD, cyclase homology domain. Catalytic domains of the mononucleotidyl cyclases (MNC's), also called cyclase homology domains (CHDs), are part of the class III nucleotidyl cyclases. This class includes eukaryotic and prokaryotic adenylate cyclases (AC's) and guanylate cyclases (GC's). They seem to share a common catalytic mechanism in their requirement for two magnesium ions to bind the polyphosphate moiety of the nucleotide.	4.17502e-65
CP030147.1|AXR61039.1|2217475_2219995_+|DUF1554-domain-containing-protein	gnl|CDD|369437	pfam07588, DUF1554, Protein of unknown function (DUF1554). A family of proteins identified in Leptospira interrogans.	1.66158e-47
CP030147.1|AXR61032.1|2205414_2208108_-|DUF1554-domain-containing-protein	gnl|CDD|369437	pfam07588, DUF1554, Protein of unknown function (DUF1554). A family of proteins identified in Leptospira interrogans.	1.3146e-45
CP030147.1|AXR61044.1|2223879_2224527_-|flagellar-protein-FlbB	gnl|CDD|369616	pfam07956, DUF1690, Protein of Unknown function (DUF1690). Family of uncharacterized fungal proteins.	0.000230889

Protein sequences

>CP030147.1|AXR61040.1|2220312_2220657_+|DUF962-domain-containing-protein
MTTETTPKTYTTFKEFWPFYLGEHSHPVNRALHFIGTSFAIGWILAAIANFDPFYILAGLFSGYFFAWIGHFFVEKNRPATFTYPLKSFMGDWVMYFYILTGQIGKELEKIGKK
>CP030147.1|AXR61039.1|2217475_2219995_+|DUF1554-domain-containing-protein
MLKCILKKIYFCSFVFVTAFFGGCGEGKNSNSFGISSLKNSILNLVDSHSNNLTVVPSGGLYVFVTSYTNSSSVSPLTHNGNFAGISGADAYCNSHIPSGLPGTGSYKAMLVDGINRVATTVGSNSSSGQKDWVFQKNTSYYRADGRMVFTTNDAGLFDFSAGNLSNAFADSFYVWDFGIWTGLQSNWKTVPSTQLCSSASLPWTSGSVSVSGGIGYANYNNGASISAGSIPCQWKEAQDPNSQGSMEMGILCVQEKPITFKAKIGFLEDEQCHHQNIGSSPFTIPWKQCHEFKRHFDPATGVAISSDVSAPGSYRPLPGQVHLNFFSSTQTNPTGCYVSNLQNDLDGNIAVQVNSCLKTIPTPDRVRITVVLDYKTNLAYNNSTGTIRALWNKTDVTALNYLPYDQSKFFQTLYVDLDNQSKVGLYFETVLPLSPYWDETTKTYDLATVNILNSVSPSLANSMRLTLSNWQGAVELHNRVKSESIDKIQFDMFQNDPSKKCNRCYTLNFTNSYASGAIPGNLYFLGPVLNAIVIYPVDNPLSHEFGHTLAFSAAPNLSLAENNWAGQFRDSNNHNYARSHSIYQYQDMVTALTEGIVNPIGRYLISGNRGTWRYDPFALYFGTYQYGWQLTPVVDQQYSDFQRFRYEMWKRGIVENSPEWNSRLQNIQGINSTFTDYKTNSNNEMRYDAFGHYLLQVAPFHIDCWNATGSNASNLHLLSYKYDQMKLLSELLDGGPVSYKSTTYGDVVHPKNTVISLKDLLITLNELYDGSPLPANGTPGFTDKVLSIKSPFSPQSLGWKLIQKGLISKSEVDNLFRAVGMDQLSNICGYPWALPDCQ
>CP030147.1|AXR62427.1|2215598_2216411_+|hypothetical-protein
MIDFSKYLPKKTIEIDVDKQAQIEFSFFPDKKNQSKSQTPLSSILSPTFEPNTLIVPAETKLILSLNSYCLKSSGAGPYPNEPYKVIYVNEVNEIRRLLNSMWGQCNSRQDVQSVAWNIMNRVPHNSLPSSQKQMLGLSGILQAVEDIPILGLGIKIAKVPVSVAKDVVVYSVENFASIEAEIINRKSEHQIPSRPEPSRHGPFFIEVLSTRGFSGVTISVYNYTTKPAKFQAHEFQLQPERKDVQPLAIELSRTFACNYKKLKPIEQIR
>CP030147.1|AXR61038.1|2214381_2215485_+|hypothetical-protein
MKYNYSLIFHSIVSVLKIISSTILFLNCGVTGFSGSKSYFRIPARTETEVFHTSLSKGEVKNLYGINLGVVNTVQENLMGIQVGGANVSEGNTYAATQVALYNAANNAGFALQVGGSNKVQGAAGIQLGFYNSERGKKAKRFQVIGEIRGENNSEIGVGMNKEEKGIIAIQAGGINHAESSAGIQVGLYNDEENGVFTVQAGGLNFTKESDSGIQLGIYNAKTAPGLYLTLGAINSGGGGVTLGVINFNGRNGSGLNAGVLYNSGGKGINVGAINGGTGVNLGVINSYSKGLTVGVVNTNSTGLNMGAINKGMGFNLGILNINNEGKGFNIGALNIGGEGNFQIGVVNICPNGVLPITILLNYCYKD
>CP030147.1|AXR61037.1|2213467_2214379_+|hypothetical-protein
MRIHPLFFIFLFNCGLALTPQITTTIPPQKKETKIEVIRFNILYGELMNLIGVNLGIVNMVENRMIGAQAGIVNLSKKDSYGVQISAYNASEAKIVGAQAGIVNTSGNTYGVQAGIVNTSRRDTYGAQVSLYNSSQNQMVGTQIGIVNSSQGNTYGAQIALVNTAKDKGAGIQAGLVNYSEGQSNGLQAGIVNVGSQRNGFDLTVGAGNFQTKGMVIGGLNLYSEGVNVGIMNEQGNGFNLGALNIQGKGINVGILNGGTGIHIGLINSAGEEDTDEPTLEFGLLNFCGKGILPVMILFNYCR
>CP030147.1|AXR61036.1|2213226_2213412_+|hypothetical-protein
MYFTRHAFILFLWYVSVDCNSGEVCFLAYTLYSASRFWELVFPLRLNRFLKVLETNFFLEK
>CP030147.1|AXR61035.1|2212620_2212863_+|hypothetical-protein
MWEFSHFKDRFIQTKTISVFFFSIADRKKTSADENLYRAWGLQFEGGRQEQSVRSNLDYYIFRLFAKLTVNFWYRFHTSE
>CP030147.1|AXR61034.1|2212113_2212404_-|co-chaperone-GroES
MASIKPLGDRVLVEPRQEAEEKIGSIFVPDTAKEKPQEGKVVEIGSGKYEDGKLVPLEVKVGDTVLYGKYSGTEIKSEGKEYLIIRESDILAVVKK
>CP030147.1|AXR61033.1|2210459_2212100_-|chaperonin-GroEL
MAKDIEYNETARRKLLEGVNKLANAVKVTLGPKGRNVVIDKKFGAPTITKDGVTVAKEIELEDALENMGAQMVKEVSTKTNDVAGDGTTTATILAQSIINEGLKNVTAGANPMSLKRGIDKAVTAAVESIRKRAVKIENKKDIANVASISANNDNTIGTLIADAMDKVGKDGVITVEEAKSIETTLDVVEGMQFDRGYISPYMVTDAESMVATLNDPFILIYDKKISSMKDLIHILEKVAQAGKPLVIISEEVEGEALATIVVNTLRKTISCVAVKAPGFGDRRKAMLEDIAILTGGQVISEDLGMKLENTTLQMLGRANKVTVDKENTTIIEGKGQTKEIQGRIGQIKKQIEDTTSEYDKEKLQERLAKLAGGVAVIHVGAATEVEMKEKKARVEDALSATRAAVEEGIVPGGGLTLLKAQEAVAALKLEGDEATGAKIIFRSLEEPIRMITNNAGLEGSVIVEHAKAKKGNEGFNALSMVWEDLVAAGVVDPAKVVRSALQNAASIGSMILTTEVTITDKPEKDAPNPMAGMGGGGMGGMGGMM
>CP030147.1|AXR61032.1|2205414_2208108_-|DUF1554-domain-containing-protein
MLESKRKSIIPLISKGMRILKLRMDRIVALICSQSASSAGGMSRSRKPFQKQNRSSRYEKVYSIFFIWITVLLIGCSGENSNPTIGTISMGSIKDSFLNLIHSHSSNQSLIPSSGLYVFVSSYTNNASVPPLSHNGNFGGIAGADAYCNSHIPTSLTGTGSYKAMLVDGTNRVATTVGATSSAGQKDWVFEKNTSYYKADGNLVFTTNDAGLFDFSNGSLTYSFTDVFSIYDFGIWTGLQSNWKTATSTQLCSSASQPWTSGNSSIRGSIGYANHKNASSISAGSIPCQWTSTEDPEDPQATVEMGVLCVQEKPITLKAKIGFLEDEQCHHSNSFFTIPWKQCHEFKRHFDPVSGAAISSDVPSPGSYRPVPGQVHLNFFNSSQTNPVGCYISNLQSDLDGNVSGQVNNCLKSNPAPDKVRITLVLDYKTNLAYNNSIGTIRSLWEKTAISALNYLPYDQSKFFQTFFVDPNTHKDQVEPYFEVVLPLNPYWNATIRTFDLGIVNILNFIPANMTNSLRATLSNWQGLVELHNRLKNESVDKIQFDMFQNDPTRNCIRCYTANFISTYGSGGSAGNLYFSAPNGDNLPTIYPVDSSLGHEFGHTVTFTVAPWLLQGVIRNWAGQYIDQNQIYYGQIHNSNQYQDMGTAFGEGIVDSIGRYLISGNQGAWKLGPGIPFYIGTYKDGWKLNPIVDQKYSDFQRFRREMSVRGILENSPDWMSRLQAIQSLNSNFTDRKTNSNNEARYDGFVHYLLQTPPFHIDSYHATNPEIASQLNQVQYRYDQMKLLGEILDGGPANFKWVSYGDVVHPKNSRVSLKDLLVTLGEMHDGSPLPQNGSPGFTDAYLSIKSPFSPQSLGWRLVQKGLISKDEVNNLYRAVGMDQLANICGYPWALVDCQ
>CP030147.1|AXR61041.1|2220841_2222278_-|adenylate/guanylate-cyclase-domain-containing-protein
MNFFLFYERIFFKINFSSRKELISNPEVSILNFVNILLSIKKALRTLDRKSMPDSVLEVLKKEERSGIIITNYFRYLIALFFLVQIVVNVNNGNHKFNLIAFLIYLSLTFVHTIVIRVSPLSVISVFNYITLFTEYLLILGVLLFYTFTTKNVDLGFALKNPINLFFLFPIIYSLLQFKIRFVFIGLFLFYLIYYSILWVAASQGQLIYTKDWGSYVNGPNILIEDIVAGKPGLYFCFAMMISMGIFRTISMVKRIGIVEGQKTELSRYFSPKIVNEMVENPETFQNGNRQIVSILFLDIRNFTSMSENMDPKELGELLSEFRKIMTECVFENNGTLDKYIGDAVMATFGTPHPSPSAEVDARNAVGCGVIMQKRLAEWNLLRKSEGKAPISIGIGIHTGEVFAGNIGSDLHREYSVIGDAVNTASRIESLCKVLKKHFLISKETMELLGGKYILNRMPRVKVKGKEEPLQIYEVVWG
>CP030147.1|AXR61042.1|2222309_2222969_+|oxidoreductase
MAQKLALVAGATGLIGKYLLEELSTSAEYQKVYALVRRPGSVAGVEEIVSDYDALVASLFPQGITDVFCSLGTTISKAGSQENFKKVDYEYVLKFAKLVKEIGAKSFFVVSALGANPDSLVFYNRVKGEMERDLKNIDFSFLGIFRPSLLEGEREEVRPGETLGQFFAKIVNPFLLGGIRKYRSIHGRTVAKAMIRIAKKEATGVRILESDQIAIVGEN
>CP030147.1|AXR61043.1|2223473_2223866_-|transporter
MNFVIRLLFITFVFLLLLESSIIAKKNANSSSPKVSGYELVSNPSAAFGKTIQISGTVSEILYKGNSIRFLVYFSGKPVALDSDSTSLISSIQVGSYVSVCGFYLKDRELKSNGVLTSMPFILVDSPNCR
>CP030147.1|AXR61044.1|2223879_2224527_-|flagellar-protein-FlbB
MASLSDKARATYLILLILFLLGIGFFVFDYFQIINAAELLPFLRKEPALVNQDNESPTELQKLEFAKAQERFAEELDELEKRKTELLAEKGKLEAEMEKLEEMRQGLITKEKEMKSADSEKNSRQKLVKVLADKVGNMPPESAVGMLTNWPDGDIIDVFIQMDKDAEDDGRPTITTYLLTLFPADRRAMITNKWLSRSSGIKTPGIPDDAIEANP
>CP030147.1|AXR61045.1|2224685_2225252_-|flagellar-export-protein-FliJ
MKRFQFNLEPVLNLRKKKEDEKLKSFSLVAGEINQIRNSIRENERQIEFLTGDSASLHGASLRDYQLHQGYIRSLITQNENLESDIKDKKPELDAKRAELILAQKDRKILEILKENQYKAYKKLYFKREKFELEEHYNQLKSIQWRKNYESSEPEPAPRIFTYDTSSRTENDESGASEIKKLYDKYKR
>CP030147.1|AXR61046.1|2225255_2226623_-|flagellar-protein-export-ATPase-FliI
MIEKKFHEKIDVMSKYFLIMDRTETIRKSGKVIRVSGNVIYSEGPPDSKIGELMDVQKSGKEGYLQCEIVGFEGHVYTLMPLGPIEGVYPEAFVFSSGRKLAIPVGKELLGRVLNGVGRPIDKKGHIITKEERGPDNDVPNPLDRPIIRDILMTGVRAIDGILTIGRGQRVGIFSGSGVGKSSLLGMIARYTNADINVIALVGERGREVNEFIEIDLGKEGLQKSVVLAATSDAPKMEQVNCALLATSIAEYFRDQGKHVNLMMDSLTRFAQANREISASNHEPPITRGFSSSVFSKLAKLVERSGTSKSGGTITGFYTVLTEADEMEDPIADAVRGYIDGHIILNRKLAEKNHYPAVDVPASLSRVMARIAPENQNLRAGMIRELISVYNSAEELIRLNAYVSGSDPRVDLAIRKKDKIDRYLKQKIQERSTYSQAVQGLKEILEDDEQEKEEF
>CP030147.1|AXR61047.1|2227223_2227403_-|hypothetical-protein
MENTPNKQEKALKILSKRKKTFDYKIVNLIYEKFWKDKSFYEANFRIYLNSKNTKSAVF
>CP030147.1|AXR61048.1|2227449_2228373_-|flagellar-assembly-protein-FliH
MAKLVFKPIQIADIKDQVELAIPDKYKKFHRDEDAEEFEVDQEGNIIEQYQGPSIEEIEAELSRYREENEEQVRKLLEDARRKSEEIEEEGRKRAFQMIQDSKEKVKLEEDTGKAKAEQILDRAKMEVERMIKEAEMKVAEIEHEAYLKGYDAGREVGFKKGQGEVRRLIDRLGTIVGKAIDIREEIIQASEKQMVEMILIIARKVIKDEIIERKEIVLNNIREALKRIKDRDRVDIRVNFADLELTTAHKDELIKLMESLRKVNIYEDSRVDRGGVIIETDVGAIDARISTQLKEIEEAIRNAEPI
>CP030147.1|AXR61049.1|2228376_2229345_-|endoflagellar-motor-switch-protein
MNPLSSRQNRAGSLLRILGEHLPPEVYRHLGPEETGKLLETFHKTGKPDSKEEREILSSFLNSLSKIRKEESIDPEGLNLIRELEALLKEEKEEKDLLQELKTKSTEEISRIVSGEKPSMIALILCFGNPDAAAAVLNDFPEKMKEEILIQIHDLDLSSEYEKNRLERFLKFKLEALALEEKSLPINNPMGKKAADLLGRLRPGDSQKIFDRIREKRPGFAENIMEHFFRMEDLLYLEREPLNRFFSSFHPIVLACAFKGTEMEVQTRILEKLEPALSSSIRLESDSMGPISLAEMETAQNGILERLRDEIEEGSIKFWRAT
>CP030147.1|AXR61050.1|2229344_2231045_-|flagellar-basal-body-M-ring-protein-FliF
MPEQVQKILNNIREFFTTLDTTKKLILGGVALTVLVAIGILSTISLQKNRVVLFKDLTSKDFAEVTKKLDSLGYQYGSSDTSVITVDPEQRQEIVTKLAQENLIPAGVQGWELFNVDKFTETQFDKDIKKYRALKGAIEQSLMTLRSVDKAYVNIAFPEDELFSSNSSPVKASVILHYIPGVESLSRKEVKGIVNLVSRAVPKLKPENVSVADADGKIISDFEEDLEKERLELRIVQEKLRIGEEQRIQRLIDMRNTLRWLLGGEDRVDITRFEYNLNWDKESYKDNSVSPVVAIPDNPNTPYSELKLVDGYSLKVSSKETKEDFKGRGFTPDGPAGTEPNIPPGYKDTDYQKSEYSKSENINNYEFNRRVSEVQKQPWKVEKVNLSVVIDGMWEKKEKEDGTGYDRKYIPVSEDELRQIRKNLESAVGIDKARGDQISVITIPKDRSSQFAAEDEELRKQKAIRQMIIASLIIILLLIVSILVYRAVKKEIARRRRLREEELAAQQQMMREAALRVMDEGGAEVELSLDEKYRRELLENAINLAREKPEEVAQLLRTWLSEEEAS

Crispr_ID: CP030147_7

• CRISPR_ID: CP030147_7
• CRISPR_location: 3861415-3861869
• CRISPR_type: Orphan
• Repeat_type: I-E,II-B:NA
• Spacer_info: 7 spacers

Consensus repeat of CP030147_7

Consensus_repeat	Method
ACGGTTCAACCCCACGTGTGTGGGGAAAAG	CRISPRCasFinder
ACGGTTCAACCCCACGTGTG	CRT
ACGGTTCAACCCCACGTGTGTGGGGAAAAG	PILER-CR

spacers of CP030147_7

>7.1|3861445|31|CP030147|CRISPRCasFinder
CAAATGAAACGCGCAAGCGAAGGATGGGAAA
>7.2|3861506|29|CP030147|CRISPRCasFinder
AACGTAAACTGGTCAAATTTGGCCAGTTT
>7.3|3861565|30|CP030147|CRISPRCasFinder
CTATGGCAATAAATGTTATAGCTATAGCCT
>7.4|3861625|31|CP030147|CRISPRCasFinder,PILER-CR
CCCGTATGTTCGATCCGAACAATCCCGACTG
>7.5|3861686|31|CP030147|CRISPRCasFinder,PILER-CR
AGGACTACAGAAAGAAATCCGAGGAGTGACC
>7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR
TGGAATTGGAGATAAAAAAATGTCAACATAG
>7.7|3861808|32|CP030147|CRISPRCasFinder,PILER-CR
GCGAGCATTTCTCCTGGATTGTGGATTCATAA
>7.8|3861435|41|CP030147|CRT
CGGGGAAAAGCAAATGAAACGCGCAAGCGAAGGATGGGAAA
>7.9|3861496|39|CP030147|CRT
GGGAAAAGAAAACGTAAACTGGTCAAATTTGGCCAGTTT
>7.10|3861555|40|CP030147|CRT
TGGGAAAAGGCTATGGCAATAAATGTTATAGCTATAGCCT
>7.11|3861615|41|CP030147|CRT
TGGGGAAAAGCCCGTATGTTCGATCCGAACAATCCCGACTG
>7.12|3861676|41|CP030147|CRT
CGGGGAAAAGAGGACTACAGAAAGAAATCCGAGGAGTGACC
>7.13|3861737|41|CP030147|CRT
TGGGGAAAAGTGGAATTGGAGATAAAAAAATGTCAACATAG
>7.14|3861798|42|CP030147|CRT
TGGGGAAAAGGCGAGCATTTCTCCTGGATTGTGGATTCATAA

CRISPR arrays and Neighbor proteins around CP030147_7

CRISPR arrays

The CRISPR arrays of CP030147_7

>merge|CP030147|7|3861415-3861869|CRISPRCasFinder,CRT,PILER-CR
TTAATGCAACCCCACGTGTGCGGGGAAAAGCAAATGAAACGCGCAAGCGAAGGATGGGAAAACGGTTCAATCCCACGTGTGGGGAAAAGAAAACGTAAACTGGTCAAATTTGGCCAGTTTGCGGTTCAACCCCACGTGTGTGGGAAAAGGCTATGGCAATAAATGTTATAGCTATAGCCTACGGTTCAACCCCACGTGTGTGGGGAAAAGCCCGTATGTTCGATCCGAACAATCCCGACTGACGGTTCAACCCCACGTGTGCGGGGAAAAGAGGACTACAGAAAGAAATCCGAGGAGTGACCACGGTTCAACCCCACGTGTGTGGGGAAAAGTGGAATTGGAGATAAAAAAATGTCAACATAGACGGTTCAACCCCACGTGTGTGGGGAAAAGGCGAGCATTTCTCCTGGATTGTGGATTCATAAACGGTTCAACCCCACGTGTGTGGGGAAAAG

>CP030147|7|7|3861415-3861869|CRISPRCasFinder
TTAATGCAACCCCACGTGTGCGGGGAAAAG	CAAATGAAACGCGCAAGCGAAGGATGGGAAA
ACGGTTCAATCCCACGTGTGGGGAAAAGAA	AACGTAAACTGGTCAAATTTGGCCAGTTT
GCGGTTCAACCCCACGTGTGTGGGAAAAGG	CTATGGCAATAAATGTTATAGCTATAGCCT
ACGGTTCAACCCCACGTGTGTGGGGAAAAG	CCCGTATGTTCGATCCGAACAATCCCGACTG
ACGGTTCAACCCCACGTGTGCGGGGAAAAG	AGGACTACAGAAAGAAATCCGAGGAGTGACC
ACGGTTCAACCCCACGTGTGTGGGGAAAAG	TGGAATTGGAGATAAAAAAATGTCAACATAG
ACGGTTCAACCCCACGTGTGTGGGGAAAAG	GCGAGCATTTCTCCTGGATTGTGGATTCATAA
ACGGTTCAACCCCACGTGTGTGGGGAAAAG

>CP030147|7|5|3861415-3861859|CRT
TTAATGCAACCCCACGTGTG	CGGGGAAAAGCAAATGAAACGCGCAAGCGAAGGATGGGAAA
ACGGTTCAATCCCACGTGTG	GGGAAAAGAAAACGTAAACTGGTCAAATTTGGCCAGTTT
GCGGTTCAACCCCACGTGTG	TGGGAAAAGGCTATGGCAATAAATGTTATAGCTATAGCCT
ACGGTTCAACCCCACGTGTG	TGGGGAAAAGCCCGTATGTTCGATCCGAACAATCCCGACTG
ACGGTTCAACCCCACGTGTG	CGGGGAAAAGAGGACTACAGAAAGAAATCCGAGGAGTGACC
ACGGTTCAACCCCACGTGTG	TGGGGAAAAGTGGAATTGGAGATAAAAAAATGTCAACATAG
ACGGTTCAACCCCACGTGTG	TGGGGAAAAGGCGAGCATTTCTCCTGGATTGTGGATTCATAA
ACGGTTCAACCCCACGTGTG

>CP030147|7|5|3861595-3861869|PILER-CR
ACGGTTCAACCCCACGTGTGTGGGGAAAAG	CCCGTATGTTCGATCCGAACAATCCCGACTG
ACGGTTCAACCCCACGTGTGCGGGGAAAAG	AGGACTACAGAAAGAAATCCGAGGAGTGACC
ACGGTTCAACCCCACGTGTGTGGGGAAAAG	TGGAATTGGAGATAAAAAAATGTCAACATAG
ACGGTTCAACCCCACGTGTGTGGGGAAAAG	GCGAGCATTTCTCCTGGATTGTGGATTCATAA
ACGGTTCAACCCCACGTGTGTGGGGAAAAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP030147.1|AXR62238.1|3855691_3856009_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR62237.1|3852688_3854590_-|DUF1561-domain-containing-protein	unknown	unknown	gnl|CDD|284921
CP030147.1|AXR62241.1|3860772_3860958_-|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR62239.1|3856029_3856209_+|hypothetical-protein	unknown	unknown	unknown
CP030147.1|AXR62234.1|3847581_3848397_+|IS3-family-transposase	unknown	unknown	gnl|CDD|372671
CP030147.1|AXR62235.1|3848761_3850663_-|DUF1561-domain-containing-protein	unknown	unknown	gnl|CDD|284921
CP030147.1|AXR62233.1|3847285_3847588_+|hypothetical-protein	unknown	unknown	gnl|CDD|366690
CP030147.1|AXR62240.1|3857127_3859797_+|collagenase	unknown	unknown	gnl|CDD|366791
CP030147.1|AXR62573.1|3860451_3860772_-|hypothetical-protein	unknown	unknown	gnl|CDD|366703
CP030147.1|AXR62236.1|3851298_3852528_-|IS256-family-transposase	unknown	unknown	gnl|CDD|307151

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP030147.1|AXR62237.1|3852688_3854590_-|DUF1561-domain-containing-protein	gnl|CDD|284921	pfam07598, DUF1561, Protein of unknown function (DUF1561). A family of paralogous proteins in Leptospira interrogans.	0
CP030147.1|AXR62233.1|3847285_3847588_+|hypothetical-protein	gnl|CDD|366690	pfam01527, HTH_Tnp_1, Transposase. Transposase proteins are necessary for efficient DNA transposition. This family consists of various E. coli insertion elements and other bacterial transposases some of which are members of the IS3 family.	3.83544e-15
CP030147.1|AXR62234.1|3847581_3848397_+|IS3-family-transposase	gnl|CDD|372671	pfam13683, rve_3, Integrase core domain.	3.26522e-31
CP030147.1|AXR62235.1|3848761_3850663_-|DUF1561-domain-containing-protein	gnl|CDD|284921	pfam07598, DUF1561, Protein of unknown function (DUF1561). A family of paralogous proteins in Leptospira interrogans.	0
CP030147.1|AXR62240.1|3857127_3859797_+|collagenase	gnl|CDD|366791	pfam01752, Peptidase_M9, Collagenase. This family of enzymes break down collagens.	4.62407e-48
CP030147.1|AXR62573.1|3860451_3860772_-|hypothetical-protein	gnl|CDD|366703	pfam01551, Peptidase_M23, Peptidase family M23. Members of this family are zinc metallopeptidases with a range of specificities. The peptidase family M23 is included in this family, these are Gly-Gly endopeptidases. Peptidase family M23 are also endopeptidases. This family also includes some bacterial lipoproteins for which no proteolytic activity has been demonstrated. This family also includes leukocyte cell-derived chemotaxin 2 (LECT2) proteins. LECT2 is a liver-specific protein which is thought to be linked to hepatocyte growth although the exact function of this protein is unknown.	2.51148e-09
CP030147.1|AXR62236.1|3851298_3852528_-|IS256-family-transposase	gnl|CDD|307151	pfam00872, Transposase_mut, Transposase, Mutator family.	3.34056e-136

Protein sequences

>CP030147.1|AXR62241.1|3860772_3860958_-|hypothetical-protein
MTVPKRETFLIVYLLNPLPESGKDTTENFTHTGIFTYALDFTLSEGSPILAAREGLVINTR
>CP030147.1|AXR62573.1|3860451_3860772_-|hypothetical-protein
MSIWRTISFYKDKANFIQILHKDGSIAEYAHFKTQRNFSSNRTNRPNGERIGFSGNTGFSSAPHLHFHVLRHKADLQTLESVPISKSNRPGNFSFITLFLFQFIHF
>CP030147.1|AXR62240.1|3857127_3859797_+|collagenase
MITNIKCKIVLALSVIITFSLGCNSQNNGLKNDLSLFATMFAQTTQQITMRSVTRSVSSLDEPIGFNPIQVENEQDFDKITDGKKRILVPSVMTFGPTHSSSNGTVQNVTSNNCTGSYVARLSPKAFVRFLETHDINCVDKFVWSYDHQYSDYIYSQANMREVVNRLEVLAPSYRGNNDLNFIQLFRMFWAGYYVKASHPSLPFDKDQISQALVAPMRTFANSAHFLDGTNDAGKVLEFFFTAADSTGNGHIIYPGLLSFLEATLNDPQRLTNNRSQMIALNAVFRLLKRHILPQNREFLNRIDFRLIDKLRGFALDTSLNTNSSVWIINNAIFCLDRIYEYLPTFQPRIVSAVTDVLETYPYISQPYLQAVKALTRDSDCADLRIGRICLSDTKEVVKRMVFPNTYYFDDKAQIVHTSLSIDEIQPLYHALKEVESQFFRLIGIHAPVSGDTTDSISMYVYGSQKDYETFHPFLFDLSTDNGGIYIEGDKTFYTYQRTPAESIYTLEELLRHEYVHYLVGRFIIPGLWSQTPAHDNERLSWFEEGIAEFLTGSTSREIRPRKNLISKIKRDGSSRMNLSKILTARYGDFKFYRYSGVFFNYLYTHKKDTLRDLISTLRDSNIQKFDYLITQMSRDTWLNTSFQTYLDYLVGDVDNLTDPSTTAPDLANLSTNSPKVIRSFFRKTNTGSKAKCTTAAFGLNSRFSCRGLILGNAAYSPDWNSAWSDFNSRINDLMSTLENSGVNNFKSMNCRIGEIRFDKHVNLFRPFAIYSCEGPLASRPRISYRHPQRSQTDFRNTRLGQHSTCFANPSTGSGTTCNIPISTIAFSNTATYEEMYQNLNADLNELKSEIYTMRPSFYRKLDCNFDSIDTVNLPDGRKYLAARSSCNL
>CP030147.1|AXR62239.1|3856029_3856209_+|hypothetical-protein
MAKYGLPIVISLRTCLKTSECRDFNKNLTIIKSVRKLVNYQRDAICKTPIFYYELTESL
>CP030147.1|AXR62238.1|3855691_3856009_+|hypothetical-protein
MGFLPFSIIWAITILHYYVFEIREHIIEEELNLPFLNRIPSFLILKLFKILNPEEYCSRVISSKTNVVLKITSVNSDLLNHENSKPLNNKERTEVLARIFFQRTR
>CP030147.1|AXR62237.1|3852688_3854590_-|DUF1561-domain-containing-protein
MNRFIVLIVVLLISIGVDFSYGVSPALVHILSSVVSGSIVQKPTDNPKDKAIKIVIHDGGKFCYAPVFSGGESYIQLEQCWEQDVTSARYDVFQRISYYINKTWLCITAPEGVILGERNWDYVHLRPCTINDPLQRWIVKENSFWTADERYRLKDVKWYAYISKKSKDSYNHTLDSSMKDWVQTVATPGNISIKTSIAWNLGNSRYFIHSKGSKKNTTSIYYNPESGHVAQYNPVSGRLSCMYSKVGSYQWNWIRWVLCDDIPTSKDSPAYWDVYLETEEGGMLKDYKGNILRVTRYGSNWGVVYAAKPSFLEKDTTNSPTSLFLVDGYLLDWIRYAAGNLGNTEQYCPAGNKESHVYKRIKRTLPPDFQLTDDWIRRLYQIATSSVTTAQGSGVCGVCLLQGFQMLAELQEYYSQGPLQSGGYFFDTARNRDPFVSFEQRYPLLNRLLTDVPDVYNRVTTASDTNRQLVLASARIMLPQYNWIVSSEFTTRSEIQSHISSLINSPPGSIWLGILGRRRSDGTLGWHAVPILRTSQGLVVIRTRVPSAPFDLYRQALTPTTDLLEVINNLQTPNRTLTRLVTIQLEGGYHNIFDSMISNRDCTGEGDDRRGTGGYPTSTSVNQCLRSCRCALL
>CP030147.1|AXR62236.1|3851298_3852528_-|IS256-family-transposase
MSNPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSSKKLKGDFGTIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSADLISEVTDSVLETVIEWQNRPLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSIIFGDRLKFDSF
>CP030147.1|AXR62235.1|3848761_3850663_-|DUF1561-domain-containing-protein
MNRFIVLIVVLLISIGVDFSYGVSPALVHILSSVVSGSIVQKPTDNPKDKAIKIVIHDGGKFCYAPVFSGGESYIQLEQCWEQDVTSARYDVFQRISYYINKTWLCITAPEGVILGERNWDYVHLRPCTINDPLQRWIVKENSFWTADERYRLKDVKWYAYISKKSKDSYNHTLDSSMKDWVQTVATPGNISIKTSIAWNLGNSRYFIHSKGSKKNTTSIYYNPESGHVAQYNPVSGRLSCMYSKVGSYQWNWIRWVLCDDIPTSKDSPAYWDVYLETEEGGMLKDYKGNILRVTRYGSNWGVVYAAKPSFLEKDTTNSPTSLFLVDGYLLDWIRYAAGNLGNTEQYCPAGNKESHVYKRIKRTLPPDFQLTDDWIRRLYQIATSFSSIGRGQVRGVCGVCLLQGFQMLAELQEYYSQGPLQSGGYFFDTARNRDPFVSFEQRYPLLNRLLTDVPRVYDSIDYSNRQLALASARTMLPQYDWIISSEFTTRSEIQSHISSLINSPPGSIWLGILALLCPDGTLGWHAVPILRTSQGLVVIQTNVRSMPFNIYREYLTPTTDLLEVINNLQTPNRTLARLVTIQLREAYHNIFDFMISNRDCTGEGDDRRGTGRYPTSTLVNQCSRRGGRCTLL
>CP030147.1|AXR62234.1|3847581_3848397_+|IS3-family-transposase
MVSREQKREALLLIKTRLGERKSCRLLQISRTGFRHRSRLQDKNMELKDRILTLAYKHKRAGYRQIHDFIRQEERVNHKRIYRLYSALGLKYRIKPKRKRVSLPAIPKIVPKKPEERWSMDFMSDSLYSGRKFRILNIIDDFGRFAVATQVEFSITSERLVRILNEVSEVRSLPKQIVVDNGPEFTSKAFLRWAFEKGVDIHFITPGKPTENAFIESFNGKMRNECLNENWFKNIEEAQRLVEDWRNFYNSERPHSSLGGLTPEEYLRRSA
>CP030147.1|AXR62233.1|3847285_3847588_+|hypothetical-protein
MKSSQEHKILEENMKKRFSEDQIHKILKESESGISTPELCRKYGISGNTFYRWRSKYGGLELNDLKRMKTLEEENSRLKKLYAELALENEAIKMLLEKKW

Self-targeting detection

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_ID	Protospacer_location	Mismatch	Identity
CP030147_1	1.11|18640|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18640-18671	32	CP030147.1	2189720-2189751	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	8687-8718	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	431324-431355	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	1045242-1045273	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	1241546-1241577	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	1246860-1246891	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	1248270-1248301	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	1629666-1629697	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	2001335-2001366	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	2010081-2010112	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	2415726-2415757	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	2690151-2690182	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	2694719-2694750	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	3069762-3069793	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	3173590-3173621	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	3409829-3409860	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	3623528-3623559	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	3752274-3752305	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030147.1	3852103-3852134	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030148.1	56942-56973	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	CP030148.1	119840-119871	0	1.0
CP030147_1	1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18762-18793	32	CP030147.1	792714-792745	0	1.0
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	CP030147.1	1072151-1072182	0	1.0
CP030147_2	2.1|289541|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289541-289572	32	CP030147.1	2691119-2691150	0	1.0
CP030147_2	2.1|289541|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289541-289572	32	CP030147.1	2709073-2709104	0	1.0
CP030147_2	2.1|289541|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289541-289572	32	CP030148.1	187899-187930	0	1.0
CP030147_2	2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289968-289999	32	CP030149.1	8390-8421	0	1.0
CP030147_2	2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289968-289999	32	CP030149.1	45225-45256	0	1.0
CP030147_5	5.3|1904190|32|CP030147|CRISPRCasFinder,CRT	1904190-1904221	32	CP030149.1	9116-9147	0	1.0
CP030147_5	5.3|1904190|32|CP030147|CRISPRCasFinder,CRT	1904190-1904221	32	CP030149.1	45950-45981	0	1.0
CP030147_5	5.4|1904251|32|CP030147|CRISPRCasFinder,CRT	1904251-1904282	32	CP030149.1	9116-9147	0	1.0
CP030147_5	5.4|1904251|32|CP030147|CRISPRCasFinder,CRT	1904251-1904282	32	CP030149.1	45950-45981	0	1.0
CP030147_5	5.12|1904738|38|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904738-1904775	38	CP030147.1	2189673-2189710	0	1.0
CP030147_2	2.2|289602|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289602-289633	32	CP030149.1	35131-35162	1	0.969
CP030147_2	2.4|289724|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289724-289755	32	CP030149.1	8817-8848	2	0.938
CP030147_2	2.5|289785|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289785-289816	32	CP030149.1	8817-8848	2	0.938

1. spacer 1.11|18640|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 2189720-2189751, mismatch: 0, identity: 1.0

gccctgagtcttcattggattgttctgatgcg	CRISPR spacer
gccctgagtcttcattggattgttctgatgcg	Protospacer
********************************

2. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 8687-8718, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

3. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 431324-431355, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

4. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 1045242-1045273, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

5. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 1241546-1241577, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

6. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 1246860-1246891, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

7. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 1248270-1248301, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

8. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 1629666-1629697, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

9. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 2001335-2001366, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

10. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 2010081-2010112, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

11. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 2415726-2415757, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

12. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 2690151-2690182, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

13. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 2694719-2694750, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

14. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 3069762-3069793, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

15. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 3173590-3173621, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

16. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 3409829-3409860, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

17. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 3623528-3623559, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

18. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 3752274-3752305, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

19. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 3852103-3852134, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

20. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 56942-56973, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

21. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 119840-119871, mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

22. spacer 1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 792714-792745, mismatch: 0, identity: 1.0

atggtggaataaagaaaaagacgctcaagtcg	CRISPR spacer
atggtggaataaagaaaaagacgctcaagtcg	Protospacer
********************************

23. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 1072151-1072182, mismatch: 0, identity: 1.0

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
ttgctacattttttgagcttactggtaatatc	Protospacer
********************************

24. spacer 2.1|289541|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to position: 2691119-2691150, mismatch: 0, identity: 1.0

actttcaggagtttttttcctacgacgtattt	CRISPR spacer
actttcaggagtttttttcctacgacgtattt	Protospacer
********************************

25. spacer 2.1|289541|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to position: 2709073-2709104, mismatch: 0, identity: 1.0

actttcaggagtttttttcctacgacgtattt	CRISPR spacer
actttcaggagtttttttcctacgacgtattt	Protospacer
********************************

26. spacer 2.1|289541|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to position: 187899-187930, mismatch: 0, identity: 1.0

actttcaggagtttttttcctacgacgtattt	CRISPR spacer
actttcaggagtttttttcctacgacgtattt	Protospacer
********************************

27. spacer 2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to position: 8390-8421, mismatch: 0, identity: 1.0

tttgtttataaacgcagttcctgaactaataa	CRISPR spacer
tttgtttataaacgcagttcctgaactaataa	Protospacer
********************************

28. spacer 2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to position: 45225-45256, mismatch: 0, identity: 1.0

tttgtttataaacgcagttcctgaactaataa	CRISPR spacer
tttgtttataaacgcagttcctgaactaataa	Protospacer
********************************

29. spacer 5.3|1904190|32|CP030147|CRISPRCasFinder,CRT matches to position: 9116-9147, mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

30. spacer 5.3|1904190|32|CP030147|CRISPRCasFinder,CRT matches to position: 45950-45981, mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

31. spacer 5.4|1904251|32|CP030147|CRISPRCasFinder,CRT matches to position: 9116-9147, mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

32. spacer 5.4|1904251|32|CP030147|CRISPRCasFinder,CRT matches to position: 45950-45981, mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

33. spacer 5.12|1904738|38|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to position: 2189673-2189710, mismatch: 0, identity: 1.0

gtcgcgggacgtgtcgctcctacggggtcgcgacccga	CRISPR spacer
gtcgcgggacgtgtcgctcctacggggtcgcgacccga	Protospacer
**************************************

34. spacer 2.2|289602|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to position: 35131-35162, mismatch: 1, identity: 0.969

tattgggataagataactgttaagcttaatca	CRISPR spacer
tattggcataagataactgttaagcttaatca	Protospacer
****** *************************

35. spacer 2.4|289724|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to position: 8817-8848, mismatch: 2, identity: 0.938

acatgaacccgtcgagaggttttgagtatccc	CRISPR spacer
acatgaacccgtcgagaggttttgaatacccc	Protospacer
*************************.**.***

36. spacer 2.5|289785|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to position: 8817-8848, mismatch: 2, identity: 0.938

acatgaacccgtcgagaggttttgagtatccc	CRISPR spacer
acatgaacccgtcgagaggttttgaatacccc	Protospacer
*************************.**.***

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	NZ_CP024873	Leptospira mayottensis 200901116 plasmid p1_L200901116, complete sequence	68966-68997	0	1.0
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	NZ_CP024873	Leptospira mayottensis 200901116 plasmid p1_L200901116, complete sequence	75349-75380	0	1.0
CP030147_2	2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289968-289999	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	51356-51387	0	1.0
CP030147_2	2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289968-289999	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	8390-8421	0	1.0
CP030147_2	2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289968-289999	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	45225-45256	0	1.0
CP030147_2	2.10|290090|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	290090-290121	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	18833-18864	0	1.0
CP030147_5	5.3|1904190|32|CP030147|CRISPRCasFinder,CRT	1904190-1904221	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	52082-52113	0	1.0
CP030147_5	5.3|1904190|32|CP030147|CRISPRCasFinder,CRT	1904190-1904221	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	9116-9147	0	1.0
CP030147_5	5.3|1904190|32|CP030147|CRISPRCasFinder,CRT	1904190-1904221	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	45950-45981	0	1.0
CP030147_5	5.4|1904251|32|CP030147|CRISPRCasFinder,CRT	1904251-1904282	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	52082-52113	0	1.0
CP030147_5	5.4|1904251|32|CP030147|CRISPRCasFinder,CRT	1904251-1904282	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	9116-9147	0	1.0
CP030147_5	5.4|1904251|32|CP030147|CRISPRCasFinder,CRT	1904251-1904282	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	45950-45981	0	1.0
CP030147_5	5.8|1904495|32|CP030147|CRISPRCasFinder,CRT	1904495-1904526	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	7778-7809	0	1.0
CP030147_5	5.9|1904556|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904556-1904587	32	NZ_CP039285	Leptospira interrogans strain FMAS_AW1 plasmid pLiSL2, complete sequence	53631-53662	0	1.0
CP030147_5	5.9|1904556|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904556-1904587	32	NZ_CP006725	Leptospira interrogans serovar Linhai str. 56609 plasmid lcp1, complete sequence	26657-26688	0	1.0
CP030147_1	1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18152-18183	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	9595-9626	1	0.969
CP030147_2	2.2|289602|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289602-289633	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	41261-41292	1	0.969
CP030147_2	2.2|289602|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289602-289633	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	35131-35162	1	0.969
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	19245-19275	1	0.968
CP030147_7	7.3|3861565|30|CP030147|CRISPRCasFinder	3861565-3861594	30	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	9596-9625	1	0.967
CP030147_2	2.4|289724|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289724-289755	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	51783-51814	2	0.938
CP030147_2	2.4|289724|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289724-289755	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	8817-8848	2	0.938
CP030147_2	2.5|289785|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289785-289816	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	51783-51814	2	0.938
CP030147_2	2.5|289785|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289785-289816	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	8817-8848	2	0.938
CP030147_2	2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289846-289877	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	17614-17645	2	0.938
CP030147_5	5.7|1904434|32|CP030147|CRISPRCasFinder,CRT	1904434-1904465	32	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	13219-13250	2	0.938
CP030147_2	2.4|289724|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289724-289755	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	45650-45681	3	0.906
CP030147_2	2.5|289785|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289785-289816	32	NZ_CP030149	Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence	45650-45681	3	0.906
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP015805	Borrelia mayonii strain MN14-1539 plasmid lp28-10	6599-6629	3	0.903
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP015790	Borrelia mayonii strain MN14-1420 plasmid lp28-10, complete sequence	6599-6629	3	0.903
CP030147_2	2.9|290029|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	290029-290060	32	NZ_CP045273	Bacillus megaterium strain FDU301 plasmid pFDU301A, complete sequence	543528-543559	4	0.875
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NC_001949	Lactococcus lactis DPC3147 plasmid pMRC01, complete sequence	9675-9705	6	0.806
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MN694132	Marine virus AFVG_250M1196, complete genome	31467-31497	6	0.806
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MT724048	Staphylococcus phage SAP3, partial genome	5736-5766	6	0.806
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP022700	Acetobacter tropicalis strain BDGP1 plasmid pAtBDGP1A, complete sequence	38289-38319	6	0.806
CP030147_7	7.3|3861565|30|CP030147|CRISPRCasFinder	3861565-3861594	30	MH542234	Staphylococcus phage Terranova, complete genome	84936-84965	6	0.8
CP030147_7	7.3|3861565|30|CP030147|CRISPRCasFinder	3861565-3861594	30	NC_041928	Staphylococcus phage phiIBB-SEP1, complete genome	48081-48110	6	0.8
CP030147_7	7.3|3861565|30|CP030147|CRISPRCasFinder	3861565-3861594	30	MF417868	Uncultured Caudovirales phage clone 7AX_1, partial genome	97958-97987	6	0.8
CP030147_7	7.3|3861565|30|CP030147|CRISPRCasFinder	3861565-3861594	30	KP027447	Staphylococcus phage phiIPLA-C1C, complete genome	48187-48216	6	0.8
CP030147_7	7.3|3861565|30|CP030147|CRISPRCasFinder	3861565-3861594	30	MH321490	Staphylococcus phage Quidividi, complete genome	84139-84168	6	0.8
CP030147_7	7.3|3861565|30|CP030147|CRISPRCasFinder	3861565-3861594	30	MH321491	Staphylococcus phage Twillingate, complete genome	84469-84498	6	0.8
CP030147_2	2.3|289663|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289663-289694	32	NZ_CP019039	Bacillus velezensis strain GH1-13 plasmid unnamed, complete sequence	19909-19940	7	0.781
CP030147_2	2.7|289907|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289907-289938	32	NZ_CP048306	Escherichia coli strain 9 plasmid p009_B, complete sequence	4435-4466	7	0.781
CP030147_2	2.7|289907|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289907-289938	32	NZ_CP019027	Escherichia coli strain Ecol_881 plasmid pEC881_2, complete sequence	86799-86830	7	0.781
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP013122	Fusobacterium nucleatum subsp. polymorphum strain ChDC F306 plasmid unnamed1, complete sequence	10685-10715	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP053316	Bacillus circulans strain GN03 plasmid unnamed, complete sequence	2448-2478	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NC_022111	Prevotella sp. oral taxon 299 str. F0039 plasmid, complete sequence	194085-194115	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NC_021277	Fusobacterium nucleatum subsp. animalis 4_8 plasmid unnamed, complete sequence	2470-2500	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MT939487	Erwinia phage pEa_SNUABM_47, complete genome	252046-252076	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK764446	Flavobacterium phage FPSV-S18, complete genome	11703-11733	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK764439	Flavobacterium phage FPSV-D22, complete genome	17392-17422	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MT939486	Erwinia phage pEa_SNUABM_12, complete genome	252786-252816	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NC_031932	Flavobacterium phage Fpv10, complete genome	22346-22376	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK764444	Flavobacterium phage FPSV-S3, complete genome	25278-25308	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NC_041917	Serratia phage BF, complete genome	252759-252789	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	KT876725	Flavobacterium phage FpV9, complete genome	22346-22376	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK764443	Flavobacterium phage FPSV-S2, complete genome	30501-30531	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MT939488	Erwinia phage pEa_SNUABM_50, complete genome	251917-251947	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK764438	Flavobacterium phage FPSV-D19, complete genome	12080-12110	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NC_031921	Flavobacterium phage Fpv5, complete genome	22346-22376	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NC_031945	Flavobacterium phage Fpv11, complete genome	22340-22370	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NC_031938	Flavobacterium phage Fpv6, complete genome	22406-22436	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK764436	Flavobacterium phage FPSV-D2, complete genome	2769-2799	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NC_031905	Flavobacterium phage Fpv7, complete genome	22346-22376	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK764447	Flavobacterium phage FPSV-S20, complete genome	17825-17855	7	0.774
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	KU599883	Flavobacterium phage Fpv8, complete genome	22346-22376	7	0.774
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	AP014289	Uncultured Mediterranean phage uvMED isolate uvMED-GF-U-MedDCM-OCT-S24-C75, *** SEQUENCING IN PROGRESS ***	19776-19807	7	0.781
CP030147_3	3.6|1582995|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582995-1583026	32	MN602267	Bacteriophage DSS3_PM1, complete genome	65505-65536	7	0.781
CP030147_3	3.6|1582995|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582995-1583026	32	MN602266	Bacteriophage DSS3_VP1, complete genome	47029-47060	7	0.781
CP030147_5	5.5|1904312|32|CP030147|CRISPRCasFinder,CRT	1904312-1904343	32	NZ_AP018727	Streptococcus dysgalactiae strain Kdys0611 plasmid pFGCSD1, complete sequence	15725-15756	7	0.781
CP030147_5	5.5|1904312|32|CP030147|CRISPRCasFinder,CRT	1904312-1904343	32	NZ_AP018728	Streptococcus dysgalactiae strain Kdys0611 plasmid pFGCSD2, complete sequence	4702-4733	7	0.781
CP030147_5	5.5|1904312|32|CP030147|CRISPRCasFinder,CRT	1904312-1904343	32	NZ_AP018730	Streptococcus dysgalactiae strain Kdys0611 plasmid pFGCSD4, complete sequence	3169-3200	7	0.781
CP030147_5	5.5|1904312|32|CP030147|CRISPRCasFinder,CRT	1904312-1904343	32	MK448662	Streptococcus satellite phage Javan97, complete genome	12709-12740	7	0.781
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	NZ_KP738729	Aeromonas sp. Ne-1 plasmid pNe-1, complete sequence	31514-31544	7	0.774
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	NC_014023	Bacillus megaterium QM B1551 plasmid pBM700, complete sequence	117015-117045	7	0.774
CP030147_1	1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18152-18183	32	NZ_CP025929	Microcystis aeruginosa NIES-2481 plasmid p1, complete sequence	4970-5001	8	0.75
CP030147_1	1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18152-18183	32	NZ_CP025929	Microcystis aeruginosa NIES-2481 plasmid p1, complete sequence	96070-96101	8	0.75
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	MG250483	Aeromonas phage Ah1, complete genome	82758-82789	8	0.75
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	MN694477	Marine virus AFVG_250M1149, complete genome	26914-26945	8	0.75
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	MN693738	Marine virus AFVG_250M1148, complete genome	26698-26729	8	0.75
CP030147_2	2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289846-289877	32	NZ_CP029830	Azospirillum ramasamyi strain M2T2B2 plasmid unnamed1, complete sequence	856105-856136	8	0.75
CP030147_2	2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289846-289877	32	NC_016585	Azospirillum lipoferum 4B plasmid AZO_p1, complete sequence	388606-388637	8	0.75
CP030147_2	2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289846-289877	32	MN586022	Gordonia phage Chidiebere, complete genome	68906-68937	8	0.75
CP030147_2	2.11|290151|32|CP030147|CRISPRCasFinder,CRT	290151-290182	32	MN855733	Siphoviridae sp. isolate 355, complete genome	39156-39187	8	0.75
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP045268	Bacillus megaterium strain FDU301 plasmid pFDU301F, complete sequence	15273-15303	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP031276	Staphylococcus xylosus strain 2 plasmid unnamed1, complete sequence	12106-12136	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP013709	Clostridium botulinum strain F634 plasmid pRSJ2_2, complete sequence	153358-153388	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP009921	Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid pBMV_2, complete sequence	101767-101797	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP035095	Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid unnamed1, complete sequence	73908-73938	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP013844	Clostridium botulinum strain A634 plasmid pRSJ19_2, complete sequence	198795-198825	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK448403	Streptococcus satellite phage Javan289, complete genome	1329-1359	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK448579	Streptococcus satellite phage Javan619, complete genome	1327-1357	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	LR215723	Yersinia phage fPS-90 genome assembly, chromosome: I	35894-35924	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MT682714	Escherichia phage vB_EcoM_Lutter, complete genome	36963-36993	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	KU878088	Bacillus phage AR9, complete genome	205636-205666	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	LR746311	Shigella phage vB_SsoM_113 genome assembly, chromosome: 1	35481-35511	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MK373779	Escherichia phage vB_EcoM_G9062, complete genome	36286-36316	8	0.742
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MN694298	Marine virus AFVG_250M557, complete genome	46498-46528	8	0.742
CP030147_3	3.6|1582995|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582995-1583026	32	NZ_CP017563	Paraburkholderia sprentiae WSM5005 plasmid pl1WSM5005, complete sequence	658189-658220	8	0.75
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	NZ_CP022711	Lactobacillus sakei strain WiKim0063 plasmid pLBS02, complete sequence	2601-2631	8	0.742
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	NZ_CP038167	Enterococcus faecium strain SC3-1 plasmid pSC3-1, complete sequence	28209-28239	8	0.742
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	NZ_CP031213	Lactobacillus brevis strain UCCLB521 plasmid pUCCLB521_E, complete sequence	7100-7130	8	0.742
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	NZ_CP014879	Lactobacillus backii strain TMW 1.1989 plasmid pL11989-6, complete sequence	7610-7640	8	0.742
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	CP019349	Lactobacillus plantarum strain KLDS1.0391 plasmid unnamed1, complete sequence	5603-5633	8	0.742
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	NZ_CP031203	Lactobacillus brevis strain UCCLBBS449 plasmid pUCCLBBS449_E, complete sequence	1194-1224	8	0.742
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	NZ_CP038162	Enterococcus faecium strain GZ8 plasmid pGZ8, complete sequence	23430-23460	8	0.742
CP030147_5	5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904617-1904647	31	NZ_CP014905	Lactobacillus backii strain TMW 1.2002 plasmid pL12002-6, complete sequence	11900-11930	8	0.742
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	KU599879	Flavobacterium phage Fpv3, complete genome	72924-72955	8	0.75
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	MK764441	Flavobacterium phage FPSV-F12, complete genome	30257-30288	8	0.75
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	KU599886	Flavobacterium phage Fpv20, complete genome	75696-75727	8	0.75
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	NC_031931	Flavobacterium phage Fpv2, complete genome	75517-75548	8	0.75
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	KT876726	Flavobacterium phage FpV21, complete genome	75508-75539	8	0.75
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	KT876724	Flavobacterium phage FpV4, complete genome	72865-72896	8	0.75
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	KU599877	Flavobacterium phage Fpv1, complete genome	75542-75573	8	0.75
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	MK764449	Flavobacterium phage FPSV-S29, complete genome	75564-75595	8	0.75
CP030147_7	7.4|3861625|31|CP030147|CRISPRCasFinder,PILER-CR	3861625-3861655	31	NZ_CP022999	Rhizobium sp. 11515TR strain 10195 plasmid p11515TR-A, complete sequence	122653-122683	8	0.742
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	AP013483	Uncultured Mediterranean phage uvMED DNA, complete genome, group G19, isolate: uvMED-CGR-C20A-MedDCM-OCT-S30-C71	13222-13252	8	0.742
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	KP282677	Sulfolobus monocaudavirus SMV3, complete genome	53682-53712	8	0.742
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	AP013484	Uncultured Mediterranean phage uvMED DNA, complete genome, group G19, isolate: uvMED-CGR-C20A-MedDCM-OCT-S36-C79	18731-18761	8	0.742
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	NC_048016	Erwinia phage Wellington, complete genome	103837-103867	8	0.742
CP030147_1	1.4|18213|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18213-18244	32	NZ_CP022999	Rhizobium sp. 11515TR strain 10195 plasmid p11515TR-A, complete sequence	122653-122684	9	0.719
CP030147_1	1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18335-18366	32	KP282677	Sulfolobus monocaudavirus SMV3, complete genome	53682-53713	9	0.719
CP030147_1	1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18335-18366	32	AP013483	Uncultured Mediterranean phage uvMED DNA, complete genome, group G19, isolate: uvMED-CGR-C20A-MedDCM-OCT-S30-C71	13221-13252	9	0.719
CP030147_1	1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18335-18366	32	AP013484	Uncultured Mediterranean phage uvMED DNA, complete genome, group G19, isolate: uvMED-CGR-C20A-MedDCM-OCT-S36-C79	18731-18762	9	0.719
CP030147_1	1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18335-18366	32	NC_048016	Erwinia phage Wellington, complete genome	103837-103868	9	0.719
CP030147_1	1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18335-18366	32	NC_019529	Vibrio phage pVp-1, complete genome	79796-79827	9	0.719
CP030147_1	1.8|18457|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18457-18488	32	MN694346	Marine virus AFVG_250M477, complete genome	2576-2607	9	0.719
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	MN694424	Marine virus AFVG_250M468, complete genome	29533-29564	9	0.719
CP030147_2	2.7|289907|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289907-289938	32	NZ_CP025133	Planococcus sp. MB-3u-03 plasmid unnamed10	657-688	9	0.719
CP030147_2	2.11|290151|32|CP030147|CRISPRCasFinder,CRT	290151-290182	32	HQ259105	Escherichia phage vB_EcoP_G7C, complete genome	26848-26879	9	0.719
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	NZ_CP013844	Clostridium botulinum strain A634 plasmid pRSJ19_2, complete sequence	14513-14543	9	0.71
CP030147_3	3.3|1582812|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582812-1582843	32	NZ_CP047653	Bombella sp. KACC 21507 plasmid unnamed1, complete sequence	6836-6867	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_KP453775	Klebsiella pneumoniae strain ST11 plasmid pKP12226, complete sequence	9073-9104	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_CP031917	Escherichia coli O45:H2 strain FWSEC0003 plasmid unnamed11, complete sequence	78488-78519	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_CP020522	Escherichia coli strain 190 plasmid unnamed3, complete sequence	62356-62387	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_CP021729	Escherichia coli strain Combat11I9 plasmid pCombat11I9-3, complete sequence	56070-56101	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_CP039843	Escherichia coli O157:H7 strain USDA5905 plasmid pUSDA5905_1	49728-49759	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_AP018804	Escherichia coli strain E2863 plasmid pE2863-2, complete sequence	18565-18596	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_AP018809	Escherichia coli strain E2865 plasmid pE2865-1, complete sequence	82932-82963	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_CP015837	Escherichia coli strain MS6198 plasmid pMS6198C, complete sequence	49502-49533	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_CP033848	Escherichia coli strain FDAARGOS_497 plasmid unnamed2, complete sequence	49735-49766	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_MH580301	Escherichia coli strain 1107 plasmid p1107-99K, complete sequence	28099-28130	9	0.719
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NZ_CP020434	Bacillus sp. FDAARGOS_235 plasmid 1, complete sequence	67557-67588	9	0.719
CP030147_5	5.6|1904373|32|CP030147|CRISPRCasFinder,CRT	1904373-1904404	32	NZ_CP020333	Martelella mediterranea DSM 17316 strain MACL11 plasmid pMM170, complete sequence	117830-117861	9	0.719
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	NC_024215	Lactococcus phage P078, complete genome	17138-17169	9	0.719
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	NC_024214	Lactococcus phage P162, complete genome	17153-17184	9	0.719
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	NC_024203	Lactococcus phage P092, complete genome	17139-17170	9	0.719
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	NC_014460	Staphylococcus phage SAP-26, complete genome	34010-34040	9	0.71
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	MG564297	Staphylococcus phage UPMK_2, complete genome	849-879	9	0.71
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	NC_048635	Staphylococcus phage P630, complete genome	33635-33665	9	0.71
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	MG543995	Staphylococcus phage UPMK_1, partial genome	17933-17963	9	0.71
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	KM389280	UNVERIFIED: Staphylococcus phage Phi06_2986 B clone contig00001 genomic sequence	6781-6811	9	0.71
CP030147_7	7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR	3861747-3861777	31	NC_019529	Vibrio phage pVp-1, complete genome	79796-79826	9	0.71
CP030147_7	7.10|3861555|40|CP030147|CRT	3861555-3861594	40	MF974398	Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence	9586-9625	9	0.775
CP030147_1	1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18152-18183	32	MH542234	Staphylococcus phage Terranova, complete genome	84935-84966	10	0.688
CP030147_1	1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18152-18183	32	NC_041928	Staphylococcus phage phiIBB-SEP1, complete genome	48080-48111	10	0.688
CP030147_1	1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18152-18183	32	MF417868	Uncultured Caudovirales phage clone 7AX_1, partial genome	97957-97988	10	0.688
CP030147_1	1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18152-18183	32	KP027447	Staphylococcus phage phiIPLA-C1C, complete genome	48186-48217	10	0.688
CP030147_1	1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18152-18183	32	MH321490	Staphylococcus phage Quidividi, complete genome	84138-84169	10	0.688
CP030147_1	1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18152-18183	32	MH321491	Staphylococcus phage Twillingate, complete genome	84468-84499	10	0.688
CP030147_1	1.9|18518|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18518-18549	32	NZ_LR134416	Legionella adelaidensis strain NCTC12735 genome assembly, plasmid: 7	113-144	10	0.688
CP030147_1	1.9|18518|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18518-18549	32	MW057857	Providencia phage PSTCR5, complete genome	44000-44031	10	0.688
CP030147_1	1.9|18518|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18518-18549	32	KY363465	Providencia phage vB_PreS_PR1, complete genome	102227-102258	10	0.688
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	MT114163	Mycobacterium phage Settecandela, complete genome	19888-19919	10	0.688
CP030147_1	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	MK937592	Mycobacterium phage Phrappuccino, complete genome	19888-19919	10	0.688
CP030147_1	1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18762-18793	32	NC_017284	Campylobacter jejuni subsp. jejuni IA3902 plasmid pVir, complete sequence	5897-5928	10	0.688
CP030147_1	1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18762-18793	32	NZ_CP014746	Campylobacter jejuni strain OD267 plasmid pCJDM67 S, complete sequence	11370-11401	10	0.688
CP030147_1	1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18762-18793	32	NZ_CP007184	Campylobacter coli RM1875 plasmid pRM1875_35kb, complete sequence	11787-11818	10	0.688
CP030147_1	1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18762-18793	32	NC_008770	Campylobacter jejuni subsp. jejuni 81-176 plasmid pVir, complete sequence	5897-5928	10	0.688
CP030147_1	1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18762-18793	32	NZ_CP010074	Campylobacter jejuni subsp. jejuni strain 01-1512 plasmid pCj2, complete sequence	11443-11474	10	0.688
CP030147_1	1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18762-18793	32	NZ_CP038864	Campylobacter jejuni strain SCJK2 plasmid p2, complete sequence	17514-17545	10	0.688
CP030147_1	1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18762-18793	32	CP013734	Campylobacter coli strain OR12 plasmid pOR12Vir, complete sequence	6535-6566	10	0.688
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	NZ_CP024332	Borrelia miyamotoi strain Yekat-6 plasmid pYkt6-lp6, complete sequence	2217-2248	10	0.688
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	NZ_KT355574	Borrelia miyamotoi LB-2001 plasmid cpD, complete sequence	3887-3918	10	0.688
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	NZ_CP024407	Borrelia miyamotoi strain Izh-4 plasmid pIzh4-lp6, complete sequence	3684-3715	10	0.688
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	NZ_CP024222	Borrelia miyamotoi strain Izh-5 plasmid pIzh5-lp6, complete sequence	3684-3715	10	0.688
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	NZ_CP024350	Borrelia miyamotoi strain Yekat-1 plasmid pYkt1-lp6, complete sequence	3684-3715	10	0.688
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	NZ_CP024370	Borrelia miyamotoi strain Izh-16 plasmid pIzh16-lp6, complete sequence	3684-3715	10	0.688
CP030147_1	1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18823-18854	32	NZ_CP024389	Borrelia miyamotoi strain Izh-14 plasmid pIzh14-lp6-1, complete sequence	3684-3715	10	0.688
CP030147_2	2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289846-289877	32	NZ_CP013486	Vibrio alginolyticus strain ATCC 33787 plasmid pMBL128, complete sequence	28627-28658	10	0.688
CP030147_2	2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT	289968-289999	32	MN694124	Marine virus AFVG_250M1008, complete genome	37211-37242	10	0.688
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	CP016195	Bacillus thuringiensis serovar coreanensis strain ST7 plasmid pST7-1, complete sequence	92935-92965	10	0.677
CP030147_3	3.1|1582691|31|CP030147|CRISPRCasFinder,CRT	1582691-1582721	31	MH542234	Staphylococcus phage Terranova, complete genome	22553-22583	10	0.677
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NC_017296	Clostridium acetobutylicum EA 2018 plasmid pEA2018, complete sequence	131118-131149	10	0.688
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NC_015686	Clostridium acetobutylicum DSM 1731 plasmid pSMBa, complete sequence	131118-131149	10	0.688
CP030147_3	3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1582873-1582904	32	NC_001988	Clostridium acetobutylicum ATCC 824 plasmid pSOL1, complete sequence	131118-131149	10	0.688
CP030147_5	5.3|1904190|32|CP030147|CRISPRCasFinder,CRT	1904190-1904221	32	NC_007974	Cupriavidus metallidurans CH34 megaplasmid, complete sequence	2521463-2521494	10	0.688
CP030147_5	5.3|1904190|32|CP030147|CRISPRCasFinder,CRT	1904190-1904221	32	NZ_CP046333	Cupriavidus metallidurans strain FDAARGOS_675 plasmid unnamed3	1105841-1105872	10	0.688
CP030147_5	5.4|1904251|32|CP030147|CRISPRCasFinder,CRT	1904251-1904282	32	NC_007974	Cupriavidus metallidurans CH34 megaplasmid, complete sequence	2521463-2521494	10	0.688
CP030147_5	5.4|1904251|32|CP030147|CRISPRCasFinder,CRT	1904251-1904282	32	NZ_CP046333	Cupriavidus metallidurans strain FDAARGOS_675 plasmid unnamed3	1105841-1105872	10	0.688
CP030147_5	5.7|1904434|32|CP030147|CRISPRCasFinder,CRT	1904434-1904465	32	NZ_CP034911	Ensifer alkalisoli strain YIC4027 plasmid unnamed, complete sequence	326569-326600	10	0.688
CP030147_5	5.7|1904434|32|CP030147|CRISPRCasFinder,CRT	1904434-1904465	32	LN997845	Streptomyces reticuli genome assembly TUE45, plasmid : IV	69658-69689	10	0.688
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	NZ_CP032528	Bacillus megaterium NCT-2 plasmid pNCT2_1, complete sequence	106673-106704	10	0.688
CP030147_5	5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	1904677-1904708	32	AP014414	Uncultured Mediterranean phage uvMED isolate uvMED-CGF-C24-MedDCM-OCT-S26-C171, *** SEQUENCING IN PROGRESS ***, 2 ordered pieces	5672-5703	10	0.688

1. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP024873 (Leptospira mayottensis 200901116 plasmid p1_L200901116, complete sequence) position: , mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

2. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP024873 (Leptospira mayottensis 200901116 plasmid p1_L200901116, complete sequence) position: , mismatch: 0, identity: 1.0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

3. spacer 2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 0, identity: 1.0

tttgtttataaacgcagttcctgaactaataa	CRISPR spacer
tttgtttataaacgcagttcctgaactaataa	Protospacer
********************************

4. spacer 2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 0, identity: 1.0

tttgtttataaacgcagttcctgaactaataa	CRISPR spacer
tttgtttataaacgcagttcctgaactaataa	Protospacer
********************************

5. spacer 2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 0, identity: 1.0

tttgtttataaacgcagttcctgaactaataa	CRISPR spacer
tttgtttataaacgcagttcctgaactaataa	Protospacer
********************************

6. spacer 2.10|290090|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 0, identity: 1.0

atgatcttttccccgtcagttaacccgaaccc	CRISPR spacer
atgatcttttccccgtcagttaacccgaaccc	Protospacer
********************************

7. spacer 5.3|1904190|32|CP030147|CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

8. spacer 5.3|1904190|32|CP030147|CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

9. spacer 5.3|1904190|32|CP030147|CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

10. spacer 5.4|1904251|32|CP030147|CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

11. spacer 5.4|1904251|32|CP030147|CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

12. spacer 5.4|1904251|32|CP030147|CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 0, identity: 1.0

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
tgggccgagtggcccgacgttcgacactaaaa	Protospacer
********************************

13. spacer 5.8|1904495|32|CP030147|CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 0, identity: 1.0

tcaaattacgtattaggcaaacgcgttatccc	CRISPR spacer
tcaaattacgtattaggcaaacgcgttatccc	Protospacer
********************************

14. spacer 5.9|1904556|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP039285 (Leptospira interrogans strain FMAS_AW1 plasmid pLiSL2, complete sequence) position: , mismatch: 0, identity: 1.0

ggttggttcggaataggagacgttaaatctcc	CRISPR spacer
ggttggttcggaataggagacgttaaatctcc	Protospacer
********************************

15. spacer 5.9|1904556|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP006725 (Leptospira interrogans serovar Linhai str. 56609 plasmid lcp1, complete sequence) position: , mismatch: 0, identity: 1.0

ggttggttcggaataggagacgttaaatctcc	CRISPR spacer
ggttggttcggaataggagacgttaaatctcc	Protospacer
********************************

16. spacer 1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 1, identity: 0.969

gctatggcaataaatgttatagctatagccta	CRISPR spacer
gctatggcaataaatgttatagccatagccta	Protospacer
***********************.********

17. spacer 2.2|289602|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 1, identity: 0.969

tattgggataagataactgttaagcttaatca	CRISPR spacer
tattggcataagataactgttaagcttaatca	Protospacer
****** *************************

18. spacer 2.2|289602|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 1, identity: 0.969

tattgggataagataactgttaagcttaatca	CRISPR spacer
tattggcataagataactgttaagcttaatca	Protospacer
****** *************************

19. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 1, identity: 0.968

ttttctttctctttattatcaattttattat	CRISPR spacer
ttttctttctctttattatcaattttactat	Protospacer
***************************.***

20. spacer 7.3|3861565|30|CP030147|CRISPRCasFinder matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 1, identity: 0.967

ctatggcaataaatgttatagctatagcct	CRISPR spacer
ctatggcaataaatgttatagccatagcct	Protospacer
**********************.*******

21. spacer 2.4|289724|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 2, identity: 0.938

acatgaacccgtcgagaggttttgagtatccc	CRISPR spacer
acatgaacccgtcgagaggttttgaatacccc	Protospacer
*************************.**.***

22. spacer 2.4|289724|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 2, identity: 0.938

acatgaacccgtcgagaggttttgagtatccc	CRISPR spacer
acatgaacccgtcgagaggttttgaatacccc	Protospacer
*************************.**.***

23. spacer 2.5|289785|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 2, identity: 0.938

acatgaacccgtcgagaggttttgagtatccc	CRISPR spacer
acatgaacccgtcgagaggttttgaatacccc	Protospacer
*************************.**.***

24. spacer 2.5|289785|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 2, identity: 0.938

acatgaacccgtcgagaggttttgagtatccc	CRISPR spacer
acatgaacccgtcgagaggttttgaatacccc	Protospacer
*************************.**.***

25. spacer 2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 2, identity: 0.938

ggcgagggctacactcctgagcaggtagagga	CRISPR spacer
agcgagggctacactcttgagcaggtagagga	Protospacer
.***************.***************

26. spacer 5.7|1904434|32|CP030147|CRISPRCasFinder,CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 2, identity: 0.938

acacaccgaaccgtgaggaacagatcgagatt	CRISPR spacer
ataccccgaaccgtgaggaacagatcgagatt	Protospacer
*.** ***************************

27. spacer 2.4|289724|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 3, identity: 0.906

acatgaacccgtcgagaggttttgagtatccc	CRISPR spacer
acatgaacccgtcgagaggttttgaataccct	Protospacer
*************************.**.**.

28. spacer 2.5|289785|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP030149 (Leptospira mayottensis strain MDI272 plasmid p_Lmay_MDI272_tenre, complete sequence) position: , mismatch: 3, identity: 0.906

acatgaacccgtcgagaggttttgagtatccc	CRISPR spacer
acatgaacccgtcgagaggttttgaataccct	Protospacer
*************************.**.**.

29. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP015805 (Borrelia mayonii strain MN14-1539 plasmid lp28-10) position: , mismatch: 3, identity: 0.903

ttttctttctctttattatcaattttattat	CRISPR spacer
gtttctttctctttattattaatattattat	Protospacer
 ******************.*** *******

30. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP015790 (Borrelia mayonii strain MN14-1420 plasmid lp28-10, complete sequence) position: , mismatch: 3, identity: 0.903

ttttctttctctttattatcaattttattat	CRISPR spacer
gtttctttctctttattattaatattattat	Protospacer
 ******************.*** *******

31. spacer 2.9|290029|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP045273 (Bacillus megaterium strain FDU301 plasmid pFDU301A, complete sequence) position: , mismatch: 4, identity: 0.875

acaatgtggccagtgctttgttatggagttgg	CRISPR spacer
actttgtggccaatgctttgttatggagtttg	Protospacer
**  ********.***************** *

32. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NC_001949 (Lactococcus lactis DPC3147 plasmid pMRC01, complete sequence) position: , mismatch: 6, identity: 0.806

ttttctttctctttattatcaattttattat	CRISPR spacer
ttgcttttatctttattatcaatcttattag	Protospacer
** ..*** **************.****** 

33. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MN694132 (Marine virus AFVG_250M1196, complete genome) position: , mismatch: 6, identity: 0.806

ttttctttctctttattatcaattttattat	CRISPR spacer
tctattatttctttattattaattttattat	Protospacer
*.* .* *.**********.***********

34. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MT724048 (Staphylococcus phage SAP3, partial genome) position: , mismatch: 6, identity: 0.806

ttttctttctctttattatcaattttattat	CRISPR spacer
tgttctttctctttataatcaatatttgtct	Protospacer
* ************** ****** **  * *

35. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP022700 (Acetobacter tropicalis strain BDGP1 plasmid pAtBDGP1A, complete sequence) position: , mismatch: 6, identity: 0.806

ttttctttctctttattatcaattttattat-	CRISPR spacer
ccttctttctctttatttttaatttc-ttatc	Protospacer
..*************** *.*****. **** 

36. spacer 7.3|3861565|30|CP030147|CRISPRCasFinder matches to MH542234 (Staphylococcus phage Terranova, complete genome) position: , mismatch: 6, identity: 0.8

---ctatggcaataaatgttatagctatagcct	CRISPR spacer
aaccta---caataaatattatacctatagcca	Protospacer
   ***   ********.***** ******** 

37. spacer 7.3|3861565|30|CP030147|CRISPRCasFinder matches to NC_041928 (Staphylococcus phage phiIBB-SEP1, complete genome) position: , mismatch: 6, identity: 0.8

---ctatggcaataaatgttatagctatagcct	CRISPR spacer
aaccta---caataaatattatacctatagcca	Protospacer
   ***   ********.***** ******** 

38. spacer 7.3|3861565|30|CP030147|CRISPRCasFinder matches to MF417868 (Uncultured Caudovirales phage clone 7AX_1, partial genome) position: , mismatch: 6, identity: 0.8

---ctatggcaataaatgttatagctatagcct	CRISPR spacer
aaccta---caataaatattatacctatagcca	Protospacer
   ***   ********.***** ******** 

39. spacer 7.3|3861565|30|CP030147|CRISPRCasFinder matches to KP027447 (Staphylococcus phage phiIPLA-C1C, complete genome) position: , mismatch: 6, identity: 0.8

---ctatggcaataaatgttatagctatagcct	CRISPR spacer
aaccta---caataaatattatacctatagcca	Protospacer
   ***   ********.***** ******** 

40. spacer 7.3|3861565|30|CP030147|CRISPRCasFinder matches to MH321490 (Staphylococcus phage Quidividi, complete genome) position: , mismatch: 6, identity: 0.8

---ctatggcaataaatgttatagctatagcct	CRISPR spacer
aaccta---caataaatattatacctatagcca	Protospacer
   ***   ********.***** ******** 

41. spacer 7.3|3861565|30|CP030147|CRISPRCasFinder matches to MH321491 (Staphylococcus phage Twillingate, complete genome) position: , mismatch: 6, identity: 0.8

---ctatggcaataaatgttatagctatagcct	CRISPR spacer
aaccta---caataaatattatacctatagcca	Protospacer
   ***   ********.***** ******** 

42. spacer 2.3|289663|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP019039 (Bacillus velezensis strain GH1-13 plasmid unnamed, complete sequence) position: , mismatch: 7, identity: 0.781

cagaagaggcaaaagagagacaggctgcaaaa	CRISPR spacer
aagaagaggaaaaagaaagacaggcgcaaata	Protospacer
 ******** ******.********   ** *

43. spacer 2.7|289907|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP048306 (Escherichia coli strain 9 plasmid p009_B, complete sequence) position: , mismatch: 7, identity: 0.781

tgacagctattaaagaattgtcattaggatta	CRISPR spacer
cgccggatattaaagaattgtcatttggcttt	Protospacer
.* *.* ****************** ** ** 

44. spacer 2.7|289907|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP019027 (Escherichia coli strain Ecol_881 plasmid pEC881_2, complete sequence) position: , mismatch: 7, identity: 0.781

tgacagctattaaagaattgtcattaggatta	CRISPR spacer
cgccggatattaaagaattgtcatttggcttt	Protospacer
.* *.* ****************** ** ** 

45. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP013122 (Fusobacterium nucleatum subsp. polymorphum strain ChDC F306 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
ataattttctctttattatcaattattttct	Protospacer
 *  .******************* * ** *

46. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP053316 (Bacillus circulans strain GN03 plasmid unnamed, complete sequence) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
atacttttctgtttattatcaatttcatttt	Protospacer
 * ..***** **************.*** *

47. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NC_022111 (Prevotella sp. oral taxon 299 str. F0039 plasmid, complete sequence) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
tgttctttctgtttattatccattttccttg	Protospacer
* ******** ********* ***** .*  

48. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NC_021277 (Fusobacterium nucleatum subsp. animalis 4_8 plasmid unnamed, complete sequence) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
ataattttctctttattatcaattattttct	Protospacer
 *  .******************* * ** *

49. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MT939487 (Erwinia phage pEa_SNUABM_47, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatactttaactttattatcaattttatcag	Protospacer
  * ****  ******************.* 

50. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK764446 (Flavobacterium phage FPSV-S18, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

51. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK764439 (Flavobacterium phage FPSV-D22, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

52. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MT939486 (Erwinia phage pEa_SNUABM_12, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatactttaactttattatcaattttatcag	Protospacer
  * ****  ******************.* 

53. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NC_031932 (Flavobacterium phage Fpv10, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

54. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK764444 (Flavobacterium phage FPSV-S3, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

55. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NC_041917 (Serratia phage BF, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatactttaactttattatcaattttatcag	Protospacer
  * ****  ******************.* 

56. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to KT876725 (Flavobacterium phage FpV9, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

57. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK764443 (Flavobacterium phage FPSV-S2, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

58. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MT939488 (Erwinia phage pEa_SNUABM_50, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatactttaactttattatcaattttatcag	Protospacer
  * ****  ******************.* 

59. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK764438 (Flavobacterium phage FPSV-D19, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

60. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NC_031921 (Flavobacterium phage Fpv5, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

61. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NC_031945 (Flavobacterium phage Fpv11, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

62. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NC_031938 (Flavobacterium phage Fpv6, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

63. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK764436 (Flavobacterium phage FPSV-D2, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

64. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NC_031905 (Flavobacterium phage Fpv7, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

65. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK764447 (Flavobacterium phage FPSV-S20, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

66. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to KU599883 (Flavobacterium phage Fpv8, complete genome) position: , mismatch: 7, identity: 0.774

ttttctttctctttattatcaattttattat	CRISPR spacer
aatgatatttctttattatcatttttattat	Protospacer
  *  * *.************ *********

67. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to AP014289 (Uncultured Mediterranean phage uvMED isolate uvMED-GF-U-MedDCM-OCT-S24-C75, *** SEQUENCING IN PROGRESS ***) position: , mismatch: 7, identity: 0.781

ctaagataacttttggatttatatcgacctca	CRISPR spacer
tttttaaatcttttggatttatatccacctca	Protospacer
.*   * * **************** ******

68. spacer 3.6|1582995|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MN602267 (Bacteriophage DSS3_PM1, complete genome) position: , mismatch: 7, identity: 0.781

cccttccgttctgatgggcgtggaatcggtaa--	CRISPR spacer
ggcttccgtcctgatgggcgtgaaa--gttaagc	Protospacer
  *******.************.**  * ***  

69. spacer 3.6|1582995|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MN602266 (Bacteriophage DSS3_VP1, complete genome) position: , mismatch: 7, identity: 0.781

cccttccgttctgatgggcgtggaatcggtaa--	CRISPR spacer
ggcttccgtcctgatgggcgtgaaa--gttaagc	Protospacer
  *******.************.**  * ***  

70. spacer 5.5|1904312|32|CP030147|CRISPRCasFinder,CRT matches to NZ_AP018727 (Streptococcus dysgalactiae strain Kdys0611 plasmid pFGCSD1, complete sequence) position: , mismatch: 7, identity: 0.781

cggctcactaaaaagggtgcggtcactgtcaa	CRISPR spacer
caactcattataaagggtgcggtcaccttgaa	Protospacer
*..****.** ***************. * **

71. spacer 5.5|1904312|32|CP030147|CRISPRCasFinder,CRT matches to NZ_AP018728 (Streptococcus dysgalactiae strain Kdys0611 plasmid pFGCSD2, complete sequence) position: , mismatch: 7, identity: 0.781

cggctcactaaaaagggtgcggtcactgtcaa	CRISPR spacer
caactcattataaagggtgcggtcaccttgaa	Protospacer
*..****.** ***************. * **

72. spacer 5.5|1904312|32|CP030147|CRISPRCasFinder,CRT matches to NZ_AP018730 (Streptococcus dysgalactiae strain Kdys0611 plasmid pFGCSD4, complete sequence) position: , mismatch: 7, identity: 0.781

cggctcactaaaaagggtgcggtcactgtcaa	CRISPR spacer
caactcattataaagggtgcggtcaccttgaa	Protospacer
*..****.** ***************. * **

73. spacer 5.5|1904312|32|CP030147|CRISPRCasFinder,CRT matches to MK448662 (Streptococcus satellite phage Javan97, complete genome) position: , mismatch: 7, identity: 0.781

cggctcactaaaaagggtgcggtcactgtcaa	CRISPR spacer
caactcattataaagggtgcggtcaccttgaa	Protospacer
*..****.** ***************. * **

74. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_KP738729 (Aeromonas sp. Ne-1 plasmid pNe-1, complete sequence) position: , mismatch: 7, identity: 0.774

ttaggagcttgaacttctattgaacttttta	CRISPR spacer
ttattttcttcaatttctattgaactttttt	Protospacer
***    *** **.**************** 

75. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_014023 (Bacillus megaterium QM B1551 plasmid pBM700, complete sequence) position: , mismatch: 7, identity: 0.774

ttaggagcttgaacttctattgaacttttta	CRISPR spacer
tttttaagttgaacttctattgaactcatta	Protospacer
**   *. ******************. ***

76. spacer 1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP025929 (Microcystis aeruginosa NIES-2481 plasmid p1, complete sequence) position: , mismatch: 8, identity: 0.75

gctatggcaataaatgttatagctatagccta	CRISPR spacer
tcaaagctgataattgttatagctatcgccta	Protospacer
 * * * ..**** ************ *****

77. spacer 1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP025929 (Microcystis aeruginosa NIES-2481 plasmid p1, complete sequence) position: , mismatch: 8, identity: 0.75

gctatggcaataaatgttatagctatagccta	CRISPR spacer
tcaaagctgataattgttatagctatcgccta	Protospacer
 * * * ..**** ************ *****

78. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MG250483 (Aeromonas phage Ah1, complete genome) position: , mismatch: 8, identity: 0.75

-----cagatccgctgagacttccacttgatagattt	CRISPR spacer
gattacaaa-----tgagccttccacttgatagtttt	Protospacer
     **.*     **** ************** ***

79. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MN694477 (Marine virus AFVG_250M1149, complete genome) position: , mismatch: 8, identity: 0.75

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
gaactacatttgttgagcttacttgtagtgtg	Protospacer
  .******** *********** ***.*.* 

80. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MN693738 (Marine virus AFVG_250M1148, complete genome) position: , mismatch: 8, identity: 0.75

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
gaactacatttgttgagcttacttgtagtgtg	Protospacer
  .******** *********** ***.*.* 

81. spacer 2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP029830 (Azospirillum ramasamyi strain M2T2B2 plasmid unnamed1, complete sequence) position: , mismatch: 8, identity: 0.75

-ggcgagggctacactcctgagcaggtagagga	CRISPR spacer
ccgcg-cttctacactcccgagcaggtggaggc	Protospacer
  ***    *********.********.**** 

82. spacer 2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NC_016585 (Azospirillum lipoferum 4B plasmid AZO_p1, complete sequence) position: , mismatch: 8, identity: 0.75

-ggcgagggctacactcctgagcaggtagagga	CRISPR spacer
ccgcg-cttctacacgcctgagcaggtggaggc	Protospacer
  ***    ****** ***********.**** 

83. spacer 2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to MN586022 (Gordonia phage Chidiebere, complete genome) position: , mismatch: 8, identity: 0.75

ggcgagggctacactcctgagcaggtagagga	CRISPR spacer
ttcgagggctacacgcccgagcaggcggcgta	Protospacer
  ************ **.*******..* * *

84. spacer 2.11|290151|32|CP030147|CRISPRCasFinder,CRT matches to MN855733 (Siphoviridae sp. isolate 355, complete genome) position: , mismatch: 8, identity: 0.75

tcggcaaccggtttttcgttaaagtaaatcca	CRISPR spacer
gcgagtattggtttctcgttagagtaaatcca	Protospacer
 **.  *..*****.******.**********

85. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP045268 (Bacillus megaterium strain FDU301 plasmid pFDU301F, complete sequence) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
cctgcaatctctttattctcaattttattta	Protospacer
..* *  ********** ***********  

86. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP031276 (Staphylococcus xylosus strain 2 plasmid unnamed1, complete sequence) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
aaagcattgtctttattatcaattttatcac	Protospacer
    * ** *******************.*.

87. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP013709 (Clostridium botulinum strain F634 plasmid pRSJ2_2, complete sequence) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
tgaagtttctctttattacaaattttatatt	Protospacer
*    *************. ********  *

88. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP009921 (Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid pBMV_2, complete sequence) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
atcgcttcctctttattatctattttactca	Protospacer
 *. ***.************ ******.*  

89. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP035095 (Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid unnamed1, complete sequence) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
atcgcttcctctttattatctattttactca	Protospacer
 *. ***.************ ******.*  

90. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP013844 (Clostridium botulinum strain A634 plasmid pRSJ19_2, complete sequence) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
tgaagtttctctttattacaaattttatatt	Protospacer
*    *************. ********  *

91. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK448403 (Streptococcus satellite phage Javan289, complete genome) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
ccaactttctctaaattatcaattttacttt	Protospacer
..  ********  *************.* *

92. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK448579 (Streptococcus satellite phage Javan619, complete genome) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
ccaactttctctaaattatcaattttacttt	Protospacer
..  ********  *************.* *

93. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to LR215723 (Yersinia phage fPS-90 genome assembly, chromosome: I) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
tctaaaagctctttattataaattttcttat	Protospacer
*.*     *********** ****** ****

94. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MT682714 (Escherichia phage vB_EcoM_Lutter, complete genome) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
tctaaaagctctttattataaattttcttat	Protospacer
*.*     *********** ****** ****

95. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to KU878088 (Bacillus phage AR9, complete genome) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
taataaaactctttattatcaatattaatat	Protospacer
*  *    *************** *** ***

96. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to LR746311 (Shigella phage vB_SsoM_113 genome assembly, chromosome: 1) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
tctgaaagctctttattataaattttcttat	Protospacer
*.*     *********** ****** ****

97. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MK373779 (Escherichia phage vB_EcoM_G9062, complete genome) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
tctgaaagctctttattataaattttcttat	Protospacer
*.*     *********** ****** ****

98. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MN694298 (Marine virus AFVG_250M557, complete genome) position: , mismatch: 8, identity: 0.742

ttttctttctctttattatcaattttattat	CRISPR spacer
aaatctttctttttattattaatttttcttt	Protospacer
   *******.********.****** .* *

99. spacer 3.6|1582995|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP017563 (Paraburkholderia sprentiae WSM5005 plasmid pl1WSM5005, complete sequence) position: , mismatch: 8, identity: 0.75

cccttccgttctgatgggcgtggaatcggtaa	CRISPR spacer
cgcggacgtgctgatgggcatggaatcggaat	Protospacer
* *   *** *********.********* * 

100. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP022711 (Lactobacillus sakei strain WiKim0063 plasmid pLBS02, complete sequence) position: , mismatch: 8, identity: 0.742

ttaggagcttgaacttctattgaacttttta	CRISPR spacer
gtttgtttttgaacttctaataaacttttta	Protospacer
 *  *  .*********** *.*********

101. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP038167 (Enterococcus faecium strain SC3-1 plasmid pSC3-1, complete sequence) position: , mismatch: 8, identity: 0.742

ttaggagcttgaacttctattgaacttttta	CRISPR spacer
gtttgcttttgaacttctaataaacttttta	Protospacer
 *  *  .*********** *.*********

102. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP031213 (Lactobacillus brevis strain UCCLB521 plasmid pUCCLB521_E, complete sequence) position: , mismatch: 8, identity: 0.742

-----ttaggagcttgaacttctattgaacttttta	CRISPR spacer
gtttttt-----tttgaacttctaataaacttttta	Protospacer
     **     .*********** *.*********

103. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP014879 (Lactobacillus backii strain TMW 1.1989 plasmid pL11989-6, complete sequence) position: , mismatch: 8, identity: 0.742

ttaggagcttgaacttctattgaacttttta	CRISPR spacer
gtttgtttttgaacttctaataaacttttta	Protospacer
 *  *  .*********** *.*********

104. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to CP019349 (Lactobacillus plantarum strain KLDS1.0391 plasmid unnamed1, complete sequence) position: , mismatch: 8, identity: 0.742

ttaggagcttgaacttctattgaacttttta	CRISPR spacer
gtttgtttttgaacttctaataaacttttta	Protospacer
 *  *  .*********** *.*********

105. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP031203 (Lactobacillus brevis strain UCCLBBS449 plasmid pUCCLBBS449_E, complete sequence) position: , mismatch: 8, identity: 0.742

ttaggagcttgaacttctattgaacttttta	CRISPR spacer
gtttgtttttgaacttctaataaacttttta	Protospacer
 *  *  .*********** *.*********

106. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP038162 (Enterococcus faecium strain GZ8 plasmid pGZ8, complete sequence) position: , mismatch: 8, identity: 0.742

ttaggagcttgaacttctattgaacttttta	CRISPR spacer
gtttgcttttgaacttctaataaacttttta	Protospacer
 *  *  .*********** *.*********

107. spacer 5.10|1904617|31|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP014905 (Lactobacillus backii strain TMW 1.2002 plasmid pL12002-6, complete sequence) position: , mismatch: 8, identity: 0.742

ttaggagcttgaacttctattgaacttttta	CRISPR spacer
gtttgtttttgaacttctaataaacttttta	Protospacer
 *  *  .*********** *.*********

108. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to KU599879 (Flavobacterium phage Fpv3, complete genome) position: , mismatch: 8, identity: 0.75

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
ctattaatgatttacaaagagcaatgatttat	Protospacer
.***********.*****.*****  .* * *

109. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MK764441 (Flavobacterium phage FPSV-F12, complete genome) position: , mismatch: 8, identity: 0.75

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
ctattaatgatttacaaagagcaatgatttat	Protospacer
.***********.*****.*****  .* * *

110. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to KU599886 (Flavobacterium phage Fpv20, complete genome) position: , mismatch: 8, identity: 0.75

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
ctattaatgatttacaaagagcaatgatttat	Protospacer
.***********.*****.*****  .* * *

111. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_031931 (Flavobacterium phage Fpv2, complete genome) position: , mismatch: 8, identity: 0.75

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
ctattaatgatttacaaagagcaatgatttat	Protospacer
.***********.*****.*****  .* * *

112. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to KT876726 (Flavobacterium phage FpV21, complete genome) position: , mismatch: 8, identity: 0.75

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
ctattaatgatttacaaagagcaatgatttat	Protospacer
.***********.*****.*****  .* * *

113. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to KT876724 (Flavobacterium phage FpV4, complete genome) position: , mismatch: 8, identity: 0.75

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
ctattaatgatttacaaagagcaatgatttat	Protospacer
.***********.*****.*****  .* * *

114. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to KU599877 (Flavobacterium phage Fpv1, complete genome) position: , mismatch: 8, identity: 0.75

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
ctattaatgatttacaaagagcaatgatttat	Protospacer
.***********.*****.*****  .* * *

115. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MK764449 (Flavobacterium phage FPSV-S29, complete genome) position: , mismatch: 8, identity: 0.75

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
ctattaatgatttacaaagagcaatgatttat	Protospacer
.***********.*****.*****  .* * *

116. spacer 7.4|3861625|31|CP030147|CRISPRCasFinder,PILER-CR matches to NZ_CP022999 (Rhizobium sp. 11515TR strain 10195 plasmid p11515TR-A, complete sequence) position: , mismatch: 8, identity: 0.742

cccgtatgttcgatccgaacaatcccgactg	CRISPR spacer
tcgatcacttcgatccggacgatcccgactg	Protospacer
.* .*   *********.**.**********

117. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to AP013483 (Uncultured Mediterranean phage uvMED DNA, complete genome, group G19, isolate: uvMED-CGR-C20A-MedDCM-OCT-S30-C71) position: , mismatch: 8, identity: 0.742

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
aagatttggagataaaacaatgtcaatcaaa	Protospacer
 .** ************ ********.  *.

118. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to KP282677 (Sulfolobus monocaudavirus SMV3, complete genome) position: , mismatch: 8, identity: 0.742

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
tataagtggggataaaaaaatgtcaacccca	Protospacer
*. ** ***.***************** . .

119. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to AP013484 (Uncultured Mediterranean phage uvMED DNA, complete genome, group G19, isolate: uvMED-CGR-C20A-MedDCM-OCT-S36-C79) position: , mismatch: 8, identity: 0.742

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
aagatttggagataaaacaatgtcaatcaaa	Protospacer
 .** ************ ********.  *.

120. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to NC_048016 (Erwinia phage Wellington, complete genome) position: , mismatch: 8, identity: 0.742

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
actcattggagataaaagaatggcaacactg	Protospacer
    *************.**** *****. *

121. spacer 1.4|18213|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP022999 (Rhizobium sp. 11515TR strain 10195 plasmid p11515TR-A, complete sequence) position: , mismatch: 9, identity: 0.719

cccgtatgttcgatccgaacaatcccgactga	CRISPR spacer
tcgatcacttcgatccggacgatcccgactgc	Protospacer
.* .*   *********.**.********** 

122. spacer 1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to KP282677 (Sulfolobus monocaudavirus SMV3, complete genome) position: , mismatch: 9, identity: 0.719

tggaattggagataaaaaaatgtcaacataga	CRISPR spacer
tataagtggggataaaaaaatgtcaaccccac	Protospacer
*. ** ***.***************** . . 

123. spacer 1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to AP013483 (Uncultured Mediterranean phage uvMED DNA, complete genome, group G19, isolate: uvMED-CGR-C20A-MedDCM-OCT-S30-C71) position: , mismatch: 9, identity: 0.719

tggaattggagataaaaaaatgtcaacataga	CRISPR spacer
aagatttggagataaaacaatgtcaatcaaat	Protospacer
 .** ************ ********.  *. 

124. spacer 1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to AP013484 (Uncultured Mediterranean phage uvMED DNA, complete genome, group G19, isolate: uvMED-CGR-C20A-MedDCM-OCT-S36-C79) position: , mismatch: 9, identity: 0.719

tggaattggagataaaaaaatgtcaacataga	CRISPR spacer
aagatttggagataaaacaatgtcaatcaaat	Protospacer
 .** ************ ********.  *. 

125. spacer 1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_048016 (Erwinia phage Wellington, complete genome) position: , mismatch: 9, identity: 0.719

tggaattggagataaaaaaatgtcaacataga	CRISPR spacer
actcattggagataaaagaatggcaacactgg	Protospacer
    *************.**** *****. *.

126. spacer 1.6|18335|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_019529 (Vibrio phage pVp-1, complete genome) position: , mismatch: 9, identity: 0.719

tggaattggagataaaaaaatgtcaacataga	CRISPR spacer
cataattggagataaaaccatgtcaaatcaaa	Protospacer
.. **************  *******  .*.*

127. spacer 1.8|18457|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MN694346 (Marine virus AFVG_250M477, complete genome) position: , mismatch: 9, identity: 0.719

ttggcgatggacaggttccagcagtggtgcga	CRISPR spacer
cggcaaacggacaggttcaagcagtggtccgt	Protospacer
. *  .*.********** ********* ** 

128. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MN694424 (Marine virus AFVG_250M468, complete genome) position: , mismatch: 9, identity: 0.719

ttgctacattttttgagcttactgg--taatatc	CRISPR spacer
atgctatatttttagagcttactgagccagaa--	Protospacer
 *****.****** **********.  .*. *  

129. spacer 2.7|289907|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP025133 (Planococcus sp. MB-3u-03 plasmid unnamed10) position: , mismatch: 9, identity: 0.719

tgacagctattaaagaattgtcattaggatta	CRISPR spacer
aagatggaattaatgaattgtcagtaggatta	Protospacer
 ..  *  ***** ********* ********

130. spacer 2.11|290151|32|CP030147|CRISPRCasFinder,CRT matches to HQ259105 (Escherichia phage vB_EcoP_G7C, complete genome) position: , mismatch: 9, identity: 0.719

tcggcaaccggtttttcgttaaagtaaatcca	CRISPR spacer
gtgagcagaggtttctcgttagagtaaatcca	Protospacer
 .*.  *  *****.******.**********

131. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to NZ_CP013844 (Clostridium botulinum strain A634 plasmid pRSJ19_2, complete sequence) position: , mismatch: 9, identity: 0.71

ttttctttctctttattatcaattttattat	CRISPR spacer
cccgttaactctgtattattaattttattat	Protospacer
... .*  **** ******.***********

132. spacer 3.3|1582812|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP047653 (Bombella sp. KACC 21507 plasmid unnamed1, complete sequence) position: , mismatch: 9, identity: 0.719

gtcttccagccaagaaaaattatttcaggtgt-	CRISPR spacer
agcttccagacaagaaaaataattt-gactata	Protospacer
. ******* ********** **** .. *.* 

133. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_KP453775 (Klebsiella pneumoniae strain ST11 plasmid pKP12226, complete sequence) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

134. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP031917 (Escherichia coli O45:H2 strain FWSEC0003 plasmid unnamed11, complete sequence) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

135. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP020522 (Escherichia coli strain 190 plasmid unnamed3, complete sequence) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

136. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP021729 (Escherichia coli strain Combat11I9 plasmid pCombat11I9-3, complete sequence) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

137. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP039843 (Escherichia coli O157:H7 strain USDA5905 plasmid pUSDA5905_1) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

138. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_AP018804 (Escherichia coli strain E2863 plasmid pE2863-2, complete sequence) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

139. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_AP018809 (Escherichia coli strain E2865 plasmid pE2865-1, complete sequence) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

140. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP015837 (Escherichia coli strain MS6198 plasmid pMS6198C, complete sequence) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

141. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP033848 (Escherichia coli strain FDAARGOS_497 plasmid unnamed2, complete sequence) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

142. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_MH580301 (Escherichia coli strain 1107 plasmid p1107-99K, complete sequence) position: , mismatch: 9, identity: 0.719

-----ctaagataacttttggatttatatcgacctca	CRISPR spacer
gctgcccaag-----ttctggatttatatcgacctgc	Protospacer
     *.***     **.*****************  

143. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP020434 (Bacillus sp. FDAARGOS_235 plasmid 1, complete sequence) position: , mismatch: 9, identity: 0.719

ctaagataacttttggatttatatcgacctca	CRISPR spacer
ctaagattacttttggatttttaagtaaagcc	Protospacer
******* ************ **   *   * 

144. spacer 5.6|1904373|32|CP030147|CRISPRCasFinder,CRT matches to NZ_CP020333 (Martelella mediterranea DSM 17316 strain MACL11 plasmid pMM170, complete sequence) position: , mismatch: 9, identity: 0.719

gaccgtttgattttttcaaacgcgttctctcc	CRISPR spacer
cccattttgattttatcaaacacgttctcatg	Protospacer
  *  ********* ******.******* . 

145. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_024215 (Lactococcus phage P078, complete genome) position: , mismatch: 9, identity: 0.719

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
taggtaatgattcacaaaaaccatatgctgct	Protospacer
* . **************** ** ***.  .*

146. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_024214 (Lactococcus phage P162, complete genome) position: , mismatch: 9, identity: 0.719

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
taggtaatgattcacaaaaaccatatgctgct	Protospacer
* . **************** ** ***.  .*

147. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_024203 (Lactococcus phage P092, complete genome) position: , mismatch: 9, identity: 0.719

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
taggtaatgattcacaaaaaccatatgctgct	Protospacer
* . **************** ** ***.  .*

148. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to NC_014460 (Staphylococcus phage SAP-26, complete genome) position: , mismatch: 9, identity: 0.71

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
acagaaaggagataaaaaaatggcaacattt	Protospacer
  ..*  *************** ******  

149. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to MG564297 (Staphylococcus phage UPMK_2, complete genome) position: , mismatch: 9, identity: 0.71

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
acagaaaggagataaaaaaatggcaacattt	Protospacer
  ..*  *************** ******  

150. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to NC_048635 (Staphylococcus phage P630, complete genome) position: , mismatch: 9, identity: 0.71

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
acagaaaggagataaaaaaatggcaacattt	Protospacer
  ..*  *************** ******  

151. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to MG543995 (Staphylococcus phage UPMK_1, partial genome) position: , mismatch: 9, identity: 0.71

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
acagaaaggagataaaaaaatggcaacattt	Protospacer
  ..*  *************** ******  

152. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to KM389280 (UNVERIFIED: Staphylococcus phage Phi06_2986 B clone contig00001 genomic sequence) position: , mismatch: 9, identity: 0.71

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
acagaaaggagataaaaaaatggcaacattt	Protospacer
  ..*  *************** ******  

153. spacer 7.6|3861747|31|CP030147|CRISPRCasFinder,PILER-CR matches to NC_019529 (Vibrio phage pVp-1, complete genome) position: , mismatch: 9, identity: 0.71

tggaattggagataaaaaaatgtcaacatag	CRISPR spacer
cataattggagataaaaccatgtcaaatcaa	Protospacer
.. **************  *******  .*.

154. spacer 7.10|3861555|40|CP030147|CRT matches to MF974398 (Leptospira mayottensis 200901116 plasmid p2_L200901116, complete sequence) position: , mismatch: 9, identity: 0.775

tgggaaaaggctatggcaataaatgttatagctatagcct	CRISPR spacer
atctcagtagctatggcaataaatgttatagccatagcct	Protospacer
     *. .***********************.*******

155. spacer 1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MH542234 (Staphylococcus phage Terranova, complete genome) position: , mismatch: 10, identity: 0.688

gctatggcaataaatgttatagctatagccta	CRISPR spacer
aaacctacaataaatattatacctatagccaa	Protospacer
.   . .********.***** ******** *

156. spacer 1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_041928 (Staphylococcus phage phiIBB-SEP1, complete genome) position: , mismatch: 10, identity: 0.688

gctatggcaataaatgttatagctatagccta	CRISPR spacer
aaacctacaataaatattatacctatagccaa	Protospacer
.   . .********.***** ******** *

157. spacer 1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MF417868 (Uncultured Caudovirales phage clone 7AX_1, partial genome) position: , mismatch: 10, identity: 0.688

gctatggcaataaatgttatagctatagccta	CRISPR spacer
aaacctacaataaatattatacctatagccaa	Protospacer
.   . .********.***** ******** *

158. spacer 1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to KP027447 (Staphylococcus phage phiIPLA-C1C, complete genome) position: , mismatch: 10, identity: 0.688

gctatggcaataaatgttatagctatagccta	CRISPR spacer
aaacctacaataaatattatacctatagccaa	Protospacer
.   . .********.***** ******** *

159. spacer 1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MH321490 (Staphylococcus phage Quidividi, complete genome) position: , mismatch: 10, identity: 0.688

gctatggcaataaatgttatagctatagccta	CRISPR spacer
aaacctacaataaatattatacctatagccaa	Protospacer
.   . .********.***** ******** *

160. spacer 1.3|18152|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MH321491 (Staphylococcus phage Twillingate, complete genome) position: , mismatch: 10, identity: 0.688

gctatggcaataaatgttatagctatagccta	CRISPR spacer
aaacctacaataaatattatacctatagccaa	Protospacer
.   . .********.***** ******** *

161. spacer 1.9|18518|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_LR134416 (Legionella adelaidensis strain NCTC12735 genome assembly, plasmid: 7) position: , mismatch: 10, identity: 0.688

atgtgaatgtttgatgaattaaaccggcggga	CRISPR spacer
tcgtgaatatttgatgaattaatccctccaat	Protospacer
 .******.************* **  * .. 

162. spacer 1.9|18518|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MW057857 (Providencia phage PSTCR5, complete genome) position: , mismatch: 10, identity: 0.688

atgtgaatgtttgatgaattaaaccggcggga	CRISPR spacer
atgggaatgtttgatgatttaaaatcccttat	Protospacer
*** ************* ***** .  *  . 

163. spacer 1.9|18518|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to KY363465 (Providencia phage vB_PreS_PR1, complete genome) position: , mismatch: 10, identity: 0.688

atgtgaatgtttgatgaattaaaccggcggga	CRISPR spacer
atgggaatgtttgatgatttaaaatcccttat	Protospacer
*** ************* ***** .  *  . 

164. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MT114163 (Mycobacterium phage Settecandela, complete genome) position: , mismatch: 10, identity: 0.688

cagatccgctgagacttccacttgatagattt	CRISPR spacer
ttcatccgccgaaacttccacttgatgaagcg	Protospacer
.  ******.**.*************..* . 

165. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to MK937592 (Mycobacterium phage Phrappuccino, complete genome) position: , mismatch: 10, identity: 0.688

cagatccgctgagacttccacttgatagattt	CRISPR spacer
ttcatccgccgaaacttccacttgatgaagcg	Protospacer
.  ******.**.*************..* . 

166. spacer 1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_017284 (Campylobacter jejuni subsp. jejuni IA3902 plasmid pVir, complete sequence) position: , mismatch: 10, identity: 0.688

atggtggaataaagaaaaagacgctcaagtcg	CRISPR spacer
tagaatgaatacagaaaaagacgctaaagaaa	Protospacer
  *.  ***** ************* ***  .

167. spacer 1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP014746 (Campylobacter jejuni strain OD267 plasmid pCJDM67 S, complete sequence) position: , mismatch: 10, identity: 0.688

atggtggaataaagaaaaagacgctcaagtcg	CRISPR spacer
tagaatgaatacagaaaaagacgctaaagaaa	Protospacer
  *.  ***** ************* ***  .

168. spacer 1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP007184 (Campylobacter coli RM1875 plasmid pRM1875_35kb, complete sequence) position: , mismatch: 10, identity: 0.688

atggtggaataaagaaaaagacgctcaagtcg	CRISPR spacer
tagaatgaatacagaaaaagacgctaaagaaa	Protospacer
  *.  ***** ************* ***  .

169. spacer 1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_008770 (Campylobacter jejuni subsp. jejuni 81-176 plasmid pVir, complete sequence) position: , mismatch: 10, identity: 0.688

atggtggaataaagaaaaagacgctcaagtcg	CRISPR spacer
tagaatgaatacagaaaaagacgctaaagaaa	Protospacer
  *.  ***** ************* ***  .

170. spacer 1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP010074 (Campylobacter jejuni subsp. jejuni strain 01-1512 plasmid pCj2, complete sequence) position: , mismatch: 10, identity: 0.688

atggtggaataaagaaaaagacgctcaagtcg	CRISPR spacer
tagaatgaatacagaaaaagacgctaaagaaa	Protospacer
  *.  ***** ************* ***  .

171. spacer 1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP038864 (Campylobacter jejuni strain SCJK2 plasmid p2, complete sequence) position: , mismatch: 10, identity: 0.688

atggtggaataaagaaaaagacgctcaagtcg	CRISPR spacer
tagaatgaatacagaaaaagacgctaaagaaa	Protospacer
  *.  ***** ************* ***  .

172. spacer 1.13|18762|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to CP013734 (Campylobacter coli strain OR12 plasmid pOR12Vir, complete sequence) position: , mismatch: 10, identity: 0.688

atggtggaataaagaaaaagacgctcaagtcg	CRISPR spacer
tagaatgaatacagaaaaagacgctaaagaaa	Protospacer
  *.  ***** ************* ***  .

173. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP024332 (Borrelia miyamotoi strain Yekat-6 plasmid pYkt6-lp6, complete sequence) position: , mismatch: 10, identity: 0.688

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
acttgattttttttgagcttactgttattata	Protospacer
 . . *. **************** ** *** 

174. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_KT355574 (Borrelia miyamotoi LB-2001 plasmid cpD, complete sequence) position: , mismatch: 10, identity: 0.688

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
acttgattttttttgagcttactgttattata	Protospacer
 . . *. **************** ** *** 

175. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP024407 (Borrelia miyamotoi strain Izh-4 plasmid pIzh4-lp6, complete sequence) position: , mismatch: 10, identity: 0.688

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
acttgattttttttgagcttactgttattata	Protospacer
 . . *. **************** ** *** 

176. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP024222 (Borrelia miyamotoi strain Izh-5 plasmid pIzh5-lp6, complete sequence) position: , mismatch: 10, identity: 0.688

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
acttgattttttttgagcttactgttattata	Protospacer
 . . *. **************** ** *** 

177. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP024350 (Borrelia miyamotoi strain Yekat-1 plasmid pYkt1-lp6, complete sequence) position: , mismatch: 10, identity: 0.688

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
acttgattttttttgagcttactgttattata	Protospacer
 . . *. **************** ** *** 

178. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP024370 (Borrelia miyamotoi strain Izh-16 plasmid pIzh16-lp6, complete sequence) position: , mismatch: 10, identity: 0.688

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
acttgattttttttgagcttactgttattata	Protospacer
 . . *. **************** ** *** 

179. spacer 1.14|18823|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP024389 (Borrelia miyamotoi strain Izh-14 plasmid pIzh14-lp6-1, complete sequence) position: , mismatch: 10, identity: 0.688

ttgctacattttttgagcttactggtaatatc	CRISPR spacer
acttgattttttttgagcttactgttattata	Protospacer
 . . *. **************** ** *** 

180. spacer 2.6|289846|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP013486 (Vibrio alginolyticus strain ATCC 33787 plasmid pMBL128, complete sequence) position: , mismatch: 10, identity: 0.688

ggcgagggctacactcctgagcaggtagagga	CRISPR spacer
acaatgggctactctcttgagcaggtagtagg	Protospacer
.  . ******* ***.*********** .*.

181. spacer 2.8|289968|32|CP030147|PILER-CR,CRISPRCasFinder,CRT matches to MN694124 (Marine virus AFVG_250M1008, complete genome) position: , mismatch: 10, identity: 0.688

tttgtttataaacgcagttcctgaactaataa	CRISPR spacer
attttttatatacgcagttcctgatgccctgc	Protospacer
 ** ****** *************  .  *. 

182. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to CP016195 (Bacillus thuringiensis serovar coreanensis strain ST7 plasmid pST7-1, complete sequence) position: , mismatch: 10, identity: 0.677

ttttctttctctttattatcaattttattat	CRISPR spacer
caccctttcactttattatcatttttaaaca	Protospacer
. ..***** *********** *****    

183. spacer 3.1|1582691|31|CP030147|CRISPRCasFinder,CRT matches to MH542234 (Staphylococcus phage Terranova, complete genome) position: , mismatch: 10, identity: 0.677

ttttctttctctttattatcaattttattat	CRISPR spacer
aaaggtttttctttattatcaatattatata	Protospacer
     ***.************** ****   

184. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_017296 (Clostridium acetobutylicum EA 2018 plasmid pEA2018, complete sequence) position: , mismatch: 10, identity: 0.688

ctaagataacttttggatttatatcgacctca	CRISPR spacer
ttaatataacttttgggtttatattgtttgag	Protospacer
.*** ***********.*******.* ..  .

185. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_015686 (Clostridium acetobutylicum DSM 1731 plasmid pSMBa, complete sequence) position: , mismatch: 10, identity: 0.688

ctaagataacttttggatttatatcgacctca	CRISPR spacer
ttaatataacttttgggtttatattgtttgag	Protospacer
.*** ***********.*******.* ..  .

186. spacer 3.4|1582873|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NC_001988 (Clostridium acetobutylicum ATCC 824 plasmid pSOL1, complete sequence) position: , mismatch: 10, identity: 0.688

ctaagataacttttggatttatatcgacctca	CRISPR spacer
ttaatataacttttgggtttatattgtttgag	Protospacer
.*** ***********.*******.* ..  .

187. spacer 5.3|1904190|32|CP030147|CRISPRCasFinder,CRT matches to NC_007974 (Cupriavidus metallidurans CH34 megaplasmid, complete sequence) position: , mismatch: 10, identity: 0.688

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
gcgtccgagtggcgcgacgttcgccacatgcg	Protospacer
  * ********* ********* ***  . .

188. spacer 5.3|1904190|32|CP030147|CRISPRCasFinder,CRT matches to NZ_CP046333 (Cupriavidus metallidurans strain FDAARGOS_675 plasmid unnamed3) position: , mismatch: 10, identity: 0.688

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
gcgtccgagtggcgcgacgttcgccacatgcg	Protospacer
  * ********* ********* ***  . .

189. spacer 5.4|1904251|32|CP030147|CRISPRCasFinder,CRT matches to NC_007974 (Cupriavidus metallidurans CH34 megaplasmid, complete sequence) position: , mismatch: 10, identity: 0.688

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
gcgtccgagtggcgcgacgttcgccacatgcg	Protospacer
  * ********* ********* ***  . .

190. spacer 5.4|1904251|32|CP030147|CRISPRCasFinder,CRT matches to NZ_CP046333 (Cupriavidus metallidurans strain FDAARGOS_675 plasmid unnamed3) position: , mismatch: 10, identity: 0.688

tgggccgagtggcccgacgttcgacactaaaa	CRISPR spacer
gcgtccgagtggcgcgacgttcgccacatgcg	Protospacer
  * ********* ********* ***  . .

191. spacer 5.7|1904434|32|CP030147|CRISPRCasFinder,CRT matches to NZ_CP034911 (Ensifer alkalisoli strain YIC4027 plasmid unnamed, complete sequence) position: , mismatch: 10, identity: 0.688

acacaccgaaccgtgaggaacagatcgagatt	CRISPR spacer
tcacacagcaccgtgaggaacagacccgtcag	Protospacer
 ***** * ***************.* .    

192. spacer 5.7|1904434|32|CP030147|CRISPRCasFinder,CRT matches to LN997845 (Streptomyces reticuli genome assembly TUE45, plasmid : IV) position: , mismatch: 10, identity: 0.688

acacaccgaaccgtgaggaacagatcgagatt	CRISPR spacer
agtgggcgaaccgtgaggacctgatcgagcac	Protospacer
*   . ************* * *******  .

193. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP032528 (Bacillus megaterium NCT-2 plasmid pNCT2_1, complete sequence) position: , mismatch: 10, identity: 0.688

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
aaaataatgattcacagaaaacaaatgaagag	Protospacer
  * ************.***.****** .   

194. spacer 5.11|1904677|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to AP014414 (Uncultured Mediterranean phage uvMED isolate uvMED-CGF-C24-MedDCM-OCT-S26-C171, *** SEQUENCING IN PROGRESS ***, 2 ordered pieces) position: , mismatch: 10, identity: 0.688

ttattaatgattcacaaaaagcaaatgtgttt	CRISPR spacer
gatttaatttttcacaaaaagcaaatattaaa	Protospacer
   *****  ****************.*    

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	430519 : 469493	31	Leptospira_phage(33.33%)	transposase	NA
DBSCAN-SWA_2	485973 : 535336	43	Paenibacillus_phage(28.57%)	tRNA,transposase	NA
DBSCAN-SWA_3	1235515 : 1299147	40	Leptospira_phage(72.73%)	transposase	NA
DBSCAN-SWA_4	1963162 : 2011973	45	Streptococcus_phage(15.38%)	tRNA,transposase,protease	NA
DBSCAN-SWA_5	2415331 : 2480197	58	uncultured_virus(12.5%)	tRNA,transposase,protease	NA
DBSCAN-SWA_6	2678989 : 2695554	12	uncultured_virus(75.0%)	tRNA,transposase	NA
DBSCAN-SWA_7	3484251 : 3500375	10	Leptospira_phage(50.0%)	NA	NA
DBSCAN-SWA_8	3521434 : 3601107	47	Leptospira_phage(80.95%)	transposase	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>CP030147|430519:469493|DBSCAN-SWA
CTTAAAACGAATCGAACTTCAACCGATCGCCGAAAATAATCGAAAATTGATTCATTGCTTTTCCCCAATCTTGAATAGGCATGGTCCATTTTTTAGACATATTATTCAAAGCTAAATAAAGAAGCTTGATAGCCGCTTCATCGGTAGGAAACGAACCCCGATTCTTGATAATTTTTCTTAGCCCCATATTCATAGATTCGATGGCGTTTGTGGTGTAAATCGCCTTACGAATATTAGGTGGATAAGCCAAAAAAGGAATCACCGATTCCCAATTGTTTCTCCAGGACTTGCTGATCATCGGATATTGACTGTCCCATTTGGTTGAAAAATCATCAAGGCTTTTCTTAGCAATCTCTGCCGACGGAGATTTGTAGATAGCCTTTAAATCAATCATCAACTCTTTCTTCTGTTTGTAAGAAACCCATTTCAAAGAATTCCTTACCATATGAACGATACAAAGTTGAACTTGTGCATTAGGAAAAACTGATATGATCGTATCCGGAAATCCTTTTAACCCGTCAACGCAGGCGATTAAGATATCTTCAACTCCGCGATTCTTTAAATCGGTTAAGATCTGAAGCCAGAACTTCGCTCCTTCGGTGCGCTCCACCCAAATCCCAAGTATCTCTTTTGTGCCCTGTAGATTGATTCCTAAAGCCAAATAGAAGGATTTGTTTTGAACGTGGTGGCCGTCTCTCACCTTTACGACTAACGCGTCCATGATGAGAATTGGATATACTTTATCCAAGGGGCGATTCTGCCACTCGATCACCGTTTCCAGTACCGAATCGGTGACTTCTGAGATCAGATCCGCTGAGACTTCCACTTGATAGATTTCTTGGAGATGTTGGGTAATTTCTCGTGTGGTCATTCCGCGTGAATACATCGAAATGATTTTGTCATCGAAGCCGGTAAAACGTGTCTGACCTTTTTGTATGATCTGAGGTTCGAAACTGCCGTTTCTGTCTCGAGGTATTTCCAAATCGATTGTTCCAAAATCTCCTTTGAGCTTTTTGTTACTTTTTCCATTCCGAGAATTTCCTGTGTTATTGCCCAACGAGGAATTCTTCTCATATCCAAGGTGATGCGTCATCTCACCTTGCATCGCTCGCTCTATCAGTGATTTCGTTAGTTGCTTTAAGAGGCCTTCATTTCCCAGTAGATCTTCAGGACTCTTATCTTTGATTAATTCATCGAGTAGCTCTTCAGCTCGATTTTTGGGTTTGCTCATATTGGGTTTATCCTTGTTACTTTTTGGTTATTCACAAGTCATTTACACAATCAAGCCGACACTCTCAGTAGACTTTTTCTTTCAAAACTTTTTCTATTTCTTCAGAATCGATTTATAGAAACCCACGTTCTTTTAAAGTGTTTTCGGAGAGCCCCGTAACTTCTAAAACTGTTTTCAAATCCATTCCCTTCGAAAGCATTTTACTCGCAGCGTCCAGTTTTCCCTTTTCGATTCCCTTTTCGATTCCTTTTTCGATTCCTTTTTCGATTCCCTTTTGCATACCTTCTGAAATCAGTCTTTCTGCAGTAGTCACAGTTAATTCCTCGTATGGTTCCAATTTAGATCTTTGGAAAATTCCTTTGAGTTCCGAAGGTTTGAAATCTCGGACCCAATAGATATACAATAACAGTTTTCGTAAGATTGCAACTCTTTTCGATTCCTCTTCGATCTCCAGTAACAGAGAAAAAAGCCCAGGTAAATGAGAAATAAATTCTAAATCACCTTCTCGAATCTTTTGAACGACTCCCAGAGTGACTTGAAAGGTAATACTTTCTAGTTTATCTTTCAGTTCTATTTCTTTTAGATCGAATAAATCTATTTTAAAATTGGGGATAAAATCTTTTAGAATATCAACTTCTTGATTTGTTAAAGCGAACTGATCTAAAAATCGATTCCCCATTTCTATGTTGATTTCGATAGATTTCAGTAAGATAACCGAGCAGTTGTATGTAAATAGAGTTATCTAAATAACTTTTATGTTCGAAGAGTAAATACAAGTTGGTTTTGTTACCAGACTTAAGAGGAATTTGAAACAATAGATCGGTTTGTTCTTGTTTGAGTTCTTCAGAAATAAAACTGGATTCGGAGAGTTCTAAGTTTTCTAAATCCAGTAGCCTCACTACTTCGAGTGGTAATGTGTTTTTAAAAAATATAGCGGCTTCTTTTTTATCTTGGAACGTTTCTCGGATTAATCGATCGTGAGGATTGTTGACTTCGGTCATGGCTATTGTTTACTTTAGATTTTTATTGAGTCAATTAGATTCCAATCGCAAAACATACGTTTTACGAAGAAATTTGAAACTTAAGAACTTTATCTTTGAATTTTACAGAAGTTCCTTCGACTTTATCTCCGATATAAAAAACAATACCGAAAACTTTTTCTTTGGTAGGATCGTAATTCGACCCGTTTCAAAACAGTTCACTAATTTTTTCGAAAGATCTTAGCCTACATATTGATAAGCTCGTATCGTTGAATCATCCCCAAACCTCCTCCTTGACTAATCCTTATAAAATTGATTACCGTAAATTTTTATTACAAAGCCCGTTTCAGTGCAAAATATTAGGTATTCTGTTATATGGCTTTGAGTAAATGGAAATCCATCTTCAAAATATAGTCTAAAACGAACCCAATGTCTTTGAAAATAGGGTTGGATTAATTTTATCTCGAATCTTTTGAACGACTATTTTTCGCAAAACGACCTGTCCAACGAGTATGCAAAAAATTTCTTTAGATTGAACAAAATCTATTTCTTTCCAATGACTATCTATACAACTTAGAGCCTGTCTTAAAACCTCAGAAATAGGTACCTCGACGAAAACTTAACAATTATAAAATCTGTTCGAAAGCTCGTAAACTACCAAAGAGACGTAATTTGTCATAACTTCTATATTTGATTACAAACTTACTGAATCATTATAACTGATTTTTTGAAAGGTTTTGGGACAGACTCTTAAATTAAAAAAATGCATATAAGGACTACAAAGTATTTGTGCAAAATTATAAAGATCATTTTTCAATTTGAGACGAACAAGATCCCACTCTTCCCAAACAATTTGTTTCATTTGAATTAGAAAACTAGAAATCCCTACTTTTTGTAATCGTAATTCCGATTCGCAAAGATATTTTCTACAGATAAGAAAGGTCTAAAATAAAAACATAAAATACAACAGGAGATTTTCCTTATGACAAGTCCGGTTCTATTTCTCGGACACGGTTCCCCGATGAATCTCATAACCCCTTCAAATTTTACTCTGAACTTGGAAGAATTCGGTTCCACCCTTCCGGAAGTAAAAAACATACTCGTGATTTCCGCACATTGGAAAACAAAAGGAACCTATGTGACCACCTCTGATTCACCGAAACAGATTTACGATTTTTACGGATTTCCTTCCGAATTATACGAGATTAAATATCGACCTTCCGGATCCCCGAAGCTCGCCGAGAGGATTCAAAATTCACTCAAAACCATAAACGTTCAACCTACACAAGAATGGGGACTCGATCATGGAAGTTGGGGAGTGTTGTATTTCCTATTTCAAAAAGCGAATATTCCCGTACTTCAATTGAGCCTAGATTCAAACTTAAGTCCAGAAAAACAATACGAGATCGGAAAAGAATTACAACCTCTGCGGGAAGAAGGAACTTTAATTTTAGGAAGCGGAAACATTGTTCACAATCTGCAAAAAGCTGATTTTTACGATATGAATGCGACACCTGCGGATTGGGCAATTGAGTTCGACGAATTCATACGACAAACATTGGAATCCAGAAACGATAAAGAGATTTTAGATTTTCAAAAAAAAGGAGACATCGCAACGCTCTCGGCACCTACCACGGAGCATTTAGAACCGATTTTTTACGTTTTAGGTGCGATGAAGCCTGAAGAAAAAGTGAAGTTCATTCATCATAGCTTTCAGAACCGAACTGTATCCATGCGGTCCTTTACTTCGGTTTAAAAAATTATTCCTCATCTCCGGAAAAAACCCATTCTTTATTGAGCAAAGAATTGGAAACCTTCATCAAATCCCTCTCCGGATCAATCAGAACCTGACTTTTCCTTCCGTTTAAAGAAACCATAACATCCGCATACACTGAAACTTCTTGAGCAGTTCTTTTCTTCTCATTTTTACCGACCCAATGAGCGAATTGCAAAATCAAATCCGGTTGATAACTCATCATAATCCTCTGGATTTCGTTGAGATGAGATTCCGGAAGGACCACGTTCGTTTCCCCAGTTTGTTGGTTCACCATTCTAAATGAAGCAATACCGTTCTTTTGAACCAACATAATCTGCCAGGAAAATCGAAAACCCTGCTCCGTCCAAAGATGATTTCCCGGATATAAAAAATGCCTAAGAGGAAATAAAGACTGAAAAAGAATGTAAAAAATCCAAAAATAATAAAGCATACGATCAGATAAAAGAAAATCGATTTTTTTTCTCAGCGTCTCAACTTTATAAAAAACGAACTTTTCCGAAATAGAGGACTTAGATTCTAAAAAAAATAAATAAGATTCGATAAAAACCAAAACCGATTCCTTGAAATGAATCGGGAAACGCGTCCACAAAAAATGAAAAATGTTCTCCCGGTCCGGGAACATACTTCTGGATTTCAGAAATTGAAACAGATCGATCGGCCAAGTCGGGGAGAAAAATAAAGTGGCATTCAAAATCATAACCCAAGGAAACATTCCGATCGGAAACAATTTCCAAGTCAAAAAATGAAATATTATAACTAAAGAATATCCCAACATTCTCGTCTTGCGAAATAATAATAAAAAAGGAATCGAGAGATCAAATATCAAACCGGCATAACTAAAAAAGTATCCCGTAGCCGACATGGAAAGAATCGGACCGAAAATCGGGATATCCGAATTACGAAGAAGCCAGATTCTCACCGGTTGCGCTTCGAAAAGCCAGTCCGGAACCAATTTGCCGACACCTCCGAAAAAATAAACCGCTCCAATCTGAAATCTAAGTATATAAAGACTCCATTGCGGAATCGGATCTATATTCTGAATCGATCCACTTTTGAATATTCTAAAAATATGAAATATGTTCAAAGCTCTATCTGCCGGAATCCAAATCAAAATAAAAAGCAACAGACAAATGAGATAGTAATGATTGAGATAAACCGCAACCTCAAGAAGGTTGATGTACGTAAAAATCAGAAAAAAACAAAAAACAGAAATCCTGTAAAAAATTCCCAAGGAGATAAAAACCGCAAAAAAAAGAAGCGAAACAAAAAGAGGATACAAAACCCAACCAGGCAAAACTCCGATCCAAGAAAAGCCGTAAAATTTGAAATGAAAATTCGGATCCAAAAAATATCTGGAAATCCAACCGTTTGTAAAATAACGAAATACTAATATAAAAAGCAGAATGCCGAATATGATTCTATAAAGTCCCAGTGACCAAGCCGGAACTGGCTTAGAAGCCCGGAAGAATAGGTTGGAAAAAAGTTTTTTTCGCATAGTAACCGGAACCGATCGATTTCCACTCACCAGAAAAGCGTTTCTCGGAAAGTTCTGCAAGCATTCCCGGAATTTTCGATTGGGAATCCGGCAAAAGATGATTCATATGAAAAACTTCTCTCATCCCAAAAGAGATATCATTCAGATCCAAACTTCCCGCTCCATCTCGAATTAGAATTTCCCCTCCTTGATTTTTCGCCTGACGTGGATCGGAAAAGATAAAAATATTTCTGTTTTGTTCCAGTGCGTTGTTTGCGGATGAGATTGCGCCCGATTTTTCAGGAGCTTCCACAATAAAAACGGAATTACACATTCCGGTCACGATTCGATTCCGTTTTGGAAACGTATATTTCAAAATCTTTTGACCGGGAGGATATTCCGTCAAAATCAAAGTTCGTTTCGAATACTTCATTCTTTGATAAAGTTTTCTGTTTTCAAAAGGATATTCCGTTTCCGGTCCGGTTCCCATAACTCCGATAACTGCTAACTCTTCGTCCAAAGCCGCACTCATACTCGTTGCGTCGATTCCTTTTGCAAAACCAGAAACGATCCCCGAAAAACCTTTTTTCTTCAAATAGGAAGGAATCAATTCAGCCGCATAACAGGAAATCGGAGAAGGATTTCTCGTACCAACAACCGCCGCAAAAGAGAGATCTAAAATATTCAAATTCCCTTTATAAAACAAAATCAATGGAGGATCATATATTTCCTTTAAAAGAGAAGAATATTCCGGATCAAAAAAAGAAAGAACCGAAAATCCGGTCTTTTTTAAATCGTTCGAAATTTTTTCCGAGGTATACAAGGCCTTCTGCAAAACGGAAGAAGGCAGGAAACGTTTCAAGTGTTCACTCAAACTTGTCCAAGAATTCAATTTTTCGAATATTCTATTTTTCAAACAGAATTTGGAGACATTGGAATCGATGAGAACGAGAGGATTCATTCCGCTTTTGAGGAACTCTCTTCTATTTTTTTCAGGTTTTGAAGCACGTTTTGATACGAATCGTTCTTTTCAAGACCACCGCGAACGAGACCGGCGTCATTCAATTCCTCAATCGTTTTTTTGACCTTCAGATATTCTTCTTTGGAATCTTCCGTCCTACCAAGACGATACAGAAAGTTGGCTTTGGCAAAACGAGCTGGAACATTTTTATATTCTTTTTTGATAATATCATCTATAATTCGAAGAGCCTTGTCCTGATCGTGAAAACCGGCAGACACACCTTCCCAGGAAGAATCTGGCATGGAAGAATCGAAATAGATGAGAGCGAGTTGAAACGGAAATCGCGAATCACGAGGATCTTGAATGGCCAGATGAGTGAAAAGATCGATCGCGATTTGTCTTCTTACGGTCTCCCAACCTCTGTCTTTCGAAGCATTCGCATAAGCAAGAGCAGTTTCGAACAAAAGTTGTTGATCGATCGGTTTTAGAAGAAGTGCTTTTTCAAAAAATGGAATCGCAGGTTCAAAAAAATGAAGTTCCGCACCTACGATTTCCACTTTTTTTCCTTCGTTGTTTTCTTTCAACGCTCGGTTGTAAAATTTGACCCCCATATCGTAGTCGCCGATTTTCATATAACCTTGGGCAATCTTCCAACTGAGAGCGCCTGCAGATCTTGTCTTTTGGGCCATTGAAGAAATTTTCTTTTCCAATTCTACGATCTCCGCTTCCTCCATCGCAAGTCTCTCTTTCCAGGCTTCCAGATCTTCCACGGTCGGAGGCCTATCTCCCCGATTCTGAAATCCGAAATTTTTGGATCTTTCACAGGAAACAAAAACGAATAAGAATAATAAAAGAAAAATCCGTTTCCATGGAAAATTGGAATCTATGCCTTTGAATTCAACGCGGTGAATGGATTTGCAGAAAGTCGAATTCTTAGAATCGGCTTGGAGGTTTCCAAAATTTTTATAAAAGAAAATTTGAATTCTTAGTAAAGTTAAGATCAGATGCAGGATATTTTGAAACATACGATTTCCTAGGATAGAATCGACCCTTTTCTATAAGTATCGGCCTCCCCTAATTGATGCGGTTTTAGAAATGGAAACTGCGGTTTGAATTTTCGAAAAAAAGAAAAAAGCGGAGTCATTTCCCCGCTTTTTAAAGGAAAAAATCAGTCTTTTGAGGTTCCTGCAATCAGAAGAGCGGCTCCTAAAAGAGAAACATCCTTCAAAAGTGCGATCGTGGAAGCCTGATTTCCCGCAGCCGCACCCGGAAGATGCACCAAGACCACAAAAATTCCCAAAAGAACCGCAAGAAGAACAGTCGCCAAATACGTCTTAATTCCGGTAATTACAGAAACCGAAGCCGCAATCAAGGCCAACCCGGTTACATAAACCCAAACAATCGGAAAAGGAATATAAGAAGGAACAATCCCTGTCATCGCGGGACCTGAAATAAAGTGAAATAATCCGAAAATCGCAAAGGGGACCGCATATACTATTTTACCTATTTTTTTCATATTAAACTCCTTAATTCATATCCTTCAGAGAAAATTTCCGAAATCAGTCATTCTATCTGAAAGTCAGGTATCGAATCCTGATTGAATATTGAACTTCAGCAACTATAATTTGACCAAAAAATAAAGTGGGTTTTTCGTTTTGGATATAAAAATTCTCAATAAAACTGATTTGGATTGGCTCTTTACGCTGGAAGAAAATTGTTTCGGTAGTCACGCCTGGACAAAAGAAATGTTATACTCTCACCTTCGAGAGTTTTCAGGAATCGGTTCGACTGATCTCTGTTACATTCTCTATAAACTCGCGGGTGATGAGATAGAAATCTATCGAATCGCAGTGTATTCCCGTCAGAGAAGGCAAGGCAAAGGAAAAGAACTTTTGGAGCATCTTCTAAGTTTCGAAAAGGACAAAACATTTTTTCTGGAAGTCAATTCTACAAATTCTCCAGCAATCGCTTTGTATGAGTCCTGCGGATTCCAAAAAATTCATGTAAGAAAACATTATTATGAAAACGGCTCAGATGCATTGATTTATAAAAAAGCTCCGATAGACGTTTTCGAAAATTTCAGTTTTAACGTACCGGATCCCTGAAACCACAAGTCTCCTAGATCTTTCGGCGAAATCTGAAGTTTCATAAGTTTACAAAACCAAAAGAACGTGTTTTCTTACTGTATTCAAAAATCCTAAACGAAGTCCGTTTAATGATTTCGTAAATTTTTTTTATTATGCGTTTGTTAAAAGCCCTTTTTTAGCTGAAAGTTATTTCCAATCGGTATACACTGCTTTTACTGGAAAATTTTAGTATGAGAAGAATTCTTCGAACTATTTTGCCCCTCTTTGTCTGCGGATTTTTTGTGAACTGTTTTTTAAATCCTCTTTCTAAACTCGTCACTGATACCGTTTTCCCCACGAAAGAAGACTGTCAAAACTGTGAAGAACAACTTCTTGTTGCGGTCTCCGCCGTTTCTCATCCTAGAGTTTTACAGCCTCGCGCCGACGGAATCCAAGCGTTCGCTTTAAATCTTTCCATGTCTTTTCCATTTTATTGCATCGTAGGAATCTGCGCTGGAGGAATTACCGAGAATCAACCCACATCCACGGTTAGCGTTGCGGTTCCGAATGGAACCGATCTTACCGCCTTAAAGCCCAATTTTTTGATTCCGGAAAATTCCAAACTGGAAGTGAATGGAGAATCACAAATTTCGGGAACATCGGTTCAAAATTTCACCAGCCCCGTGATCTACAAGTTTACGGATTCCAAGGGAGAGAGTCAAAGTTATACCGTGACAGTAAGTCCCGCTCCTCCCGAAGATAGAGTAAACGGAACCGTTTTATTTCCGACCGGTGATCTTTGGACGAAATGTTCTTATGGTCAGGTTTGGAGGCCGGGTTTCAACGATTGTAAGGGCAAAGGAAACGAAAACGACAATTACGGAGCAAATACAGACATCGTCTTCTGCGACACTGCCGATGCGTCTTGTGACATCTACGGAAACTTCGCGTTTCAAAACGCCTGTTTCGAGATGCAACAAATATTATCACCTCCTAATATTCCTATGAACGTATTGAGAGCCGGAGATTTCAACCGATTAAGTGCCCTGGTTCTATGCAACGGTTTTTCCAAAGGACCTTCTTGTGGAACCGCAGATCAGTGTCTCGGAAATTCTGGAACCACCGTCAACGAGAGTCTGTTCCCACAAACCGTAAACGGTTACTATTGGACTTCGTCCATTTGTTCTGTTTTAAACATGCAGGTGATCCAATTCGGCGGATTAAGCAACACAACCGTCCAGGTAAAAAACGGTAAGGGCAAGGCTCTGCGTTGCACGTACAATATCTTTTCATGATCCGCTTTCAAACAGTAAAATTCCGTTCCGTTCGAGGTGTGGTTTTGTATGAAATTTAGATTTTACGTTTTGTTTTTTTATTCCATTCTGATCCTATTCGCAAACTGCAAGATCGATCAAAGAGTAAGCGCGGATAAAAGTCATCGGACCGTTTTAGCTTCTGCTGACGCAAGTTGCCAGGTCGCCTTTGTCGAACCCTTGTATTCTTTTCTATTCGGCTTGTTGCCAGTGTTTCGTAAAGCCGAACCAGAACCAGGCCCCGGAAAAACGTTACGCGTCACCGAAGTTACGAACTGGAAAGACTACGTGGTGACCGCGTTAGGCGGTTGGGCAATCACTTTGGTTCGCCGGACGAGAACGATCGAATTCTGCCAGGAGAACTTATACGCCAGCAACTGGAATCCAGAAAAGATTTCCATCGATCAGACCTTGTATCAGATGGCTGTATCCGGTAAAATTATCGTCCATTTGAAATCGGGGGATCCTTTGACCCAGGTAAAAATCGTAGGTTTTGATGAATCCTCCGTGGACGTTGAAACCGTAACCCCCGATCCTCAAGGCGGAATGATGGATCGGGCTTTTTTACGGGATGGCTCGATTTTGGACGGTAAGCAGATCGGACAGGACGACAAGGAAGTGATCATGGAAAATCTGGAAGGGAAAAAAATTACGATCGCCAAATCGACCCTTCATAAGATCGATATGCGGGTTCCGAAAATGATTAAAGAAAAAAAGAATATTCTAAAATCCGAAATTTCCAGGATCGCGTTTGAGGATTTCGAAAAAAAATAGAGGTTTGGTCGAGTTCATAAATCAGAGTTGTTTCAGTTTTTTATTGATTTTATTTTAGAGTCTTGTCCCAAAATCTGTAAAAACTCCGCTAAAATTTAACAATTATAAAATCTGTTCGAAAGCCCGTAGAGACGCAATCTGTGGGAACTTCTATATTTTGCTAGGAACACTCACAAAATGATGTAACTGATTTCTTTTAAAGTTTTGGGACAGGAACAAATTCTAAGACTTTTTTCTCAAAAGAATACTACAAAACGTTCCGATCCCTTCCTGGCGACCCAAAGCTCCCATTTTTTCGGTGGTGGTAGCCTTGACGGAAACGCAGTCCACCGGAAGATTCAATAGATTACATAAGGATTTTGTAATTTTCTCTTTGAGAGGCGTAATTTTGGGCCGTTCTCCGATCACGGTACAATCCACGTTGACGAGTTGGAAATTTCTTTCTTTCATCAGTTCCAAACATTTCGCGAGAATGACCTTGCTATCAATGTTCTTCAATTTTGGATCGGTGTCGGGAAAATATTGACCGATGTCCCCCAAAGCCAAAGCCCCTAAAATTGCATCAGAGATCGCATGCAAAATAATGTCTGCATCGGAATGACCTACAAGGGCAAACTCAGACTCGCATTCCACCCCTCCCAGAATCAAAGGACGGCTTTGGTTTATCTCCAACTTATGAAAATCAATCCCGTTTCCAATTCTAAACATTCAATATTCCTAAATTTAATAACTATAATACTCTGGCAAAGTATCTTAAACGAATCCATATACAAAATTTTCCGACTCCAGCGATTATTTTTCCATCTTTGATCTTCGTTTCAAAAATGCCCAAATGTTCCTAATTTACGAGCCTTTCCTCTTGCATAGAGACTATCAATTTTCTTCTCGATCCTGTAGTTAGAATTTTTCTCATAATATAGACATTTTTTTACTGTAGTTTAACGAACGTTTTGGAGCAGTAATTCGATACGTTTTATATCCGAGGTTTTAGTCTAAATCGAAGGCTCAAAGCAAATTTTACCACATTTCTACTTCGTATCGATTCGATTCAAAAAAACGTCCACGATATTTTGTTTCCATCTTAATTCTTTTCTAAGATAGGTTTCATTGGCGAGATTTTGGTGGAGTTCTATTGATCTTTTTTTATTTCGTTTTGCTTCGTTCCGTTCCGAAAAGTGAAAATTACAAATCGATAGACCAGCGTATGTTTCCCCCAAGAAAGGGGCCCGACGGATTCAACTCGATCGAGCGTAGGAAATATTTTTTTGCCAAAATGTAGTCATCTTTTTGAAGATGAAGATATCCCAGATTGTTGACCGGATAAGCAAACGTAGGATTTAGTTCGATCGCTTTTTGAAAATGAGAAAGCGCTTTTTCCGTCTGATCATCGTTATAGTAACTGATCGCAAGATTATTCCAAAGATCCGGATATTCAGGATCGATTTTTAACGCGGCTTCGTAATAACGAATCGCGGAACGAAAGTTTCCGGCCGAATCATACAAATATCCCAGAGATAAATAAGAGAAGGAATATTCAGGATCGTTTTTGATTGCTTTTTTAAAAAGGTGAAACGCCTCTGTAGGCTTTCCGAGATAAAAATAGATCCATCCAGTAGAAACGTCAGCGGTTGCAGAGGAAGAAACTAAAAACGTTTCCGGAAAATCCGATGGACTCATCCAATTTTTTTCCAAGGTTTTTGCAGCGATTGCATTTTGGAGTAGAATATAATTTTTTCCGCAATTTTGTAATTCGGATTTTCGGTTTTCGAAAAATCAAAGTAACGCAGAGCGTTTTCATAATCTCCGAGATAAAAGTAACACGCACCGATGTTGTTGAAAATCTCGTATTTATAAGGCGCATCTCCGAGAAGATTCAAAAATTGTTCCAGTGCGCTTTTGTATTCTTTCAATTGGAAAAAAGAATGTGCACGCAGATAGTTTAAGGCTAAATTCTCGGATCGATTTAGTGGAGCTGTTCGATTTGCGAGTTTAAGTGCAACGCTGAAATTCTTCAGCTTGTATTGAGTTAGAACTTCGTTTAACGAAATTTCGCGATCGGAGTTGTCGCCCGGGTCGGCAAATAAGACATTTCCGAATAAAAAGAGCAGAATAAAAAGACGATTTCGTTTCCCAAGCATACGGGTCGACCCAAGATTACTTACATTATCAGATTGTAAAGCACTTAACTACTGAGGTTGAGAAGAAACAAAAACCTATTTCTTAAAAGAAAGATCCAACATTCTTTGAACGGACATTCTCCCCTTCTCGATCACTTCCGGATCTAGATGAATTTCGTACTGATCGTACAAGAGCGCGTCTTTGATTTTTTCCAAAGTGATTTTTTTCATGTGAGGACAAACCTGGCAAGTGGAAACGAAATGACGGTCCGGAAATTCGGTACGCAAGTTATCACCCATAGAACATTCCGTAATTAGGAAAATATTCTTCGTTCCAGATTTACGGATAAAATCGCTCATTTGGGAAGTGGAACCGGAATAATCAGAATGATCCACAACTTCGGTTTTACATTCGGGATGAGAGATCACAGTAACGCCAGGAAACTGTCTTCTTGTAAGTTCGATGTCTTCCGCGGAATACATCTCGTGAACCATACAACTCCCGGGATGTGTGATGATCTTTTTCCTGGTAAGATTCTGAACGTTTGCAGCCAAATAACGATCAGGTAAAAAAATCACGGTATCACTTTCCAAGGACTCGATCACTTGTAACGCGTTCGCCGAGGTGCAACAGATGTCCGTTTCAGCTTTTACGTCCGCAGTGCAGTTAACGTATGTAACTACGGGAACACCTGGATATTTTCGTTTGAGATCGATTACATCTTGTCTCGTGATACTCTCTGCAAGAGAACAACCCGCTTTGAGATCCGCAATGAGAACCTTCTTTTGGGGAGACATAAGCTTTGCAGTCTCTGCCATAAAATGAACCCCGTTAAAAAGAATGATGTCTGCGTCCGTATCCGTCGCGACCTTACTCAGGTAAAGAGAATCGCCCGTGATATCCGAGACCCCGTGAAACACATCCGGAGTCATATAATTGTGCCCGAGAAGAATCGCATTTTTCTCTCTCTTTAATTTTTGAATTTCCTGGATTAAGGGAAGTTTTTCTTCCACTTCGTGTTCCATGTAAGTGTTTTTAAGAGCTATCGTAATTTCTTCAAGGGTTTTCATGGGTAAGGCCAATATGTAGTTGTGGTCGAAATTCCTTTTAACTTCGAAAAGGAAGAATCCGTTCCCGTGTTACAATTAGACTGGCATTGCCTCCAAAGATTCCCACTGTTTGTAGAACCGGAACGTTTTGCTGTAACATAATCGGATTCAGTTTCAAAAGAACAGGAAGAATAACTCAAGAAAAATGTGGAATTGCATTTGCTCCAACAGTGGAGAAGTTCCTCTAAAACCTCCCTGTTTTGCATATTGGTAGGATGAATTCCATTTTGAAGTCGATCCATTTCCTGAGAAGAACATTTCTCATTGATTGAAACAGGAGATTTTAAACATAAATTCTCCTGGGAATAATAATCCAAACAGGAAGGGTTTGTAGCAGAAGTTAAAATCCAACCGAGAAGTTGCTGATTGATCGTATCCTCTTTTTGTTTAGAAACGATACAATCAAATGTGACTAGAAAACAAAAAAGAAGAACCAAAACAAATTGTTTGTGTGCAACAAATCCCATTGTAGCTCAGTTTCCTTTACGAGAAGCTTCGATACAATCAAAAAATAAAGAGAAAAAGACAGGTTCGTCAAATCCGAGTTTTTTGATTCTAAAATATATTGACACGATTCTTTTTGAATTTTAAATCAATCTTTATTCCCCAAAATCAAACAGGATTGGTGTTACTTTCAATGAGAAAATTATCTTCTCTAATCACTGTGTTAGTTCTCCTTATTTATTTAGGAAATTGCGCAGCTACAGTCGATGTAGAATATCCGGTATTCCCGAAAGATAAAGAAGGCCGTGCGCTTCAGAAATTCCTCGGAACGATTCGTAACGTAGGTTTGGCTGTCGAAGCCCCAAAGAAAAGTCTCTGGGAAGCGATCTTCGGAGAAGGTTCTAGTTTTATCGACCAAATGCCTTCTAAAGTTTTCGAGGCATTCGATAAAGAATCTTATTACAAACTTACCGACCTCAGCAAACGTGCCGATATCCTTAACGAGGCTACTCTTTCTCTCACAGGAATTACGAAAAGCAGAGCGAAGATCGGAAATCTAATCGGGGCGGAAGCAATCCTTTACATCGGATATCAAAAACCCTATACAGAGTGTGGTAGCGAAAACAAAATCGATGCAGTTGCGGCTGGTCTTAAAGTTGCCGGTTTTGCTGCTTCCATGGCAACGGGTAAAGAAGTGAATACCGGAAACGATCCCGTTTCAAAACCGACTGGCGTTCGTTATATGCTAATTCCTTTAGATGCAACTTTGATCAAAGTAGAAACTGGAGAAGTTAAAAAAGCGGTCGTTTCTAACCCCGCAAAAATTTTTAACAGCGTCGGAAATCTGGAATGTCCTTCCATTCTGGATTCTTTCGGACAAGGATTGGACGAAGCCGCTGCATATATCAAAGGCAGACTTTCTCCGATTGTTAAAACGGAAAGAATTAAGGTTTTCGTAAAAGACGAAGATGAGGAAGTAAAAGAACTTCTCCAAGAAGGTTACGAAGAAATCGTGGGAGAAACTCCAAGTTTTAAAAAGGCAAAAGAAGCCTGGGAAAAAGCGGATAAAAAAGCGAAAGGTCAATCCTGGGGAGCGAAAGCAAACCTAGCGACTTATTATTTTTCCGTCGGCGATTTCGAAAAATCGATCAAACTCTACGAAGAAGCTATGAAACTCAAAGATGCCGATAAAAGTTATCTGAGAGAACTTAGAAAAAGAGTAGAGGCTACGTTTGCAGTTGATGAGAGTAACGCGAAGTAATCTGATTCCTTTGAAATTGCAGAATTGTATGAAAAGCGGACGAAAGTCCGCTTTTCTTATTTCTATTTTCACCTTTTCAATCGTATTCCTTATCGATTGTAGAAAAACCCCGAACGAAGAGGAATGCGTGGAAAACCAGATGCACAACGTAAAGTTGATCGCACAAGCCTCCGAAGACGAAATCCCGCCCACGATGCAACAAATCATGCTGAAACAGATTCTTCAGCCGGCCATGTCTCGGGCCATTGTACTCCGTTGTATGTCCGAAAAAACCCTAAAACAGGTCCAATGCGAACTAGCAAAGGAAAAGTTTAGGGATTTAAAAGAATGTAAAAAATTTGGGAAAGAAGAATCGAAATAAATCCGATTTCGTCGACATTTCAACGACACTTTTCGAAACCCTAGATAGAGATTGAATAAAAAAATAGTATATTCTAATCTTCTAAAATTCCCGCTTCTGAGCAATTCATCAACATATCAAGTGAACTCGGCAAACACTCAAGTTTACTTTTGAGTTCGTTCCAAAACGCGAAAACCCACATTGGATGGTTTTGGGACAAACATTTATCAAAAAGGTTGAACTGCAAGGATCAAGATCCCGAATTGTTCCTTCTAAGATACGCCGGAATATCGTAATCGTCCACTTTCGGAGCAGAACCGTTCGAAGAACGAAGTCGTAAAGATCCAGAGTTTCGATTCTGTTCTGCGTTTTCATCCTGAAAGAGTTCTTTCTTCTTCGCAGAAGAGTTTTCCATTCCCACCGCTTTCTTTTGAAGACCGTAGTTTTCCTGAACCCTCGCAGTCAAATCCTGATTTTGAATAAGTTTTCCCGAAGAGGAACGCCTATCAAAACCGGTAGCGATTACGGTTACCCGAATTTTATTAGAAAGACTTTCATCTTCGTGAAGACCGACGATGATATTCGCGTTCGGATCCACTTGAGAAGTGATGATTCCGGAAACCTCATTCCAATCAGAGATTGTAAGATCTTTTCCACCCGAAACGTTAATGAGAAGTGAAGAAGCCCCCGTAATCGAAGCCGAATCTAACAGAGAATTGTTGATAGCGTATTCAACGGCTTCTTTAACTTTACCTTCTCCGCTTCCTTCTCCGACTCCCATTACCGCATCTCCGGTGTCTTTCATGATCGTTTTCACGTCTGCAAAGTCTACATTGATCAGTCCCGGATTGTTAATAATATCGCTGATTCCTCTGACAGCGTTGAGAAGAATATCGTCGATCACTTGAAACGCAAGATCAATCGGAGTGCTTTTATCCACAACTCTGAAGATGGAATCGTTATTAATGAGAATCAAAGTATCAACGTGAGAACGAAGTTGTTCGATTCCTTTGCGAGCAAGCTCCATTCTTTTTTTACCCTCGAAGGAAAAAGGGAGAGTAACAACTCCTACCACGAGGCATTTCATTTCCTTGGCAATCTTTGCAATTACGGGAGCAGCTCCGGTTCCAGTCCCTCCCCCCATTCCGGCCGTGACAAAAACCATATCGGCTCCGCGGACTGAGGATTGTATTCTTTCCTTATCTTCTTCCGCCGCTCTGTAACCGAGTTCGGGATCACCACCCGCTCCCATACCGCGAGTTACTTTTGTTCCTAAGATGATTTTATTTTCCACTGGAGAACGAAGTAAAACTTGTTCGTCGGTATTGAGAATCGTAAATTCAACCCCTTTTAAAGTGGAGTTAGACATTCTTGTCACTGCGTTCATTCCGCCGCCGCCGACCCCAAATACTTTGATTACTGCGGGACTTGATTTTACTTCTTCTTCAAATCGGATCATATCGTTTTTCCTTTTGGAGAACGGATCAAAGATTGTCTTCAATCCATCTTTTGATTTTTTTAGACCAGCCTTCCGAACGGTCTACGGATTTCTGATCCATGTCCGTCATCCTATCTGCATATTTAATCATCCCGATCACCGTAGAAAATTCCGGAGAGGACGCTTTTTCAGCGAGTCCGCTAATTCCACCAGGCCTTGCTCTGGATGCCGTTAGACGAAATACATCTTCCGCGAGGGTGTCGATTCCTTCGAGCAGACTTCCTCCTCCCGTGAGGATCACTCCCCCTGCAAGTAGCCCTTTCTTGCCAGATTTTTCCAGTTCCTTATCCGCCATCTCAAAGATTTCCCTCATCCTCGGTTCGATGATAGAAACAAGCTCCTCTCGAAGGACTTGCCTTGCGGGTCTTCCACTAATTGGCGGAATTTCGATCGTTTCGGTAGGATCGATTTCGGACAGAATAGTATGCCCGTACCTTTTTTTTAGAAGTTCGGCGGTTTCCAAGGTGGTTTTAAGTCCGATGGAGATGTCGCTTGTAACGTTGATTCCTCCAAAAGGTATCACGGAAGAATAAGAAATCCCTCCGTCCACATACACGATCAGATCACAGATTCCGGCTCCTATATCCAGAACCGCGGTCCCTAAATCCTTTTCTCCCGAAGTCAAAACTGACTCAGAGGATGCAAGGCTAGAGAGAATCATTACTTCACAAGCGAGACCGGATGATTCAATACATTTTTCTAAATTATGAATTGCTGTTATTCCTGCCGTTACGATATGAACTTCTGCTTCTAGACGAACTCCTGTCATTCCGATCGGATCTCGAATACTCGTTTGATCATCAACCGAGAATTCTTTGGAGAGTACGTGTAAGATCTGTTGATCCGCAGGAACCCGAATCGCTTGTGCTGCTTCAATTACTCTGACTACGTCCGGCTCCGTCACGGTTCTATCTCGGTTTGTGATCGCAACTACTCCTTTGGAATTATCAGCTCTAACCGTCTTCCCCGTAATGTTAACCGCCACCACAGAAATTTCTTGACCGGACGTGAGTTCGGCTTCGCTGACTGCTTCGATGATGGAACGTGTAGTGGATTCTATGTTGATAATGGATCCGTTTTTGACTCCAGAGGAAGGATAAGCTCCAGTTCCAATGATTTCCACTTCATACTCGGAAATAGGTCGAGCCAAGACCACCTTCGTCAAAGAAGTTCCAAGGTCCAGTGCAGCAATAATTTTATCTCTCGGTTCCGACATATCAGTGATAGACCGCGTCTTCTCCTCTGATATCCACAAGCTCGGATTGAATCCGATCTTTTTCAAAATATGCCAATATAGCGTAAAGTTTTCTGATTTGGTCTCGATGAAGAAGAGTGCCGATTTGAATTCTCAATTGAATCGGTTCGTCCGCAAAGAAAAAAATTTCCCCATCTTCTTGCAGTAAAACTTCGGAGATTCTCGGCTTTAAAGCGGGGTATATTCGAAAAGCTTGCTCCACCGAATTGTAAAGATCGCGAAAGATAGCGTCTTGGATGGCTCCGTTTTTTACGGGAAAGTTTCCGGAGAGAATACAGAGATCTTTCTCACGAACATCGTCTTTAGAAAGAAGCCGCAATTCCGAATCGATCTCGTAAAGATGCCCGTTCGAATTTACGACGTATACGGCTTTTTTTTCCGTGAGTTCTATGAGTAATTGATCTTCCGACTTTTTAGTGATACGGGCAGAATTGACTCTGGGAAGCCTGGAGAGTTTTTTTTCCAGAAGATCCAAGTCCAACGTATCAAAGGAGGTTCCGGGTTGAATTTCAAGCATTCTTACGATTTCTTCCGTTTTGAGCTTTTCATGCCCCGTAATAATTAACTTATTCAATTCTCGTGGTATCATCCCCTGATAACCGAAGCCGAGCATTATTCCAACACTCAAAATTCCGATCAGGAGAGCCAAAAGGAGAATGTTTCTTCTTTTCTGCACAAATTCTCTTAGGAAGTCAATCAGATTATGTCTCATAATAAATTCTTCAGGGAAATTTCTTCCCTGATTTCCATATCGGGTTTTGGAATCACTCTACATCTTGTTTTTTGCTGTAGGAATTCCCATATTTCAAACGGCTAAGACAATATTACAATTTCATATTCTCCTTCTAACCTACTACTTGAAACGTAGGAACTCCCACAGATTACGTCTCTTTACGTTATTTTAAGGTCTTAAGGCAGGCTTTAAAATCAAAAAAGTCCAATCCGGATCCGACGGTCAGCAATAGGGAAAATAAACCCATTACGATTCTCTCTTTTTCAAAAAAAGAAAGTCGCGTCGGAACAACTGTCCTATAAAATCCGATCTTATAAGAAATAGACTACCTCATGAATCTTTCCAAACATACAGCTATTTTGACAGGTATTATTTTCTTCTTAGGATTTTCCTTAGGGATCTATGTTTCCGTGGTTGAAAAGGCCGGAACCCAAGATGAATATCCCTATACCATGAAAATTTATTATCCCCGCTTGGAAGGAATTCATCCGGGTGCGCCAGTTCGAATTTTGGGAGTAGAAAAAGGAATTGTTCGCAGCTTGGACGTGATTCCGATAGACGAAGTAGGAGACCAGAAATTTTTAAATAAGGATCAGACAAAAGCAATTGAAATCGTAATCCGACTCAGAGAACCAGTCACACTTTGGGACAATTACAAAATCACATTCCAAACAAATACAATCCTCTCCGGAAGAACGATCGATATCGATCCGGGTTCCTTCGAAAAAGAAGACACCACTTTTTTTCAACCTACCTACTTGGAAAAGGAACAAAGACCTCCGGATTTTTTACCTTCTGCGGATTATTTTGAAGATTTTTTCTCAGCTTCCACAGGAGTGATTCGGGAAAACCGGGAAGACATCCGTGTGTCTTTTAATAATTTTTATGAGATTTCGGAAAAACTGAAATCGAACCGTGGAACGATTCCTCGAATTATCAACTCTCCGGAAACGTACGACAACGTGATAGAACTTCTTTCCGATGCGAGAATTTTCGGAAACGATATGCGTCGCTATACAGAAGGTTATCGCAAGTTGGAACGTTCGGCTCCGACCCCATTTACAATCAATTTATACCGCAGAACCACACTAATCGGGAGCGTAGGCAATAATTATTATTTTCGTAAATTATAATATAATAATTTTTAAAATAGTCACCAAACCGCTTCCACAACAGAGCGAATACGATAGACTCAAAATAACGTAAATTGACTAATCCCTTTCTATGCTCCCAACTACTTAAGTTATCTTAAGACGAATTCCCTTTGTTTTATATTATTTTTAAGACAAAATGGCGCCCCTTCTGGGCTTGAAAACCGTGGGTTAGATGCAAGCATTTACCACAAAACAAGAAAACCAACAGAAGGAACGTAATGAAAAGAAAAATATATGTAGGAATGGATGTCCACAAAGAAACGAACAGAATTGCGAATTTAACGAACAATACAAAGGAAATAGTAAAAGAACAGCAGATAAAACATAATGAGGTTCAGATCAAAAAGTTCGTCAATAAACTAAAATCAGAATGGAACGAGATACATAGTTGTTACGAGGCGGGAGTAACCGGTTATCCACTTTACAGATATCTAAAGTCTTTGGGAGTGAATTGTATCCTTGTAGCGCCAGGAAAGATACCAAGACAAAGCTCGGATAAGATCAAAACGGATAAGAGAGACGCGATCAAATTAGCAAAATTATTACGAAGTGGAGAATTAGAATCGATTCATGTACCGAGTGAAGAGGACGAAGCGGTAAGAGATTATTTGAGATCCCGTGACAGTCTTCGTTTGGATTTAGGAAGGAATCGTCAAAGGTTGATGAAATTCTTATTAAGAAAGGGTATAACCTACTCAGCAACAAAGTATTGGACAGTCAGTCATAACAAATGGTTGAACAATCTACAGTTTAACAACGAGATCCTTCAAGAGACGTTTAACGACTATTATAGTCGGGTAAGAGTTCAAGAAGAGAATTTAAAAGCGATGGATAAGAGGATACAAGAGATAGCGGAAAGTGAACCGTATCGAGAGAAAGTAGGAATATTAAGATGTTTCCGAGGAGTGGATTATCTAACCGCAATGTTTTTACTTTGTGAGGTTTGTGACTTCAAACGATTCAAAACAGCCGGTTCGTTCATGAGTTTTCTTGGACTTGTTCCGGGAGAATATTCCAGCGGTTCCAAAAGAAAACAAACAGGGATAACAAAAACTGGAAGTCCCAGACTTCGAAGGATTTTGACAGAAGCAGCTTGGCAACATCGTTTCCCTGGAACAGGAAGTAAGATTGTAACCGCACGTAGATCGGGACAACCTGCGTTAGTTGTTGCTTTGGCGGAAAAAGCATCTCTCAGATTACACAAGAAGTTTCGTAATCTACAGCAAAGAGGAAAAACTCCTCAGGTAATGATAACGGCAGTTTCAAGAGAGTTATCCGGATTCCTTTGGGCGGCGATGAATCTGGTTGCATAGAGTTAGAGTAATGTTTCATCCAATAATTGAATTCGTTAGAGAAGATGTACGATAAAGGAGGAATACTTGTTGGCTCAGTGTTGAAGCAAATTTGAATTTCAAATTTGACCTTCGTTTTAAGACTAAGAACAGCTCCCGATGTATAGATTATCCTGCGGTATCCAACCCGCGAATATCAGTCTGATCAATCGTCGCGAATGCTTTTCTCTAACGAGTTAAATTATTGGGTGATTAAAAAAAAATGCGAAAAAATATTTACTGCTCCGGATGGGGGCGCCATATCAGAGCCTGTCTTAAAACCTCAAAATATAGGAACCTAGACGAGAATTTAACAGTTATAAAATACGCTTGAAAGCTCGTAAACACCAAAGGGACGTAATTTGTGAGAACTTCTATATTTTATTACAAACTTACTGAATGATTGTAACTGATTTCTTTTAAGGTTTTGGGACGGCTCTAATGAGATCCGTTCCGAAGAATCAATCATCTACAAGTGCCTTTTCTTAATTCGATTGTCAGACAAATTCTCTTATTGATTGATAGCATTTTTATAACAATAATTTTCTTCGGTCATACTGATCCCATCCTGTGACCTGCGTTTGAGCATAACATTCGTGTAATTCTTCAAACAAAAGATCGAAATGACCTTTTTATTCCTAAGGACTCGTTCAAGAGTCCTATTTAAAGCACGAATTCAACCTTCTGTTTCAAGAAAGTGGTGGAGTTTGAATCCTACAATTTTTCCGGAATATAAAATCAAAGAAAGATAACCGTCTTTAACTTTGATGTAAATATATCGGAAACAAAGATCAGATTTGCTTCTGCAGGAATTAAATTCTGGATTGAATTGGGATATTTGAAAAAGGAAGTTTGAATTTGTGATTCCTGGCGTTAGCAGCGATTTTGTGTAAATAACGTTCTTTAAAAAGAATCCAATTTCAATTTATCCCCGAAAACTGATTCATTGCTTTTCCCCAATCTTGAATCGGCGCGATCCACCATTTTTTAGATATATTATTCAATGTTAAATAGAGAAATTTGATTTCGGCCTCATGGTCGGAAAGGATCCCCGATTTTTGATAATTTTTCTCGTATATCTTTCTTTGTTTTTCCAAAAAGAAAGAGAATCACTTCTCAAAAGACGACCTGCCCATCTTGATGCAATATTCTTGCAGGATCTCTTCATTTTTACTCTCACTATTTTACTTCTTGCCATACCTTTCTAACCGTCTCAGAACCTTTGATTCCGTTGTATTTTCTACGGATGAAATCAGAAATCGGCTTCTCGATCCTTTCCGATCAACTCTGCAAGAATCAATCCCGCAAAGACGATCGTACAACCCGCAATCCGAATGGGCCCCGAAGTTTCACCTAATAATAAGAAAGCGATGATGGAAGAAAAAACAGGTTCCAAAGAAAAGATGATTCCCACACGAGTTGGTGACACATAACGTTGAAATTTCGTTTGTAAAAACGTAGTCAATACCGAAGCTAAAAGCGCATTGTACAAAACCCCTGGAATCAATCCCATACTCGGATTAATCCTCGCTTCCTCAATTCCGGTAAAATGAAGACCGATCGTCGACACTAAGGCGAGAAAACCAGCCACAAAGGACTGATAAAAAATGGAAACTCGAATCGGAATTTCAGAGCCCACACGATCCATTTGGATGATATACAAAGAGAAAAAAAATGCACCGCCAAGAGTAATCCAATCTCCACTTGTAATCATCAAAGAACCTTCCATCCCGATTTCTCCCAAAAGGATCAGACAAATTCCAGTAAAAACCACGGCAGCCCCCAAAAGATTTCCCCTTGCGGGCATTTTTCTTTTGAAGACCGCTTCCAGAAACGGCGTAATAACAACTAACGTTCCTATCAAAAAAGAGGATTTAGTCGCCGTCGTAGTTTTGAGTCCTAAGGTTTCACAAGCAAACCCGAGATATAAAAACATTCCGAGCCAAAATGCACTCGGGTACCAAACTTTACCGCTTCTAAATTCTTTCCAAACAAATGGAAAAAAAACGAAGCTTGCAATCCCAAAACGAAGACTCAAAAAGATAGAGGGAGAAGTATCCCTGAGTCCGAAAACCGTCATGGTGAACGTCCCTCCCCAAACCAAAGTACAAAGGATAAGATATACCTCGTTTCCAAATTGTCCGATACGAAACATTAAATTCTACTTTTCTTAAGTATGATTTTTAGAGGTTCCCAGTTTCGGCGAGGTCGGGACCAAATTTCAACGGATTCGTAACCTTTTTTGGAAATTTTGATCTTCGTTTCCTTTCGATCGGGAAATAACTGAAAGAAAAATCCATTGACCGGATTGGAAACCCGAATTTCCTCATGAAAGTATTTTATTCTTTCAATTTCGATTTTCGCTTCGAGAGGTGTGCCGAATTCGTCCGTAACTTTCAAGAAAATCTTTCTTCCTTCCAAGACTTCGTTTAACAAAATATTCCAAGTTTCTCTCAAAGAAACGTTCACCTTTTCCACTTCCCCATATACGGGATTTAGATGTGTGGTTTCCAAAAGATACGCGAGTGTTCCATGAGTGAAATATAAATAATCTTGATCTACTCCATCAATAGGATAAATATTTTTTTTCGGTTCAAATTCTTTTTCGGGATTCAAGCTTGCGACGGAAGCTGCGATCTTCCTCCCTAATTCTCCAGCCATGTCTGGTTCTGGATTGTTCAAGGAATCGATTGAATAAGGAATTAACAGACAATTTGCATATGCGTGATAACTAATAGACGCAGCAAATCTTTCCCGATCGGCCAAATCCATCATCGCCTTTGTTTCGGGTTCCGATCCCGCTGAAGGCCCTCTATAAAAATAGTTGGAAGGATTCGAAGAAGAATAACCTCCTCCCGTTTTTCCCCAGAAAAAAGGATAGTTTCGGTTGATATCGACTCCCGGATTTAATTTGTCATTTACCGGACCAATTCCAGGATGACCGTTCTTTCTTCCCATCAAATTGGACACATGCCAAAAGTGCCTGGCTCCGTCTGGATTAACAATCGGAACAACCCAGATCTTCATCTTATTTAGAATTTCCTCATATCTTTTAGGCTTGGACAAAACGGAATATACGATATCGTAACAGTGTTCGATAGAGATGACTTCATTTGCATGATGGGCACAATTGAAAAGGACAGAGATCTTTTCCTCATCGGACAGGTTCGTGTTCGTAAGAAGCAATGCTGGAATCTCTCTACCTCTTGCAGTCTTACCGATTACTTCCGCACGAGCTCGTTCGGGGTAACGACTTGCAACTCCAAGTATATAATGAATATTTAATATATTATCCTTATATCCTTTTTTGAGATCGTCAAGGCCGGTAAACTGTTCTTTGATGAGATCCTGATAATTTCCAGAATAGTATTTAAACGGAAAGTATTGCTTGACAACCGTAACTCCCGGAGACGGAAATCCAAACTTTTCGACATCTTCCTTACTCATCACGGAATAATAAGAATCAGCCTCTTGATAACTGATGGTATACTTTCCTTCCGTTTTCTCCTTAAATTCTCCTAAATGCCCAGGATCGATCCGAACGAGGAGCATTTTTCTTGGATCATTTAACGGAGAATTCAGGATTTTCTTTCGAAAGAAACCTCCACAGGAAACGATTACAAACAGACTCACACAAAAGAAGAATATGGTGCGAAATGGAAAGACGGAATACGATTTCATTCTCTTTAAAATATTAGAACTAATTTGTCACGGTCGTTTTAAGAATCCAGAGATTTTTTAAAATACTTGATTTGTTCGTTTCCTTTTTCAGTCTATCCTCATTCTAAAAGATTCTTTCTACTGCGGAATCCTTTAGGATAGGAATCTTCATGAAATCAAAAATCCGAAATACTCTTCTACTCGCAATGATTTCGACCGCCTATTTAGAATGTACGTACAAATTGTTTGCGAACTCCCCTCCCTGCGGCGGAAAAGAAATCGCCGGAATGAAATGTATTGCTGCCGGAGAATTCATCCGAGGAAGCAATACGTACGATGCGGACGAGAGGCCGGAGGAGAAAGTTTATGTGAGTGACTTTTATATGGATATATACGAAGTCACAAACGAAGAATTTAATAAATGCAAAAACGCGGGTAAATGCCAAGAATGCTTAAAGACGGGTAAATGCAATTACATCGGACCGCGTTATGGTAAACCGTATTTAGGTCCCAAACAACCCGCGGTAGGAATCAGCTGGCATACGGCAAAAGAATTTTGCGAATGGGCAGGCAAAAGACTCCCAACTGAAGCGGAATGGGAAAAAGCGGCCAGAGGGCCCGATGGAAATTTATACCCTTGGGGAAACGAACTCGCAACCTGCGAGAAAGCGATTATCGCTGTGGGAGATACCAAAGGATGTGTCGCTAAAAAAACGGAGAAACCCCATCTTATGCCGACAGCCGACGTCGGAACAAAAGCCCCTGGGGTTTATGGTTTGTATGATATGGCTGGAAATTCATGGGAATGGACTGCAGATTGGTATTCCTCTTCTTTTAAAGTCTGCGGAGATGCGTGTAGAGGAAAAGATCCCAAAGGTCCTTGCGGTGGAAAAGAATCTTGCCCAGGTTACTCAAAGAAAGTCTTAAAAAGCGGCTCTTGGTGGTGGCCGGCAAGTTATGCGAGAGGCTCCAAAAGGAGAGCCCACATTCCGGAAAACTTTCCGGAATACCATCATTTCGGTTTTCGCTGCGCAAAGGACGCAGATAATTAATATGATCAATAATTTTAAATTAGGAATTTATTTTATTCTTATACTCCCGATCCTTTGTTTTTCATTTTGCTCCGGACCGGAAAAAACCAAAGAGACCCAAAACCACCATTCGAGAGAACAAAATCTCGTTTCCAAACTCGGGATTTTTAAGGAGACCCCTCAAGAAACCCTCGTTCCCACAAAATGGGACGTAGGCGATACTACCGTTTCCAACGAAGATCGCTTAGATCTTCTTATTCCTCACGTTCAAAACATAGGAAACGCTTATGTTGGAGTCGGATCGGAACAAAATCTCACAATCGCAGCTTGGGCGAAATCTGATTTTATTTATCTTATGGACTTTACCCAGATAGTCGTTCATGCAAACACGATCACAATTCTTTTCCTTAAAAAAGGAGAAAAGAAGGAAGATTTTATCCGTCTTTGGGGTAAAGAAGGCGAAAAGGAAGCCCTTGAGCTAATTCAGACCTCTTTCTCTGATCCAGAAGTCTACAAGAAAGTTTATAAACAAGCTTCTCCGTTTATTCGTAAACGTCATAAGACCAACTTGATGCTCGCCCAAAAATATAACTACAAAATGTTCCAAACCGACGAGGAACAATACTCTTATATCCGTAAATTGGCGATCGAGGGAAGGATTTTCCCCGTCCGTGGAAATCTTCTCGGAAATATTACGTTAACCGGAATTGGGAACACTTTGAAAAAAGTAGGCCATAAGATCGGGGTTATTTATTTTAGCAACGCAGAAGAATATTTTTCTTATCCTAAGGAGTTTAAGAATTCCATTCTCAATCTTCCGATCGAAGAAAATTCTCTTGTGGTGAGAACGATTTCCGTACGTAAAGACTTGTTCCCTTGGTCTCCCGGTTCCGAAATTTCCACGGACAGGGGATTTCACTACTGCGTTCAAAAAATTTCTAATTTTCAAAAATGGTTAACAAGCGACAAACCAGGACTTCGCTCTTTACAAGTTATGGTAGAAGGCGGGACCGTCGACAAGAAGAATGGAATCACAGTCGTTGACAAGGAACCGGTCGTAACTCCTACACCGACTTTAACGACTACCCCACCAAATCAAACAAGAACCAATCAACTTACACAATAAGAATCGAGTTCTGAAAGCAAATTAAACAATCCGTTTTCAGAACTGTCTGTATACAGAATTTGTCCTATGGATCCTACATAATAGGATTTTGAGACAAACCTCCCGTTTAAACGCAAAACTATAATCTTATTTGTATCTCAAGACGTAAGAATTTCTATAGAAACGTAACAACGAAAAGTATATTCGAAAGTTCATAAACTTGCTCAAGAGCGAGAACTCCTGCGTTTTTAGTACAAACTTGCTGAACAATTGTAACTGATTTTTTAGGTTTTTAAGATAGGCTCACAATCGTTTTTCAATTCCGATCCCACTTTTCTTAACCTCACGATACACTAACTGATTTTTATGATGAGAAATTTGACCTTTAAGACAACAGACAAAAAAGATACGTTCTTAAAATTATTACAAATATTATAAAATTATAAAGTAAAACATAAAACGGCACTTCTCCATTTACAAAAATCCAATCGAACAAAATCCACGCAAAAAGAAAACTCACTTCCTAAGTAACTCCAAGCTTTTTTCCTTCTAATTAAAACGCGACAAAATCGACTTAAGGATGCATAACTTACTATTAAAGTCCGGATATAAAATACGTTTTTTGTTTTTAAACCGAAACTTGAATCTAAAAAACAAACGTACTACGAAAGCAATTCAAGCTTTATTAAACCCTAAAGTAACAATCAGTCAGACATAACCCGCAACAAAATAAAGATTCAATAAACACTACCGAGCTTATGATTCATTTTACATTTACACTATAATTTTATTATTTACAATATCTGAAAAATATATCCAACATTGAACGCCAAGACACAGGAGTCAACATGACAGACTACATTGTTCGCGGAGGTGAACAAGAACTTCCTCCGCCTTATCATATGAAACAAGTAGAATTTTACGCCTTTTGTATACAAGGAAATCAGAATGCGATTCAATCTATCGTAGATAGAGATCTTAACGGGCCCGCAAGTGGCAAGATGCATTACTCTGCATTTACAGATAAGTTATTTCTTGTATTTGCAAAACAGCAATATCTTGTTCCGGGCAACGATTGCGGCTGGGTGAAGGAAACAGACGTAGGTTTTTGGATTCCTCTTTTTGCAAAAGATCCGTTTCGAATCCGGTTCTATCAACCTTATCTCTTCGTGGATATTCCTACTGCAATGGCTACGGGAAGAGAAATCTACGGTTTTCATAAAATTCAAGGTGAATTTCAAATACCTTCTCTTCAGGTTCCTCCCGAATACTTTTCCGTGGATGCGATCACCCCTCGTGGCAAAGACCGTCAGGCTATCTCCCAACGGATATTCACTCTTACTTGTCCCCCGGAAGAAACTCATTCAAAAGAATCATTCGATGAATTGTCTAAGTTGGGAAATGAATTCGCTAAGATTCTTTTCGACGACCCTTTCAAGATTAAAATTCCGAGCACTGGCTCAACAATCAATCTCTTGGAGCATTTATTTTTTCCCGAAGTTGGAATGGTCTTCTTAAAACAATTCAGGGATGCGGCCGATCCTAAATTAGCTTGTTATCAAGCAATTGTAGAAGCGAACAGCAAAGTTACTCTATTTCGTAAGGGCGGAATTTTGGAAGGGAATTACATTTTAGATATTTTGAGTAACGCGTATTTTCCTTTCATTTCCGACTTTGGCCTTAAAAGCACTTCCGTCTCGATTCAATTTGGACTTTGGTGTGACTTTGATTTTGATTTTTCTCCCGGAAAAATCATTCATCAAAACGTTTAAAACCACTTCGGAGAAAAAAACTACATATGTAAAAAACGAAATCGAATTTGGGAATTTGTTAGTTTAAATTCAATTTGCAAACATATATTAAAATTTTAATATATTCTACCAATATAGTTTAACTGATAACAGGTGAGATTTTATGAAGAACAAAAAAGAAAAAGTAATTATACTCGGAGGCGGTTTGAGTTCTCTCGTTACTGCATACGAAATCACTTCTAAACCCGATTGGCAGGAGAAGTACGACATCACAATTTATCAATTAGGTTGGAGACTCGGCGGAAAAGGCGCAAGCGGCAGAAATCAGGACTTTTCCAATCGAATTGAAGAACACGGATTGCACATTTGGTTCGGATTTTACGATCACGCTTTTCAACTCATCAGAAAATGTTATCAAGAACTCGGAAGGCCTCTCACTGATCCTTTAGCTACCTGGGAAGAAGCGTTTAAACCGGCGAACTTTTTCGTATTGGAGGAACAGATAAATGGAAATTACCAACCTTGGCCGATGCGATTTCCGATGAACAATCAAATTCCAGGAGATACTACCGAGCTTCCGGATCCTTCGGTTTACCCTTCGATGATTCTAAGTTATGTGAACGAATATTATGTAAGTCATCGGAAATCCATTTTTCCGGAAAACGAGCAAATTGATGATCAAAACATCTGGAAACAAATCTTAGAATGGATAAAAGACGAGGAGGAAAGAGACAGCTTAGACGTGATCGAAAAAATCATTCTCGTTCTAAAAAATCTTTCGAATAAACTAAACGATGATTTTGCTTATGATCACTTTCTAAAAATCCTAGACCTACTCATTGATAATCTTTGGGAAAAAGTAGAGAAAAAAATCGAATCGAACACCGAGGCAAGAAGATTCTGGATCTTAGTCGATTTCAGTCTCACCAATATCAAAGGAATAATTAAAGACAACATTTTAGAGAAAGGTTTCGAAAGTATAGACGACTTCGATTATAGAGAATGGCTAAAACGTCACGGAGCAAACGAACTCACGATCAACTCCGCGATCGTGCAAGCAATCTACGGTCTCGTATTCGGAGGGAAGCGGCAATACACTTTCGCCGCTGGCACGGCTCTTAAAGGAGCTTTAAGAATGGTCTTTACCTACAAAGGTGCGGTCGCTTATAAAATGCAAGCGGGAATGGGAGACGTCATTTTCACTCCTCTGTATGAAATCCTGAAAAGACGCGGAGTTCACATCAAATTTTTTCATCGAGTGAGGGAACTGATTCCCGGAAAATCGAACGGACAATCCTTGATTCAAACTGTAAAAATCGGCAAACAAGTGAACCTAAATAAGGATGAATACTGTCCCTTGATAAACGTAAAAGGACTTGCATGCTGGCCAAGTGAACCTCTCTACGACCAAATCGTGGAAGGAGAAATATTAAAAAAAAATAATATAGATTTGGAGAACTATTGGTCCACATGGCAGGATAAAGAGGAGATCATCCTCGAATATGGAAGTGATTTCGATCGAATCGTATTCGGAATTTCCATTGGTGCAATTCCTTTTATATGTCCGAAGATTTTAGAGGAAAGCTCAAAGTGGAGACAAATGACGGAATCGATCACAACTTGTCTAACGGATGCGTTTCAGCTTTGGATGTATCCCGATATTGCAGGTCTAGGATGGAAATATTGGAAGAACGAATCTCCGGTGCTAGGATCTTACGTAGAACCTTTTGACACTTGGTGCGACATGAGTCATCTCATCAACAGAGAATCTTGGTCAGATTCCCTCTCGCCAAATCATATCGCCTATTTTTGCGGCCCTTCTCCCGCCGGAATAACACCTAAGGATCCTCTGGTTAATCCGGATATACCGACTCAGATGAAAAAATTAAAGGAAAGGATTGTGAAATTTCTAGAGCAAGACGTGCATGTTCTTTGGCCGACTTCTACGATTCCTGGAAAAACTTCAGGGTTCAATTGGGATTTTTTATTGGATGCAAACAAGGCGGAAAAAGGACCTCAAAGAATCGAATCCCAATATGTCCGTTTAAATATTCAACCCACGGAAAGATACGTTTTATCGGTGAAAGGTTCGACGAAATACAGACTTCCGGCGGGTAATAACGGATACTCCAATCTTGTAATTACGGGAGATTGGATTCAAAATTCCGTGTTAAACGCAGGATGTGTGGAAAGTACCGTCGTAAGCGGTATCGAAGCGGCTCGTTGTTTTTCTTAAATTTCGGAAATGGAATCTTTTTCTTTTCGATTTTAGAAAGAACACTCAATTTTTCTAGGATGAAATTCCAGCTCCACGGTTTTAAGACGTTAGGACTTTTTTCCGTAAATCATCAATTTTTAATATATAGATCTCTGGATCAAAGATCGGGGAAACGCGTTCTTCTCAAACTCCTTCGTCAAAAAGACAGGACCATTAAGAACATTCAAAAAATCTATCACGATTTTAGAATTTCCAATTTTGTTAAAGGACCGAGAATTCAGAATTCCCTAGAATTAATACGACATGAGGGCAGTCCAATTCTCGTAATCGAAGACTGCGATTCAATTCCTCTTTCGAGATTGTTTCCTAACGGAGTGAATTCCATTGAGAAATTTTTTGAGATTGCCATAGGCATCTCCTTAGCACTCAAAGAAATTCACGAAAAAAAAATTCTCCATCAAGCACTCCGTCCAGACAACATTTGGATCCAAGCGAAAACGGGGATAATTAAAATTACAGATTTTTCATCCGCAACTTTCTCGGACAAAGAAACCTCAATTTCGATTACGCCGGATTTACCCGTCGAAATACTTTCCTACATCTCCCCAGAACTAACCGGAAGACTCTCTCGTATTCTGAATCTTCGCACGGATTTTTATTCCTTAGGAGTCATTTTATATCAGATGATTACTGGAATTCTTCCATTTACTTCCAAAAACGGAAATGAAATTTTACACGCCCATCTAGCAAGAAAGCCAATTCCAGTACACATAATTCGGAAAGAATTGCCTATTCCGATTTCACTCGTTATCTCTAAATTACTTAAAAAAGATCCGGATCAACGTTATGCATCCATTGATGGGTTGATATACGATTTAAAACTCTGTCTTCAAAATTTTCAAAAAGGAGAAATCGATTCGACGTTCATTCCTGGCTCCAGAGACATTCCGGAACTAACATTCGATTCTTCCGTTCTTCACGGAAGAGATAAGGAAAAAGCCGTTTTAGAATCTTCTTTTAACAAAGTACTCCGGGGAGATACGGAGCTTGTTTTTATCACAGGTGATTCTGGTTCCGGGAAATCGGCACTTGCAAAATTTTTTTTAAAGAGTATCTCCGAAAGAGGCGGAATTATCATCCAAGGTAAGTTCGATCAGTATGAAAGGTCGATTCCGTTCGGCGGACTTATACATTCCTTAAGGGACTTGGTTCCGATTTTACTTTCCAAACAAGAAAAAGAAATCAGGAAATTAAAAAGACTGATCACCCAGTACATAGGAGACAACGGAAAAATACTTTTGGATCAGCTTCCCGAATTGGAGTTTATTTTAGGTCCGCAACCGGAATTGTCCGAATTACCTCCAGATGAGAATCGAAACCGTTTCTACTATACTTTTCATAACTTTATCAGAGCCCTTTCCGAAATGAGCAGACCACTCGTCCTTTACATGGACGACTTACAATGGGCCGATCCGGCAAGTCTTAATCTCTTAGAAACTTTTTTTATCCATTCGAAAATTAAGAATTTCTTATGTATTCTCTCATTTAGACCAGAGGCGGTCGAATCTCCAAATTCGTTTTCCGAAATCCTAAAATCCATCGAAACTAATAAGATTCAGAAAAGTCTGATTACAATCGACTCGCTCGATAAAAAAAGCATTTATCACCTTATTCAGGATTTGGTTCCCAGCTCAGAAGAGCAAACTCGGTCCGTAACTTCCATCCTCCATAAGAAAACATTGGGCAACCCTTTAGCGGTCATTCAGCTCCTTAGAACCTGTAAAAAAATGAATATTTTCTCTTACGAATTCGAATTTCAACTCTGGAACTGGGATCTCGAAAAAGTCGATAGTCTATCCGCTGCGGATAATGTCGTCGATTTTCTCTGCGATAGAATTAAGGAACTTACTCCGGAAATTCGGGAACTGCTCGGAATCTGCTCTTGCCTGGGAGAACGATTCACTTTAGAATTCATTTCAAAATTAAGTTTTTTTGATATTCCAAAACTTAATCAAACTCTTTGGGAGGCGGTAAAAGAAGGACTTTTAATACCCTTTCATAATCAGAATCAATCTATTTTTGAAAAAAGCCTTTCTTCAGAAAGAACCTTCGGTTTTTCGCACGACAGAGTTCGACAAGCAGCTTACAGTCTTTTAGAAGAATCAAAGCGAAAAGAATTTCATAAACAAGCAGGAGTAACCCTGCTTGCCATTCACGGTCCAGAACCTAAAAATAGAATTCTTTTTGAAATCACGAATCACCTTAATCAGGCTCTTGATCAGATCGAAGAAGAAACTCTTCGTAATAATCTTATAACCCTAAACTACAAAACCGGTCTCCAAGCCAAAAACTTCGGTTCTTACGAAAGTTCCCTTCAATATCTGAACTCTGCATTGAATTCTTTGAATCAGGAAGTTTGTATCAAAGATTTGGAATTTTATTCCAATTTGATTTTGGAAACCGCAGAAACGGAATATCTTTTGAACAATTACGAAAGGGCAATATCACTTTTGGGATTATTAGAAAATTTAAGCATTTCGAATTTACAGTATATTCGCGCAAATATGATACGTGTTCGGCTTTATTCTAAAATGAACAAAGTCGAAAAAGCCGTTTTAGCCGGTCTATGCGCGATGGAACGTTGCAATATTCAAATCCCTTCCTCTCGATTTAAAATTAATTTGGTGCTTTTTAAGGAATTACTTCTCTCTTTGATTTTATCCAAAGGAAAATCTGATTTCGAACTAGTCCATCTAAAGGAAAATTCGGAACCGGAATACCAAGCTCTGATTGACCTTTTTGCAGATCTTGGTCCTTCCGCATTCACGTACAACCAGAATCTTTTTGCACTCTTAGTATTAAAAATATTTAATGCTTCTTTAACAAAAGGAGTTTCCAGAAGTAGCCCGATTGCATATAGCGGCTACGGAATGATCGTAAACCAAATATTTAAAAATCTGAATCAAGGAATACGTTATTCCAAAATTGCGATGGATCTAAACAAAAGGATTCCCTTCAACCTTGTAAAATGGAAAGTACAGTACGTTTATTCAGCTTATCTTTGCCATTGGAAGAAACATATCATTCCCGACATAAAACTGTTAGACGAAGTTCACAAAGGAGCGTTACAGAACGGAGACATTCTTTATGCGGGATTTAGCCTACAGGCAAAAATTCAGAAAAAAATCTTCGCTTCCTGCCCGATAGAAGAACTTTTAATGCATGCAGATTTCGCAGAGAAATACTTTAGAACTGCAAGAGACGATTTCGCGTTTATGATTGCAAAAAGTTCCCATCAGTTGATCAAAGCTCTCGCCGGAAAAACTTCGTCTCCTAATTCCTTGAACGATTCGGAATTTCAAATGGAAAATTTCGAAAGAAAAATCCTACAAGACAAAAATTATACCGCGCTTTTCTACTTTTATCACGATCTTACCAAACTTCATTATTTTTCGGGACAATTTTCAAAAGCTCTCACCTACGGCCAAAAAGGCGAAGATCTAATTCAGAATGCGTTCGGTTTAATTCCTTTTGCCGAATTCTGGTTTTATTACGGACTCACCATTTTGGCAAATTTCGACGAACTTCCATTTTTTAACAAGATTATATATTCAAAAAAACTAAATCTTATATTCTCTTATTTCACCAAGTGGAGCAAAAATTGCCCTGAAAACTTCAGGGGACTTCTCGAACTTTTACACGCGGAAAGAGAAAGAGTACGAAAAAAAATCTCCGAAGCGATCACAGGTTACGAAAAAGCAATCAAACTTTTTCAAGAAACGGGTTTTGTTTCATTTCAAGCCCTATCTAGCGAAATCGCCGCAAGATTTCATTATAAAACCGGGAACTTTTCCTTAGGAAACCATTACATACGACTCGCCATCAATTTTTATTCCGAATGGGGAGCTTCAGCCAAGGTCGTCGATCTGAAAAATCGTTTTGCAAAACGGCTTAATCTCTCTTTTTCCCATGAAACGACTCAAAAAAAGCTTAACATTCAAAATACGAATTTAGACCAGGAAATTATATTAAAAACGTATAATGTTCTTTCTGAAGAGATTGTTCTAGATAATCTTTTGAAAAAATTAATTCAAATCGCGATAGAGACCGCAGGTGCGACAAGAGCTATTTATTTCCATTTACACAACAAAAATTTAACGGTCTATCTCACAGGACAAAGTGGTGAAACGGAAATTATAGTGGAAAATTTTCCGGAAATCGACGAAACTCAATATCCGATTTCATATCTTAATTACGTTTTTAGAACGCATAGAATAATTTCTACTCGCGAATTGGATTCCTCTTTGATCAAAGATTTTACCGATCAGTACATCAAAGAAAAAAAACCTCAATCTATGATTTGTATTCCTCTGTTACACGCGGGAGAACTCAAAGGAATTCTCTATCTCGAAAATCAATTAGTCAAAGGGGTGTTCACCGAAAACAATATCCAAACCCTAAAGCTGATCGCCGGGCAAGCGGCAATCTTAATCGAAAATGCAAACCTCTACGCGGAACTCGAAACAAAAGTTGCAAAAAGAACAGCAGAACTCAATAATACAATCAATCTGCTTCAAAAAGACCTACTTTACGCACAAAAGATTCAAGATAGAATTCTACCTAAACCAGAATATACGTTAGGCAAAATATATATTCTCACGAAATACGTTCCCATGACTCAAGTCGGAGGTGATATCTACGACTACGCAGAAATTTCTCCCGGTAAGGTGAGAATCTTTTTAGCGGACGCTACCGGGCACGGAGTACAAGCCGCGTTAGTCACCATGCTGATTAAATCCGAATATGAAAGTTTGAAATATCTAGACCTACCTCCGGGCGAAATAATTTCAGAACTCAACCAAGAAATCATCGCGAAATACAAAACCCTCAAATCCTTTTTCAGTTGCCTCGTCGCCGACGTGGACGTCGAACAAGGAATACTTGCCTATTCCGCAGCGGGCCATCCAGATCAATTCTATCTTTCCGGAAACACGATCACAAAATTGTCCAGAAGCGGACCGATCATTGGTATTCTTGAAAATATAAAGTATAATTCCCAGTTTTTAGAGATATCCAAAGGGAATAAATTATTTTTCTTTTCAGACGGAATGACAGAGGAGTTCAATCCCTTTCGAGAAGAATTCGGAGATCATAGGCTTTCAGAATCTATACTCAGACAGGCCTCCAAGCCCGTTTCAGAAATTGTACAATTCGTATTCGCAGATCTTCAATCCTTTCTTTCGGGTCAAAAAATTCAAGACGATATCACATTCTTATCCGTGGAAATATTATAATATATTCAAAAAAATCAATATATCACTTAGAGCCGGTCTCAAAACTGGTTGTACTTTTGAATCGTAATTATTTACTTGTGAAATGGACAAATATTATTCAGAGATCCCCGATGCACTTTGGGAAAAAATAGAACCATTAATCCCAAAAGTTAGGGCAAATCTCCAAGGAGGTCGCAATCGATTACCTACAAGAGTGGTAATGGCGGGGATCATCTATCGAATGAAAACAGGCTGTCAGTGGCGGGCAATTCCGAGTAACTTCGGATCTGGTCAAACTTGTCACAGAAGATTCCAAGAATGGGAGCGAGCGGGAGTATTCAAAAAGGTTTATAAATCTATTTTAAAATATTATGATGTGAAGAATAAGATAGCATGGGACTGGGCCTCGATGGATTCCGCAATTGTTAAAGCTCCCAAAGGGGGAGTTTAACCGGCAAAAACCCTACAGACCGCGCCAAATTAGGGGTTAAACGGCATATTCTTACGGATGGAAATGGAATTCCATTGGCCATAACATTGAGTGGAGCCAATGTTCATGACAAGCATAACGTAAAAGAGACTTTAAATTCAATCCTGATTTTTTCCGGTAGAAGAAAAAAGAAACCAAAACATCTCTGTCTTGATAAAGGATATGACTTTAAAGATACGGAAAAATTAATTAGAAGAAGAAATATCCGGCCTCACATTCGAAGAAGAGGCGAGAAACCATTGATCGGTAAATATAAAGGAAAGCCTCGAAGATGGGTCGTTGAAAGAACTAACAGTTGGCACAATCGATTCAGGGCTATCCTTATCCGGTGGGAAAGAAAATCTGAAAATTATATGGCTTCTCTTTACCTCGCGAGCACTATTATTGTTTTCAATTTCTTTAATAGATAGTTTTGAGACCGGATCTTAATGTAGGGACTACTACAAAAATTGAACAACAATAAAATAACGTGAATTCGGCATAGCCAATGCGAAAGCGATTGTAGTGGAAATTCCGAAGGAATTGGAGCGAATAGCGCGGTCGCGAGCCATTTTAATTACGAAATTTGCGAGCGATTCGCCCAAACTTTCTTATATCGAATTCACGTTAAAATATATTCAAAATTCATAAAATTTATAAAGAGGCGCAATATGTGGGAGCCACAGAACTTAAAACCATTGATATTATTATGAGGTTATCTCAAAAACCGTCATCCGTGTAGTCAGACTTAAAATTTCTTGTACTTAAACTATAAATAATATGAGGTTATCTCAAAAACCGTCATCCGTGTAGTCAGACTTAAAATTTCTTGTACTTAAACTATAAATAATATAATTGATCGTTATGAGCCGATTAGGTGACTTAACGAACGAACAATGGGATTTGCTTTGCGATTTACTTGTAGAACCCGAAGCAAGAGATGACGGTAAAGGTCGTCCGCGTGTAAATTCAAGATCAATTTTGGACGGTATATTATGGATTCTTCGCACTGGTGCTCCGTGGATAGACCTACCTGATAGATATCCCGCATATCAAACATGCCATCGAAGATTTCAAGAATGGCGCAAAAATGGAACCCTGGATAAAATTTTAGAAGCGCTTCTTCATGACTTAGAAATAAGAGGCAAGATGGATTTAAGTACGTGTTTCATTGACGGGACTTTTGTTCCTGGAAAAAAAGGGGCCTACGTATTGGCAAAACTAAACGGGGAAAGGGTACAAAAGTCATGGTTATCGTCGACAAAAATGGTATTCCTATCTCCGCCGGGATTGAAAGTGCTTCGCCGCATGAAAGTAAGCTCGCGGAAGGTGCAATCATCCGCAAAAAAGTCAAAGGCAAAATCAAAGATTTAGTCGGAGATCGTGCTTACGATTCTGATCCTTTAGATGAATATCTTAAAAAGAAATATAAAGTAAATTTGATCGCTCCACACAAATCAAATCGAAAAAAGAAAAAGACACAGGATGGACGTAAGTTGCGGAAATATCGTGGAAGATGGAAAATTGAACGAACTTTTTCTTGGCTACAGAACTTCAGAAGATTTGCAACTCGATACGAACGAAACGATCAAAACTTTTATGGAATTCTGATACTCGCATGTATCATGATCGTTATTAGGAGTTTTTGA

Protein sequences of DBSCAN-SWA_1

>CP030147|430519:469493|449081_449831_-|AXR59685.1|DBSCAN-SWA
MRHNLIDFLREFVQKRRNILLLALLIGILSVGIMLGFGYQGMIPRELNKLIITGHEKLKTEEIVRMLEIQPGTSFDTLDLDLLEKKLSRLPRVNSARITKKSEDQLLIELTEKKAVYVVNSNGHLYEIDSELRLLSKDDVREKDLCILSGNFPVKNGAIQDAIFRDLYNSVEQAFRIYPALKPRISEVLLQEDGEIFFFADEPIQLRIQIGTLLHRDQIRKLYAILAYFEKDRIQSELVDIRGEDAVYH
>CP030147|430519:469493|460047_462120_+|AXR59693.1|DBSCAN-SWA
MKNKKEKVIILGGGLSSLVTAYEITSKPDWQEKYDITIYQLGWRLGGKGASGRNQDFSNRIEEHGLHIWFGFYDHAFQLIRKCYQELGRPLTDPLATWEEAFKPANFFVLEEQINGNYQPWPMRFPMNNQIPGDTTELPDPSVYPSMILSYVNEYYVSHRKSIFPENEQIDDQNIWKQILEWIKDEEERDSLDVIEKIILVLKNLSNKLNDDFAYDHFLKILDLLIDNLWEKVEKKIESNTEARRFWILVDFSLTNIKGIIKDNILEKGFESIDDFDYREWLKRHGANELTINSAIVQAIYGLVFGGKRQYTFAAGTALKGALRMVFTYKGAVAYKMQAGMGDVIFTPLYEILKRRGVHIKFFHRVRELIPGKSNGQSLIQTVKIGKQVNLNKDEYCPLINVKGLACWPSEPLYDQIVEGEILKKNNIDLENYWSTWQDKEEIILEYGSDFDRIVFGISIGAIPFICPKILEESSKWRQMTESITTCLTDAFQLWMYPDIAGLGWKYWKNESPVLGSYVEPFDTWCDMSHLINRESWSDSLSPNHIAYFCGPSPAGITPKDPLVNPDIPTQMKKLKERIVKFLEQDVHVLWPTSTIPGKTSGFNWDFLLDANKAEKGPQRIESQYVRLNIQPTERYVLSVKGSTKYRLPAGNNGYSNLVITGDWIQNSVLNAGCVESTVVSGIEAARCFS
>CP030147|430519:469493|430519_431749_-|AXR59668.1|transposase|DBSCAN-SWA
MSKPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSNKKLKGDFGTIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSADLISEVTDSVLETVIEWQNRPLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSIIFGDRLKFDSF
>CP030147|430519:469493|456167_457049_+|AXR59690.1|DBSCAN-SWA
MKSKIRNTLLLAMISTAYLECTYKLFANSPPCGGKEIAGMKCIAAGEFIRGSNTYDADERPEEKVYVSDFYMDIYEVTNEEFNKCKNAGKCQECLKTGKCNYIGPRYGKPYLGPKQPAVGISWHTAKEFCEWAGKRLPTEAEWEKAARGPDGNLYPWGNELATCEKAIIAVGDTKGCVAKKTEKPHLMPTADVGTKAPGVYGLYDMAGNSWEWTADWYSSSFKVCGDACRGKDPKGPCGGKESCPGYSKKVLKSGSWWWPASYARGSKRRAHIPENFPEYHHFGFRCAKDADN
>CP030147|430519:469493|457050_458154_+|AXR59691.1|DBSCAN-SWA
MINNFKLGIYFILILPILCFSFCSGPEKTKETQNHHSREQNLVSKLGIFKETPQETLVPTKWDVGDTTVSNEDRLDLLIPHVQNIGNAYVGVGSEQNLTIAAWAKSDFIYLMDFTQIVVHANTITILFLKKGEKKEDFIRLWGKEGEKEALELIQTSFSDPEVYKKVYKQASPFIRKRHKTNLMLAQKYNYKMFQTDEEQYSYIRKLAIEGRIFPVRGNLLGNITLTGIGNTLKKVGHKIGVIYFSNAEEYFSYPKEFKNSILNLPIEENSLVVRTISVRKDLFPWSPGSEISTDRGFHYCVQKISNFQKWLTSDKPGLRSLQVMVEGGTVDKKNGITVVDKEPVVTPTPTLTTTPPNQTRTNQLTQ
>CP030147|430519:469493|434489_436001_-|AXR59672.1|DBSCAN-SWA
MRKKLFSNLFFRASKPVPAWSLGLYRIIFGILLFILVFRYFTNGWISRYFLDPNFHFKFYGFSWIGVLPGWVLYPLFVSLLFFAVFISLGIFYRISVFCFFLIFTYINLLEVAVYLNHYYLICLLLFILIWIPADRALNIFHIFRIFKSGSIQNIDPIPQWSLYILRFQIGAVYFFGGVGKLVPDWLFEAQPVRIWLLRNSDIPIFGPILSMSATGYFFSYAGLIFDLSIPFLLLFRKTRMLGYSLVIIFHFLTWKLFPIGMFPWVMILNATLFFSPTWPIDLFQFLKSRSMFPDRENIFHFLWTRFPIHFKESVLVFIESYLFFLESKSSISEKFVFYKVETLRKKIDFLLSDRMLYYFWIFYILFQSLFPLRHFLYPGNHLWTEQGFRFSWQIMLVQKNGIASFRMVNQQTGETNVVLPESHLNEIQRIMMSYQPDLILQFAHWVGKNEKKRTAQEVSVYADVMVSLNGRKSQVLIDPERDLMKVSNSLLNKEWVFSGDEE
>CP030147|430519:469493|432378_432750_-|AXR59669.1|transposase|DBSCAN-SWA
MTEVNNPHDRLIRETFQDKKEAAIFFKNTLPLEVVRLLDLENLELSESSFISEELKQEQTDLLFQIPLKSGNKTNLYLLFEHKSYLDNSIYIQLLGYLTEIYRNQHRNGESIFRSVRFNKSRS
>CP030147|430519:469493|446616_447825_-|AXR62288.1|DBSCAN-SWA
MIRFEEEVKSSPAVIKVFGVGGGGMNAVTRMSNSTLKGVEFTILNTDEQVLLRSPVENKIILGTKVTRGMGAGGDPELGYRAAEEDKERIQSSVRGADMVFVTAGMGGGTGTGAAPVIAKIAKEMKCLVVGVVTLPFSFEGKKRMELARKGIEQLRSHVDTLILINNDSIFRVVDKSTPIDLAFQVIDDILLNAVRGISDIINNPGLINVDFADVKTIMKDTGDAVMGVGEGSGEGKVKEAVEYAINNSLLDSASITGASSLLINVSGGKDLTISDWNEVSGIITSQVDPNANIIVGLHEDESLSNKIRVTVIATGFDRRSSSGKLIQNQDLTARVQENYGLQKKAVGMENSSAKKKELFQDENAEQNRNSGSLRLRSSNGSAPKVDDYDIPAYLRRNNSGS
>CP030147|430519:469493|436937_437966_-|AXR59674.1|DBSCAN-SWA
MFQNILHLILTLLRIQIFFYKNFGNLQADSKNSTFCKSIHRVEFKGIDSNFPWKRIFLLLFLFVFVSCERSKNFGFQNRGDRPPTVEDLEAWKERLAMEEAEIVELEKKISSMAQKTRSAGALSWKIAQGYMKIGDYDMGVKFYNRALKENNEGKKVEIVGAELHFFEPAIPFFEKALLLKPIDQQLLFETALAYANASKDRGWETVRRQIAIDLFTHLAIQDPRDSRFPFQLALIYFDSSMPDSSWEGVSAGFHDQDKALRIIDDIIKKEYKNVPARFAKANFLYRLGRTEDSKEEYLKVKKTIEELNDAGLVRGGLEKNDSYQNVLQNLKKIEESSSKAE
>CP030147|430519:469493|438109_438457_-|AXR59675.1|DBSCAN-SWA
MKKIGKIVYAVPFAIFGLFHFISGPAMTGIVPSYIPFPIVWVYVTGLALIAASVSVITGIKTYLATVLLAVLLGIFVVLVHLPGAAAGNQASTIALLKDVSLLGAALLIAGTSKD
>CP030147|430519:469493|454491_456018_-|AXR59689.1|DBSCAN-SWA
MKSYSVFPFRTIFFFCVSLFVIVSCGGFFRKKILNSPLNDPRKMLLVRIDPGHLGEFKEKTEGKYTISYQEADSYYSVMSKEDVEKFGFPSPGVTVVKQYFPFKYYSGNYQDLIKEQFTGLDDLKKGYKDNILNIHYILGVASRYPERARAEVIGKTARGREIPALLLTNTNLSDEEKISVLFNCAHHANEVISIEHCYDIVYSVLSKPKRYEEILNKMKIWVVPIVNPDGARHFWHVSNLMGRKNGHPGIGPVNDKLNPGVDINRNYPFFWGKTGGGYSSSNPSNYFYRGPSAGSEPETKAMMDLADRERFAASISYHAYANCLLIPYSIDSLNNPEPDMAGELGRKIAASVASLNPEKEFEPKKNIYPIDGVDQDYLYFTHGTLAYLLETTHLNPVYGEVEKVNVSLRETWNILLNEVLEGRKIFLKVTDEFGTPLEAKIEIERIKYFHEEIRVSNPVNGFFFQLFPDRKETKIKISKKGYESVEIWSRPRRNWEPLKIILKKSRI
>CP030147|430519:469493|446006_446387_+|AXR59683.1|DBSCAN-SWA
MRVTRSNLIPLKLQNCMKSGRKSAFLISIFTFSIVFLIDCRKTPNEEECVENQMHNVKLIAQASEDEIPPTMQQIMLKQILQPAMSRAIVLRCMSEKTLKQVQCELAKEKFRDLKECKKFGKEESK
>CP030147|430519:469493|453589_454492_-|AXR59688.1|DBSCAN-SWA
MFRIGQFGNEVYLILCTLVWGGTFTMTVFGLRDTSPSIFLSLRFGIASFVFFPFVWKEFRSGKVWYPSAFWLGMFLYLGFACETLGLKTTTATKSSFLIGTLVVITPFLEAVFKRKMPARGNLLGAAVVFTGICLILLGEIGMEGSLMITSGDWITLGGAFFFSLYIIQMDRVGSEIPIRVSIFYQSFVAGFLALVSTIGLHFTGIEEARINPSMGLIPGVLYNALLASVLTTFLQTKFQRYVSPTRVGIIFSLEPVFSSIIAFLLLGETSGPIRIAGCTIVFAGLILAELIGKDREADF
>CP030147|430519:469493|440350_441094_+|AXR59678.1|DBSCAN-SWA
MKFRFYVLFFYSILILFANCKIDQRVSADKSHRTVLASADASCQVAFVEPLYSFLFGLLPVFRKAEPEPGPGKTLRVTEVTNWKDYVVTALGGWAITLVRRTRTIEFCQENLYASNWNPEKISIDQTLYQMAVSGKIIVHLKSGDPLTQVKIVGFDESSVDVETVTPDPQGGMMDRAFLRDGSILDGKQIGQDDKEVIMENLEGKKITIAKSTLHKIDMRVPKMIKEKKNILKSEISRIAFEDFEKK
>CP030147|430519:469493|447850_449080_-|AXR59684.1|DBSCAN-SWA
MSEPRDKIIAALDLGTSLTKVVLARPISEYEVEIIGTGAYPSSGVKNGSIINIESTTRSIIEAVSEAELTSGQEISVVAVNITGKTVRADNSKGVVAITNRDRTVTEPDVVRVIEAAQAIRVPADQQILHVLSKEFSVDDQTSIRDPIGMTGVRLEAEVHIVTAGITAIHNLEKCIESSGLACEVMILSSLASSESVLTSGEKDLGTAVLDIGAGICDLIVYVDGGISYSSVIPFGGINVTSDISIGLKTTLETAELLKKRYGHTILSEIDPTETIEIPPISGRPARQVLREELVSIIEPRMREIFEMADKELEKSGKKGLLAGGVILTGGGSLLEGIDTLAEDVFRLTASRARPGGISGLAEKASSPEFSTVIGMIKYADRMTDMDQKSVDRSEGWSKKIKRWIEDNL
>CP030147|430519:469493|433711_434485_+|AXR59671.1|DBSCAN-SWA
MTSPVLFLGHGSPMNLITPSNFTLNLEEFGSTLPEVKNILVISAHWKTKGTYVTTSDSPKQIYDFYGFPSELYEIKYRPSGSPKLAERIQNSLKTINVQPTQEWGLDHGSWGVLYFLFQKANIPVLQLSLDSNLSPEKQYEIGKELQPLREEGTLILGSGNIVHNLQKADFYDMNATPADWAIEFDEFIRQTLESRNDKEILDFQKKGDIATLSAPTTEHLEPIFYVLGAMKPEEKVKFIHHSFQNRTVSMRSFTSV
>CP030147|430519:469493|441316_441802_-|AXR59679.1|DBSCAN-SWA
MFRIGNGIDFHKLEINQSRPLILGGVECESEFALVGHSDADIILHAISDAILGALALGDIGQYFPDTDPKLKNIDSKVILAKCLELMKERNFQLVNVDCTVIGERPKITPLKEKITKSLCNLLNLPVDCVSVKATTTEKMGALGRQEGIGTFCSILLRKKS
>CP030147|430519:469493|435957_436941_-|AXR59673.1|DBSCAN-SWA
MNPLVLIDSNVSKFCLKNRIFEKLNSWTSLSEHLKRFLPSSVLQKALYTSEKISNDLKKTGFSVLSFFDPEYSSLLKEIYDPPLILFYKGNLNILDLSFAAVVGTRNPSPISCYAAELIPSYLKKKGFSGIVSGFAKGIDATSMSAALDEELAVIGVMGTGPETEYPFENRKLYQRMKYSKRTLILTEYPPGQKILKYTFPKRNRIVTGMCNSVFIVEAPEKSGAISSANNALEQNRNIFIFSDPRQAKNQGGEILIRDGAGSLDLNDISFGMREVFHMNHLLPDSQSKIPGMLAELSEKRFSGEWKSIGSGYYAKKTFFQPILPGF
>CP030147|430519:469493|432748_432973_+|AXR59670.1|DBSCAN-SWA
MAIVYFRFLLSQLDSNRKTYVLRRNLKLKNFIFEFYRSSFDFISDIKNNTENFFFGRIVIRPVSKQFTNFFERS
>CP030147|430519:469493|439258_440302_+|AXR59677.1|DBSCAN-SWA
MRRILRTILPLFVCGFFVNCFLNPLSKLVTDTVFPTKEDCQNCEEQLLVAVSAVSHPRVLQPRADGIQAFALNLSMSFPFYCIVGICAGGITENQPTSTVSVAVPNGTDLTALKPNFLIPENSKLEVNGESQISGTSVQNFTSPVIYKFTDSKGESQSYTVTVSPAPPEDRVNGTVLFPTGDLWTKCSYGQVWRPGFNDCKGKGNENDNYGANTDIVFCDTADASCDIYGNFAFQNACFEMQQILSPPNIPMNVLRAGDFNRLSALVLCNGFSKGPSCGTADQCLGNSGTTVNESLFPQTVNGYYWTSSICSVLNMQVIQFGGLSNTTVQVKNGKGKALRCTYNIFS
>CP030147|430519:469493|468699_469218_+|AXR59694.1|transposase|DBSCAN-SWA
MIVMSRLGDLTNEQWDLLCDLLVEPEARDDGKGRPRVNSRSILDGILWILRTGAPWIDLPDRYPAYQTCHRRFQEWRKNGTLDKILEALLHDLEIRGKMDLSTCFIDGTFVPGKKGAYVLAKLNGERVQKSWLSSTKMVFLSPPGLKVLRRMKVSSRKVQSSAKKSKAKSKI
>CP030147|430519:469493|451224_452319_+|AXR59687.1|transposase|DBSCAN-SWA
MKRKIYVGMDVHKETNRIANLTNNTKEIVKEQQIKHNEVQIKKFVNKLKSEWNEIHSCYEAGVTGYPLYRYLKSLGVNCILVAPGKIPRQSSDKIKTDKRDAIKLAKLLRSGELESIHVPSEEDEAVRDYLRSRDSLRLDLGRNRQRLMKFLLRKGITYSATKYWTVSHNKWLNNLQFNNEILQETFNDYYSRVRVQEENLKAMDKRIQEIAESEPYREKVGILRCFRGVDYLTAMFLLCEVCDFKRFKTAGSFMSFLGLVPGEYSSGSKRKQTGITKTGSPRLRRILTEAAWQHRFPGTGSKIVTARRSGQPALVVALAEKASLRLHKKFRNLQQRGKTPQVMITAVSRELSGFLWAAMNLVA
>CP030147|430519:469493|444278_444788_-|AXR59681.1|DBSCAN-SWA
MGFVAHKQFVLVLLFCFLVTFDCIVSKQKEDTINQQLLGWILTSATNPSCLDYYSQENLCLKSPVSINEKCSSQEMDRLQNGIHPTNMQNREVLEELLHCWSKCNSTFFLSYSSCSFETESDYVTAKRSGSTNSGNLWRQCQSNCNTGTDSSFSKLKGISTTTTYWPYP
>CP030147|430519:469493|458981_459905_+|AXR59692.1|DBSCAN-SWA
MTDYIVRGGEQELPPPYHMKQVEFYAFCIQGNQNAIQSIVDRDLNGPASGKMHYSAFTDKLFLVFAKQQYLVPGNDCGWVKETDVGFWIPLFAKDPFRIRFYQPYLFVDIPTAMATGREIYGFHKIQGEFQIPSLQVPPEYFSVDAITPRGKDRQAISQRIFTLTCPPEETHSKESFDELSKLGNEFAKILFDDPFKIKIPSTGSTINLLEHLFFPEVGMVFLKQFRDAADPKLACYQAIVEANSKVTLFRKGGILEGNYILDILSNAYFPFISDFGLKSTSVSIQFGLWCDFDFDFSPGKIIHQNV
>CP030147|430519:469493|444958_446026_+|AXR59682.1|DBSCAN-SWA
MRKLSSLITVLVLLIYLGNCAATVDVEYPVFPKDKEGRALQKFLGTIRNVGLAVEAPKKSLWEAIFGEGSSFIDQMPSKVFEAFDKESYYKLTDLSKRADILNEATLSLTGITKSRAKIGNLIGAEAILYIGYQKPYTECGSENKIDAVAAGLKVAGFAASMATGKEVNTGNDPVSKPTGVRYMLIPLDATLIKVETGEVKKAVVSNPAKIFNSVGNLECPSILDSFGQGLDEAAAYIKGRLSPIVKTERIKVFVKDEDEEVKELLQEGYEEIVGETPSFKKAKEAWEKADKKAKGQSWGAKANLATYYFSVGDFEKSIKLYEEAMKLKDADKSYLRELRKRVEATFAVDESNAK
>CP030147|430519:469493|443307_444282_-|AXR59680.1|DBSCAN-SWA
MKTLEEITIALKNTYMEHEVEEKLPLIQEIQKLKREKNAILLGHNYMTPDVFHGVSDITGDSLYLSKVATDTDADIILFNGVHFMAETAKLMSPQKKVLIADLKAGCSLAESITRQDVIDLKRKYPGVPVVTYVNCTADVKAETDICCTSANALQVIESLESDTVIFLPDRYLAANVQNLTRKKIITHPGSCMVHEMYSAEDIELTRRQFPGVTVISHPECKTEVVDHSDYSGSTSQMSDFIRKSGTKNIFLITECSMGDNLRTEFPDRHFVSTCQVCPHMKKITLEKIKDALLYDQYEIHLDPEVIEKGRMSVQRMLDLSFKK
>CP030147|430519:469493|431861_432323_-|AXR62287.1|transposase|DBSCAN-SWA
MELKDKLESITFQVTLGVVQKIREGDLEFISHLPGLFSLLLEIEEESKRVAILRKLLLYIYWVRDFKPSELKGIFQRSKLEPYEELTVTTAERLISEGMQKGIEKGIEKGIEKGIEKGKLDAASKMLSKGMDLKTVLEVTGLSENTLKERGFL
>CP030147|430519:469493|438596_439046_+|AXR59676.1|DBSCAN-SWA
MDIKILNKTDLDWLFTLEENCFGSHAWTKEMLYSHLREFSGIGSTDLCYILYKLAGDEIEIYRIAVYSRQRRQGKGKELLEHLLSFEKDKTFFLEVNSTNSPAIALYESCGFQKIHVRKHYYENGSDALIYKKAPIDVFENFSFNVPDP
>CP030147|430519:469493|469091_469493_+|AXR59695.1|transposase|DBSCAN-SWA
MVIVDKNGIPISAGIESASPHESKLAEGAIIRKKVKGKIKDLVGDRAYDSDPLDEYLKKKYKVNLIAPHKSNRKKKKTQDGRKLRKYRGRWKIERTFSWLQNFRRFATRYERNDQNFYGILILACIMIVIRSF
>CP030147|430519:469493|462179_467396_+|AXR62289.1|DBSCAN-SWA
MKFQLHGFKTLGLFSVNHQFLIYRSLDQRSGKRVLLKLLRQKDRTIKNIQKIYHDFRISNFVKGPRIQNSLELIRHEGSPILVIEDCDSIPLSRLFPNGVNSIEKFFEIAIGISLALKEIHEKKILHQALRPDNIWIQAKTGIIKITDFSSATFSDKETSISITPDLPVEILSYISPELTGRLSRILNLRTDFYSLGVILYQMITGILPFTSKNGNEILHAHLARKPIPVHIIRKELPIPISLVISKLLKKDPDQRYASIDGLIYDLKLCLQNFQKGEIDSTFIPGSRDIPELTFDSSVLHGRDKEKAVLESSFNKVLRGDTELVFITGDSGSGKSALAKFFLKSISERGGIIIQGKFDQYERSIPFGGLIHSLRDLVPILLSKQEKEIRKLKRLITQYIGDNGKILLDQLPELEFILGPQPELSELPPDENRNRFYYTFHNFIRALSEMSRPLVLYMDDLQWADPASLNLLETFFIHSKIKNFLCILSFRPEAVESPNSFSEILKSIETNKIQKSLITIDSLDKKSIYHLIQDLVPSSEEQTRSVTSILHKKTLGNPLAVIQLLRTCKKMNIFSYEFEFQLWNWDLEKVDSLSAADNVVDFLCDRIKELTPEIRELLGICSCLGERFTLEFISKLSFFDIPKLNQTLWEAVKEGLLIPFHNQNQSIFEKSLSSERTFGFSHDRVRQAAYSLLEESKRKEFHKQAGVTLLAIHGPEPKNRILFEITNHLNQALDQIEEETLRNNLITLNYKTGLQAKNFGSYESSLQYLNSALNSLNQEVCIKDLEFYSNLILETAETEYLLNNYERAISLLGLLENLSISNLQYIRANMIRVRLYSKMNKVEKAVLAGLCAMERCNIQIPSSRFKINLVLFKELLLSLILSKGKSDFELVHLKENSEPEYQALIDLFADLGPSAFTYNQNLFALLVLKIFNASLTKGVSRSSPIAYSGYGMIVNQIFKNLNQGIRYSKIAMDLNKRIPFNLVKWKVQYVYSAYLCHWKKHIIPDIKLLDEVHKGALQNGDILYAGFSLQAKIQKKIFASCPIEELLMHADFAEKYFRTARDDFAFMIAKSSHQLIKALAGKTSSPNSLNDSEFQMENFERKILQDKNYTALFYFYHDLTKLHYFSGQFSKALTYGQKGEDLIQNAFGLIPFAEFWFYYGLTILANFDELPFFNKIIYSKKLNLIFSYFTKWSKNCPENFRGLLELLHAERERVRKKISEAITGYEKAIKLFQETGFVSFQALSSEIAARFHYKTGNFSLGNHYIRLAINFYSEWGASAKVVDLKNRFAKRLNLSFSHETTQKKLNIQNTNLDQEIILKTYNVLSEEIVLDNLLKKLIQIAIETAGATRAIYFHLHNKNLTVYLTGQSGETEIIVENFPEIDETQYPISYLNYVFRTHRIISTRELDSSLIKDFTDQYIKEKKPQSMICIPLLHAGELKGILYLENQLVKGVFTENNIQTLKLIAGQAAILIENANLYAELETKVAKRTAELNNTINLLQKDLLYAQKIQDRILPKPEYTLGKIYILTKYVPMTQVGGDIYDYAEISPGKVRIFLADATGHGVQAALVTMLIKSEYESLKYLDLPPGEIISELNQEIIAKYKTLKSFFSCLVADVDVEQGILAYSAAGHPDQFYLSGNTITKLSRSGPIIGILENIKYNSQFLEISKGNKLFFFSDGMTEEFNPFREEFGDHRLSESILRQASKPVSEIVQFVFADLQSFLSGQKIQDDITFLSVEIL
>CP030147|430519:469493|450184_450985_+|AXR59686.1|DBSCAN-SWA
MNLSKHTAILTGIIFFLGFSLGIYVSVVEKAGTQDEYPYTMKIYYPRLEGIHPGAPVRILGVEKGIVRSLDVIPIDEVGDQKFLNKDQTKAIEIVIRLREPVTLWDNYKITFQTNTILSGRTIDIDPGSFEKEDTTFFQPTYLEKEQRPPDFLPSADYFEDFFSASTGVIRENREDIRVSFNNFYEISEKLKSNRGTIPRIINSPETYDNVIELLSDARIFGNDMRRYTEGYRKLERSAPTPFTINLYRRTTLIGSVGNNYYFRKL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXR59668.1|430519_431749_-|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	7.7e-53	49.7
AXR62287.1|431861_432323_-|transposase	transposase	S5VSW1	Leptospira_phage	1.3e-29	62.9
AXR59669.1|432378_432750_-|transposase	Rpn family recombination-promoting nuclease/putative transposase	S5VY82	Leptospira_phage	1.7e-35	68.2
AXR59670.1|432748_432973_+	hypothetical protein	NA	NA	NA	NA
AXR59671.1|433711_434485_+	4,5-DOPA dioxygenase extradiol	NA	NA	NA	NA
AXR59672.1|434489_436001_-	gamma-glutamyl carboxylase	NA	NA	NA	NA
AXR59673.1|435957_436941_-	DNA-processing protein DprA	NA	NA	NA	NA
AXR59674.1|436937_437966_-	tetratricopeptide repeat protein	NA	NA	NA	NA
AXR59675.1|438109_438457_-	DoxX family protein	NA	NA	NA	NA
AXR59676.1|438596_439046_+	GNAT family N-acetyltransferase	NA	NA	NA	NA
AXR59677.1|439258_440302_+	glycoside hydrolase xylanase	NA	NA	NA	NA
AXR59678.1|440350_441094_+	hypothetical protein	NA	NA	NA	NA
AXR59679.1|441316_441802_-	2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase	NA	NA	NA	NA
AXR59680.1|443307_444282_-	quinolinate synthase NadA	NA	NA	NA	NA
AXR59681.1|444278_444788_-	hypothetical protein	NA	NA	NA	NA
AXR59682.1|444958_446026_+	lipoprotein LipL41	NA	NA	NA	NA
AXR59683.1|446006_446387_+	LipL41-expression chaperone Lep	NA	NA	NA	NA
AXR62288.1|446616_447825_-	cell division protein FtsZ	NA	NA	NA	NA
AXR59684.1|447850_449080_-	cell division protein FtsA	NA	NA	NA	NA
AXR59685.1|449081_449831_-	cell division protein	NA	NA	NA	NA
AXR59686.1|450184_450985_+	MCE family protein	NA	NA	NA	NA
AXR59687.1|451224_452319_+|transposase	IS110 family transposase	NA	NA	NA	NA
AXR59688.1|453589_454492_-	DMT family transporter	NA	NA	NA	NA
AXR59689.1|454491_456018_-	peptidase M14	NA	NA	NA	NA
AXR59690.1|456167_457049_+	formylglycine-generating enzyme family protein	A0A1B1IUU3	uncultured_Mediterranean_phage	6.4e-09	29.3
AXR59691.1|457050_458154_+	hypothetical protein	NA	NA	NA	NA
AXR59692.1|458981_459905_+	hypothetical protein	NA	NA	NA	NA
AXR59693.1|460047_462120_+	hypothetical protein	NA	NA	NA	NA
AXR62289.1|462179_467396_+	GAF domain-containing protein	A0A2H4UW49	Bodo_saltans_virus	3.1e-10	28.8
AXR59694.1|468699_469218_+|transposase	IS5/IS1182 family transposase	A0A0N9SHJ4	Paenibacillus_phage	1.3e-14	40.7
AXR59695.1|469091_469493_+|transposase	DDE transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>CP030147|485973:535336|DBSCAN-SWA
CATGTTAATCAAATCAAAGCTCGGGGAACGCAAGTCCTGTAGACTCTTGAGCGTTTCGCGGACTGGCTTTCGGTATCGTTCCAAAATTCAGGATCCAGACATAGAACTAAAAGATCGAATTCGTTCTTTAGCGTATAAGTATAAAAGGGCGGGTTACAGACAGATCCATGACTTCATACGACAAGAAGAACGAGTAAATCATAAACGAATCTATCGCTTGTATTCCGAATTGGGCTTAAAATATCGAATCAAACCAAAGCGAAAGAAACTATCGTTACCATCAGTTCCAAAGCTTGTTCCTAAGAATTCTGGAGAAAGATGGTCCATGGATTTCATGTCGGACTCACTCTACTCGGGAAAAAGATTCAGAATTTTGAATATTATCGATGACTTTGGAAGATTCGCCGTGGTAACGCAGACAGAATTCTCAATCACTTCCGAACGCTTAGTAAGAATTTTGAATGAAGCATCTGAAGTCTGTAAGCTACCAAAGCAAATTGTTGTGGATAACGGTCCCGAATTCGCATCAAAAACTTTTTTACGATGGGCTTTCGAAAAAGGAGTCGATATTCATTTTATCACACCGGGCAAGCCTACCGAGAATGCTTTCATCGAAAACTTTAACGGAAAAATGCGAAACGAATGTTTAAACGAAAATTGGTTCAAAAATTTGGAAGAAGCTCAGCGCCTTGTCGAAGACTGGAGAAATTTCTATAATTCGGAAAGGCCGCATAGTTCTCTCGGGGGATTGACTCCGAAGGAATATTTAAGACGTTCTACTTAAGTGGATTTTGACACATCACACTGGTATTAAAAATGGGGGCATCTCACCAAGCCTTAAAATAAATCGACCACAAGTATCCAGAAAACTCGCCGCAAATTGCAGAGCTTCCACGGATTACGCCTCTTTGGGGAGTTTATTGTCTTTATATCGTCTTTATTATTGTTCAATTTCTGTAGAAGTATCCTAAGGTTTTGGCATAGTCTCATAATACATTCGGTCCAGAAATAGAAAACAAGAATATTATCAAATCCTATCGGATGTATCACGAAATAACCCATAATTCCGTTTAACTTAATTTGTAATACAAGATCGATAAATAAAGTAACGAACCATATATAACGTCCTAAAAGATGTCGCTTCGTTTTTATACAAAGTATCTATCACAAAACGACAATCTAAATTCAGACTTTTTAATGATTTTAGGGAAAAAGAAAAATAAAAGAAATGAGCTTTCACTCGCTTTAAAAAAAGCAAAAGTTATCCATCGATAAGATTTACATCCAAATCATATAACGATGTATGATATGTTTTTAGTTTCAAATCCAACGAATCATTCGGAACCTCTTGCACGGCATCCGATAAAAGATTGCTTGAATAAGCGGAGTACATTCTTTCCGTGAGAATTCTTCTAAAACTACGAGCGCCTTTCTCTCCATGAAACAAACCCAACATATGCCTAAGTGCATGATGCGGTTTTCCATTCTTTTCTTTCAAAACAACCTCTTCGATATAATCTCTCATTCGAAGCAAAATCTCTCTCCTACTTAAGGAAGGAGAATTATCACGGAAAAACAAGGAATCCACTTTCGAAAAAAGATAGGGATTTTCGTATGCGGCCCTTCCGATCATCACTCCGTCATTCGTCTTGAGTCTATCCTGCATTTCGGCAAGAGTTCGAATTCCTCCGTTGATCTCGATTAAAAGATCTGGAAATTCTTCCTTTAAGGACTCAACGTACGCATAATGTAAAGGGGGAATTTGACGATTCTGGGCCGGAGAAAGTCCGCCTAAGATCGCAATTCTTGCATGAACGATAAATCGCCTAACACCTGCTTGGCGGACACATTCTATAAACCGACACAGGTCTTCCAAAGTTTCTTTACCAGGAATTCCAATCCTACATTTTACAGTCACAGGAATAGAAACGGAAGCGTCCATTGCGTAGACTAGTTCGGCGACCTTCTCGGGGGTTTCCATCAAACAAGCGCCAAAGTTTCCCTCTCTTACCCGATCGCTCGGACAACCCACATTCAGATTGATCTCGGAATATCCGTAGTCTTCAGCGATTTTCGAAGATTCCGAAAGGGCTTTTGGGTCGTCTCCTCCCAACTGAATCGCAAGCGGTAATTCCTCCAGACTGTACGATAAAAATCGACGACGATCCCCATGGAGAACAGCACCGGTATGGATCATCTCCGTGTATAGAAATGTATGTTTGGAAATGAGTCTTAAAAAATATCGAAAATGTCGATCGGTCCAATCCATCATCGGAGCAAGCGAAACCGGATACCGCTTCGGAATTTTAGCACCTTTCTCTGACATAAGAGGATTCTATTGCCAGAATTCCCCTCCAAATCCCTTCGGTCAAGAATCCTCTTTTTCAATTACGACTTGGAACTCAGAATGAATCATAAAAAAATGTCAGGAAAAGATGAGTCTTTCAGACGATCAGAAATCGGAAATATTGATATCGAAAAGAATTGTCGTTTTATCGATATGGATCTGTTGTACAGTCCATTTCTCTTGTAGAACCCTCGAATCTTTTTTTGAAACCGTGATTCTTACCGGAGGAGTGGATTCCACCGAATTAAATTTTTTTACGAAATACACTCCGTTGGAAAATCTCATTCGAACGAATGCTGGCTTTAAAACGCCGAAAAATAATGATCTCTCGGTCAATCATGATCCCCCAAAATCAGTACCTTTTTATACGGTCGATTCCATTCCTAGAAGACTACCCGGTTTTCCTTTTACGGGCTATTTCAAATTTTTGAACTACGTCGCCTATGGCTTTACGATCACATCTCCCAGAAGCTTTCGAGGAAATCTTCTCAACTTTCCGGATGACGGAAGAATTTATTCAAATCTGATAGAACAAGCCTTATATGGATTATATCCTCTTTCCGACCCTTTTGCTAGAAAAGCGGAATACTTATACATGGATTACCAATTCTATGGAACTCTTTATCTAGGATTTTTGGAATTTCAAAATTGGAATTTGGGAATCGGAATCAACCTCGGTTATAGTATCTACGATTTTGATATTTTGGAAAGGGGTTTCAGAGTTTCCACCACAAGAAACCAAACAAGAGCAATCGCAGGATTTAAAGTATTATACGAATATAATATTGGTCGATTTTTTGAAGATACCATTTTCTATAATTTGTATCTGTATATGGAATTATCAAGTATCGGAAATAGGGAATATAGCGACAGAGATGTATTCAGCATTGGGAACTTTGGCAAAACCCCGCTTACCCAGACAATACCCACTTCCAACGGGGAAGGCTACCACGATCTTTACCTAACAATGAACACTTTCCGAATTGGAATTCGAAAAGAAATCCAATTATCCAGACTGACATCGGATGATTTACTACGTAAAGAAAGCGGTCCCGGTGTAGAATCCGCTCCTCCAAAACCAACGGAACCTGTGCCTCCGAAAATCTAATGTTATCCTGGAAAAACAATCTCACTCCCGTATCGGATCGATTCGATGATATTTACTTTTCCCCCGAAAACGGCTTAGAAGAAGCCAAACACGTTTTTATCGGAGGAAACGATCTTCCCAATCGTTGGAGAAATTCAAATATTCAAAATTCATTTTGTATTTTGGAACTAGGCTTCGGAACCGGGCTTAATTTTTTTACGACTTGGAAAGAGTATTTAGAACACAAAAACCGGTTTCGACTTCATTTTATATCGGTTGAAAAATTTCCTCTCCGTCGGGAAGAAATCTCAAAAGCGATTTCTGTGTTTTCCGAATTGGAGGAAATCAAAGAGGAATTTTTATCCTCTTATCAAGATCTTATTCCAGGAATGAACTACTTCCAATTTTTAGAAGGAAAAATTCACCTAACTCTTTTCTTAGGGGATGTTGCAGACGCGTTATACGAAATTTCAGGAAAAGTAGATGCTATTTTTTTGGACGGTTTTGCCCCTTCTAAAAATCCAGAGATGTGGAAAGAACCAACTCTCAGAAACTTAAAAAACGTTTCCAAATCCGGAACCACGTTTTCTACTTTTACCGTTGCAAGAACAGTCCGAGATTCCTTATCCGCTGTCGGCTTCACGTTGGAAAAACGGCCCGGTTTCGGAAGGAAAAGGGAAATGTTGACCGGAAAATATTCGAATCACCCTTCCGAAACGAAAGAATCGATTCCCAAAGAAAAACCCTGGTGCAAACGTTCCGATCCTGAATCACAAATTAAAACTGCGGCGATCATCGGAGCCGGGATCGCAGGTTCGGCGCTTGCTTATTCCTTGTCAAAAAGAGGAATTCAAGTTTTCCTTATCGACCCGTCCGGAATCGCAAACGAAACCTCTGGAATTCCGAGAGCAATTTCTCATCCGCATCTCACGAAAATTCCAGGACCAATCAGTTTATTTACGTTACGCGCATTTCGATATGCGCTTTCTTTTCTTTCCTCATTTGCCGACAAAGACCAATTCGGAAAAGTCGGATTGTTTCACGGAGTAACAGAGGAAATGAGTTCCGAAAGATTCCGAAAAAGTATAGAGAATCATAAACTTACCGAAGAAATCGCTTCCTGGAAACCAAACGACTTCGATTTTCACAAAGACAACCTATTCAACAAAGAACTAGGAGTCTTTTTCCAAAGCGGTTTTTGGACCCAACCCGGCTCCATCTCAAGAAAATGCGCCGACCAATCTGGAATCGAATTGATACGGGACACGGCAAATTCCTTCGAACGAACTGGAACTTCCTGGAAACTCGGTTTAAAAAAATCAGATCAGGAAATATTTGCAAATTCCATTATATTCTGTAATTCTTATTTGATTGGAAAATTAGTATCATCTCTGTTTGAAGGAGAAGATATATTTCCGATAAACAAAGTCCGGGGACAACTTATATCCTTAAAAGAAACAGAAAGTTCCTCTCGTATTCCAAACATTCTTTGTGCAGAACACTATTTGACGCCTTCCGTTCAAGGAGAACATATTCTAGGATCCACGTTCGACGAATTCGACTTGAACCTGGAGCCCCGAAAAGAAGATACGGACTTGCTTTTGCAACACGTTCAAACCAAATACCCTACTCTAGGATTCGATTCGAACTGCGTTCTTTCCGAAAAAACGGGATTCCGCGCTCAAACTCCGGATCGGTTCCCAATCATTGGTCCAATCTTTGATCCGAAAGTATTTCGGGAAACTTACAAAGAAATTGATTTACCTCGAAATCGAAACAAAAAGTTTCCAAACCTCAAAACGATCCCGGGCTTATACGTTTTCGGAGGTTTAGGTTCGAGGGGGGTTTTGAGTTCTTTTTTAGGTGCGGAGATTCTTGCCTCTTTAATACTAGGAGAACCCGCTCCTGTCGAATTTTCTATCTTGGAATCGTTGCATCCGGCTCGATTCCTCTATCGAAGAATTCGTAAGTAGAATGAGTTCAATATAAAAAACGTGAAAGGGATTGTATTTCAAATGTTTGAATCGATTACTCTCTCCTTTTACACTCTAAAAAATTCAACACGGAGCTTCCTATGGATCCCATTACAAAGCGTATCTTAGACCTTTCGGCAGAAGCAAACTACACGCAAGAAAGATTTTTCGGCTGGAACTAAATGAATTCGGAACAAAACAATCGTATTCTAAATTTAGAATCCTCTCTTAAGGAAATCTGGGGAATGTCCCGATTTCGAATTGGTCAAAAAGAATCGATCGAATCCGTTCTGGGTGGAAAAGATACGTTAGTTATTCTTCCCACCGGAGGAGGGAAATCGCTTATCTATCAGCTTCCCGCCGTTTTAGACCAATCTTCTTTGACCCTTGTGATTTCTCCTTTAATCGCACTGATGAAAGATCAAGTAGATTCTCTTAAAGCAAAGGGAATCGCCGCGGAATATTGCAATTCAACTCAAGACGATTTGGAACAGCTTAGAATCCTAAGTAGAGCAAGCACGGGTAAAATTCGAATTTTATATCTATCACCGGAAAAAGCTCTGAGCAGACAAGTATTTGAAATTCTTCCGAAACTTCCCCTGTGTAGGATTGCCGTAGACGAAGCACATTGCGTATCCCAATGGGGACACGATTTTAGACCGGAATATCGAAAACTCTACGAACTCAGGGATAAATATCAACACCAAATACCAATCGTAGCGTTAACCGCCACTGCAACTCCCAGAGTCATCCAAGACATATCCAACTCTCTCGGACTCAAAAACCATACTTTGATCAAAGGAAGTTTTTACAGGGAAAATCTGAACTTCTCCGTACGATTCCCTCAAAATGAAACTTCTAAAGAAAATGAACTTTTAAAACTTTTAATCCGAGGAAATTTTCAAAAAACCGAAAGCGGGAAAGCAATTATTTACTGCGCAACCCGACAAAAGGTAGAATCAATCTACAATTTCCTAAAGAAAAACGGATTTAAAGTCGGTAAATATCACGCGGGCAGAAGCGATTCGAGCCGGGAAAAAACTCAAAACGGGTATAATATTGGAAAAACGAACGTACTTGTAGCAACTAACGCGTTCGGTATGGGTTTGGATAACCCGGACGTTCGTTTGATCGTTCATTATCAAATCCCTGCGTCTTTGGAAAGTTATTACCAAGAAGCGGGAAGAGCCGGAAGGGATGAAAAGTCCTCAAACTGTATCCTTTTTTATCATCCTTCCGATCTGGTAACTCAGAATTTCATTATCGGAAAAGAAAATAATCGAAAAGGGGGAGAAACGTTACTCTCCTTTGTAAAAGAATATGCGATCTCCAATCGATGCAGACAACAAATTCTTTGTTCTTACTTCGGCGAAGAAATAGAACCTTGCAAAACCTGCGACATCTGTTCGGAAAAAGAATCTTCAAATACTTCATTCGCTAGAGATCAATTCCTCGAAAGAGAAAAAGTCAAAAAACAAAAACAAGAAGAAAGGGAAAAGTATGATTTTTCCAAAGATGAATTGGGAATGATAGAACAAGTTTTAGAACAGATTCCCGGTAAATTCGGTAAAAGGATGATCGCGGGTGTTCTACGAGGTTCCAGATCAAACGAAATCTTGAGAAAAAAATTAGATCGTCTAGTCGGGTACGGTTCTTTGCACTCAATTCCGGAGGAAGCGATTTTAAAAACTTTGGATGAATGGATTGCGAAAAAAAAAGTAAAAATCGTAGGAAACAAATACCCGAAACTTATCCTTTCATCAACCGTAATCGTTAAAACTCCAAGAAAGAAAAAAGAATCGGATACTGGTGCAGAAAAGAATTCCCCGAAAAACGTTGTTCAAGAATTGAAAAACTTTCGTGATAGAGAAGCCAGAAAAAGGAAATGGAAAAAATTTATGGTACTTCAAAATCCAGTGATCGTTCAAATCGCAAAGGTAATGCCGACTACTCCGGAAGAGTTATCTCTCGTCAAAGGGATGGGTTCCGCTAAAGTTGAAAAATTCGGGAATGATATTTTGAAAATCCTAGAAAAATGGAAATGAGCTTCGTTTTTGCGAAAATCCCGAGATTTAGAATTTTTATTAAAACCTAAAACGAGATCATAATTGCCAAGTGCCATCAAAAAGATGCAATATAGTACCCACAGATTACGTCTCTTTGGTCGTTTGTACAATTTTTTCCTGTCGTTTAAAATATGAGGTTATCTCAAAAACTCCTAATAACGATCATGATACATGCGAGTATCAGAATTCCATAAAAGTTTTGATCGTTTCGTTCGTATCGAGTTGCAAATCTTCTGAAGTTCTGTAGCCAAGAAAAAGTTCGTTCAATTTTCCATCTTCCACGATATTTCCGCAACTTACGTCCATCCTGTGTCTTTTTCTTTTTTCGATTTGATTTGTGTGGAGCGATCAAATTTACTTTATATTTCTTTTTAAGATATTCATCTAAAGGATCAGAATCGTAAGCACGATCTCCGACTAAATCTTTGATTTTGCCTTTGACTTTTTTGCGGATGATTGCACCTTCCGCGAGCTTACTTTCATGCGGCGAAGCACTTTCAATCCCGGCGGAGATAGGAATACCATTTTTGTCGACGATAACCATGACTTTTGTACCCTTTCCCCGTTTAGTTTTGCCAATACGTAGGCCCCTTTTTTTCCAGGAACAAAAGTCCCGTCAATGAAACACGTGCTTAAATCCATCTTGCCTCTTATTTCTAAGTCATGAAGAAGCGCTTCTAAAATTTTATCCAGGGTTCCATTTTTGCGCCATTCTTGAAATCTTCGATGGCATGTTTGATATGCGGGATATCTATCAGGTAGGTCTATCCACGGAGCACCAGTGCGAAGAATCCATAATATACCGTCCAAAATTGATCTTGAATTTACACGCGGACGACCTTTACCGTCATCTCTTGCTTCGGGTTCTACAAGTAAATCGCAAAGCAAATCCCATTGTTCGTTCGTTAAGTCACCTAATCGGCTCATAACGATCAATTATATTATTTATAGTTTAAGTACAAGAAATTTTAAGTCTGACTACACGGATGACGGTTTTTGAGATAACCTCATAGAAGTTTTCCACATTTTCAAGTTTTTGGAAAGATTTCTAAATTCGTTTTTTTAAAAATTTTCACCCGGACCAATTCAAAAAAGACTTAGAGCCGTCCCAAAACCTCGGAATAATATCAACGAGAACGTAACAGTTATAAAATATGCTCGAAAGCTCGTAAACTATCAAAGGACGTAATTTGTGGGAACTTCTATATTTTATTACGAACTTACTGAATCAATTATAACTGATTTCTTTTAAGGTTTTTAAGACGGACTCTTAATAAACGAATTCTAAAATCAAATTTCAGCGCAAAATCGCCGTTTTAGGACCAATCAATGATAGAGGTTCCCTTAAACAAAACCATCTTGTCGGAACTAAAACTATAAAAAAATTTTACAAAACCTGTCTCACTTACATTAAACCCTTTCTATATTTCTTTCGTGATTTCATTGGAGGTTCAATACGATGAAACAAGATAAAAATAAATCTCAGAGAGGAATGTTGCAAATTGCAGTTTTTGCAATGGCGGCGTTATTCTCAATTACGAGTTGTAAGAAAGATAAAGACGATGATAAAAATCTGTTGTTGGCTTTAAGTTTAATGAAGTTAAACGAAAATAAAGCCGAATTTAAACTTTCCAACGCAAGCTCTTCAGCTTCCACTCGAATAGGAGACTCCCAAACATATCGATCTCTCTTTTCTTCCGGAAAAGTCAGTGATCTTGCGGGTAATGATCCGCAAAATTATGGAGACGGTGCAGCTGACGGTTTTACGGATCATTTTATCACTCCAGCCGGAGCAGGAATCGAGATTTGCAAAATAGTTGCCTACAAATCCGTTGCCAATGGTGGGCCCGCAGTTGGAAGTGAAACATTAGAAAACGTGAATTGGGTTTTGCGTTACGGTGGAGGAGAATATGGTCCTTGCTCGGGTATATGGCCTGTGGGTCTCAAAGGAGAAGATAGCGGATTTATAGATCTTCATAGTCCGATTCCAAATGAAATAATAAAAGATTTCGATCGAATTGGAATTGTTGCTTACTCTTTCACTTACTATTTATCGCCGGAACAAGCGCCCGACCCTGCCTATCGATATACAAGTTTGTTTTTGAACAACTTGATACGCAATAACATCCCTGCAGGAAATACGCGTAGAGGGGACGTAGGAACAAAAATATTTTCCAATGAATGTCCTAAATCCTATCTTTCCACGCACGATTATATCTACTTCAAGGTGGAGGATATAATTTTCAATCCAAACTGCAAAATCCGCGAAGCCCTAATCGACTCAGGCAACGGACTCTTTTTAGGATCAGATCTCGATTCTGCAGAAATATACCAAAACCCAGCTCCACATTCCGGTTCCGGATTTTCCACGGATATTAAGTTGAAATATGAACTACCTCCCGCAGCAGCGAGATTGGCACCGAAAGATCCTTATATCTTAGTCGTACCATTCAATTCTTCCAAAACGGGCGGAGGGAAACTATTATTCGAAGTCTCTGTCAATAATGTTCTATTCTGGGATTCTAACGACGGTAATAACGTTTTCTCTCCTCAATCGAATACGGCGGACAGGCCAAACGCGATCAGTGGCGAGGATAATTTGACGAATACCGCAAGAAAAAACATGATCTTTCATTTGCCAACTATCGTGAGTTCTCTAAAATGAAAAGGTTATATAGTTTATAGACGATCAGGAAAAACCGAGAAAGAATCCAATCGGGTTCTTTCTCGAATTAATCCGAAGTTAAGGAGGGTAGCCATTAATTTACATTCTATCGAATTTGGAGAAGCGGATTATTACGGAATTATAGTTTGATCCTTTGTGTTTTGAAAATTTTCTATTCGGAGAATCGTTTTTAATTTCAATAGTCGAAATCGAACTGAAGTTTTCTTAAGAGAAAAATCCATCCAGTTTGAATTCTTATACGTAGAATATAAATTATGAAATTAAATCAAGATCACGATTTTTCTTTATTTTATCAAAACTACAAGGACTCGATTTACAAGATAATCCGGTTTCTTTCCTCCGATCCCGAAGAAGTGGAAGATATCGCTCAGGAAGTTTTTTTGAATCTCTATAAAGCATTTCCGAATTTTTCACCGGAAAAAGGAAGTTTTTACGCATGGGCGGCTACGATCGCAAAAAATACTTACTATACCTATCGAAAAAAGAGAAAGAAGGATTTGTTAATAGAAAGAGAGGGCGCTTTTGTAGAATCGTTTCCAGTGAAAGACGATTTTATTCAGATAATAGAAACGCGAATCGTGGAGGATGAATTGAGAGAAGTTATTTCTTCTTTACCAGAACCAGAAAAAAGTATCATCTTATTGAAAGAGATCAACAATTATACTTTAGAAAAAACATCACAAGCGTTGAACATATCTTCGAGAACCGTAAGTAGGAAACTATTAAAAGCATTGGATCTACTTAGAGTAGAATTAGAAAGAAAAAAAGTGGTATTGTAATTATGGAAAACAAAGATCTACAAGAGGAATTCGAAGAACTGATGTCCTTGTTTCTTTTTGGGGAAACCGGATCAGAAGAAAACAAAAGATTAAACGAAATCATAACTCTTCATCCAGAACTTGAAAAGAGATATGACAACTATGTGAAAATGCAAACGGGTTTAAAACAACACAAACTCGTTCTTGAGCAGATTCTTTCAGAATCATCAAAACCCTCTCCTAAAGTACGTTTATTTCAAGGAAACCTGAAAAATCAATTTCTGGCTATAGCTGCAGTTATTTCCTTAATTGTCTCCTTGCCCGTAATCTTTAAGATGGAAATGTTCCATAAAACAGAGATGATCCCTATGGAAGTTACCGGGGCTTGCAATCCGAAAATTTTACGCCACGATTGGATTCGCCTTGATCAAAATTCTTTTTGCGAAGTGAAAATTCAAGGAGAGCAAGGTCTTGTTCATTTTAGAATCTTTCCGAATTCGGAAGTGCGCATCTTAAAACTAACCGAAACGAATCAAGAGGCGGCAACGTTAGGCTACGGCTTATCCATTTTTGTACAAAAAGGAAATCTTTTGTTAAACGAAACGTTAACGAATACGACGTCTCAAACTAAGATTTATCTCAACGGAACCGCTATCCAATTAAACGGAACCAAAGTATGGATCGAAAGTGCGGAAAATCGTTATAAAATCAGCGTGTGGAACGGCTCCGTACAAATCCGATCCGGGATCAAATACTTACTTCCGTTCTTACTAGATCCCCAAAAAGAAGAATCGATAGAACACTCTTTCGATGGACAAGCAGATTCAAACTCTTGGCAAAAGACAGAATTAAAAAAAGTATGGATGGAGACCTCTTCGGAAGACATCTCCAATTCTTCTTTTGAAATAAAACCTCTAAATCTATCGGGAGGTCTGGAAGAAAGTTTACTTAAAACTTTGAAAGAAAATCGGTTCGATATAAAAAACGCACAAGAAAAATTGAATATTCTAAAAGAAATCCGACAACAAATCGTAAAAAACGTCTCACAAAAAAAGAAAACCTCTCTGGACGAGTCGAACATTGAAGATTTAGAAAATTTTTCAAATCATCTCGGGAATTCCGAGCCCATAAAATTTCCGGAAATAGAAAAAAAACAGGAACCAATTGGAAGAAAAACTTCGACCGCTACAAATACCGAAAGTAAAATCAACCAAGAAAAGCCCATAGAGCCTATACGTTTAGGAAATAAAACGATTCAACTCAAAGATGGAACGATACTCAAGGGAAACGTAATACAGTACGGAAACCAATATATTTTGGAAGAAAACGGAAAAAAAAGAACCATCGAATCTGCAAATATAGAATCAATTTCATTTTGAAGACTCTAAATTCAAATCACTATTCCAAAAGCATTCTAAGTTTCTTTCTCCCGAAAGTTCTTTGTATATGCCTCATATTAAATCCGATTTGGATTTTTGGAAATACTTTGATTCTAAAAGATGGAAGAAAAATAGAAAACGTCAAAACTTCTCTGCGGGAAAATCACGTTTTAGTCGAAGACGAAACAGGCAAAGTCGAAAAAATCGATTTAACTCTAGTTGAAAAAATTCTCATTTCGGAAATCGAAAAACCGGAAGTCGAAGATAAAAAAAAAGAATATAAAAATTTAAAAAAATTCTATCTTTCTTGGAATCTATCAAGCTGGGATTCCAAAGTAACGGAAAAGACAAACTTTGATCGTGGATACAATATCACGGACCTTATTGCGGGCGTAATTTATATAGATCCCTATTTAGAGAAAAAATATACCACAAGCATTCAGACAATTTCTTTTAACGGTGAATATCGCCACAGCTCGAACCTTGGTTTTTCACTCGGACTCGAACGAAACTCTTATTTTTTTCCAAATCGTAAAATTTCTCCCCTTGTTGGAATTCTTACGAACTCTAATTTGAACTCTATCCCGGAATACCAAACTTTAGCCGGTATTTCCGTGAATTTGTTTCTGTTTGAAGGAAATTTTCATTTTGATAAACAAGGAAAAGATAAAGTTAATATAGAAACTCTTTCCCTATTGCCGGGAGTGAAATATTATTTTCCTCTTTCCGAGTCTATTCTTTGGTTTACTCAAGTAGGCTTAGGAATCGGAAAAAGTTTTGAAAGTGGAATACATTCCAAATTACAAACGACTCTTTTTGTGGGAACCGGCATTCAATGGGAATTAGAATCCTACTTTTTTAATATAGCCCTACAATATCGAAGAACAAATTTGACTGGAGCAATGCACTCTTATCATTTTAACGAACCGATTTTTATGATCGGCGGCGGATTAAAGTTGTAAAATAAAACCTAAGAGCCTCTTCGTACTACTAATTCCCCTACCGTCAGTTTTAGCGCAAATCCCTACTTAAAGTCAGAATCAGAGCCTTATTATATCCGTAAAGTCCTAGATCGATATAAGAATTCTATGTATACGAAAAGAGGCAGGAGATCCCTGCCGCCTTTCACTTGATTTTTAAAGTTCAACGATAAATTAGATCCGAACTCCAATCTTTTTCGGGAGAGGAATCCAACTTGAGATAAAAAATTTCCCTTAGACCGATCCAGCTTCTCCAAAGATAAAGATATTTATCCCAGTTCCCACCTTCCCAAACTGTGAGAAAATATTGTCTCCTTGAAACAGTATCATAATCTTTGAATGCAATTCGACTCCCATCCCGTAAACATCCTCCGTCTAAGTTTAAGATTTGGATTCGGTTCGACCCGTCATTGAACTTGGGATAGTATGCGTAGTTACCTCCACCTCCACCGAGCCCCCAATTCCAAAAGTAGTTTAAAGACTGAGAAGGTTCTATTCGGACAAACCCACTTGTCATACAGGAAGGATTCGAATCGGGATTAGAAATTTGTACTAAATTGAATTTTGTGAAATCAGTTTCTGCCGTAGCATCCACTTTCAACCATGCGTTTGATTCTTCAGAACCGGCTTGAATTCTCCTTCCGGTAGCTGCAGAGACAAAAGAAACTCGGTCATATTTCCTTTTACGTCCCGATTTCGTAGGCGTGGATGAATCCGCATAGACAAAACCATAAACGGGATAGTGATCAGAAAATTCATCACTCGTATATCCATCTATGGTCCACGTTTTTGCAGAGATCGGATCGTAAGCTAAATTTTGCCAAACGGGAGGTTGAAAGTGTGATTTCGAAACGAGTACATAATCCAAATATACCGGCTCTTCTTCCTTGTAATAAAAAGCGGTGATTTCGTTGGTTTTCGTATCCCACGTAAAAGGAACACCCACATATTTAGGTTCGTTTGCGTTTAATACAGAAAGCATATCATAATATTCTACGCTATCTTTGACTACGTTCAAATCTCCTGCGATCAGAACCATTTCGTTTTGCGGGATTTTTTTCAAATCGATAAAATTTTTGATCTCTTTGAATTGATTGATTCTTGAGACTTTTCCCAAGTTCGCGCACCCAGAGTCTTGCGCCTGTACATGAGTTCCAATAATATGAAACTTCCTTCCCTTTTTATTAATTCTCACATAAGCAAAACCTTTATTAGAAAAAATGTCCGCACCACATCCTTTATCTTTGAAGATGTGTTGTATTTTTTCTTCGATAGGCCATTTGCTTACGACGACGACCCCTCCGTTAATGAACGCATCAATTCTATAATTACCCGAAGTAACATCCCAACCTTCTCGGGTTCTTCCAATCACATCGGTCTGATATGGATATTCCGAACGAACTCCGTCCAAGAGAACCTTTCTTGCATTTGTATCAAAAGCTTCATCGAACACAATGACATCTTGGTTCCGAATATAACTCGAACTTACGATCCGTTCCGCTCTTGTACTTTGTCCCCAACTTCCCCAACCTGGAAGCGCTTTTGGCAACAAGAAAACGTTGTGGCTTAGAATTTTAATTTCCACATTTTCAAGAATAGAATTCTCAGGAATAGAATTTTCAGGAATAGAATTCTCAGGAATAGAATTCTCAGAAATAGAATCTTCAAGAATAGAATTCTCAGGAATAGAATTCTCAGGAATAGAATTTTCAGAAATAGAATTCTCAGGAATAGAATTCGCAGGAATAGAATTTTCAGAAATAGAATTCTCAGGAATAGAATTCGCAGGAATAGAATTTTCAGAAATAGAATTCTCAGGAATAGAATTCGCAGAAGCGGCATCTACGGGATTAGAGCTTACAGAGCCGGAACTCGTTAAATCAGAATTTGCAGAATCAATGTTCTTATTACCTAAAATGTAAATCAGAGACACAAGTAAATCGTTATACAATGATCGCCTATCGGCCCCACAATCTATTAGAAAAAATAATAAGAGACAACAATTTATAAAAAGTCCCACTTTTGTATATTTTTTTATTCTCATACACTATCTCCATACTTTTTAAATCAATGCCCATACTATAACATAGAGCTCAATAAGAAGAATAGTATTTTATAAAAAACGATTCGGTTTCAAATAATGCTCAAGTAATTGAAATTAAAAATATCGATCCCTAAAGTAACCGCTAATGTTTTAGATATATAAAAATAAACAATTAAAAGCGAATGATGTCTTTGTTTACTTTTTAGATTATGTTTTAAGATTAAATAAAGAAATTTGATAATCACATGTCATATGGAAACGATGCCGAATTTTTTTATTATTTTTGAAAGCTTATATCTGGCGGACTATATGACATTTATAAAAAAAATTACATTAAAAATATAATATATACATTTTATTATTTCGAAAACCGTTCCATAAAAAACCAGGATTATATTTCAAATATATCAGAGCCTGTCTTAAAAACCTTAAAGAAATCAGTTATAATCATTCAGTAAGTTCGTAATAAAATATAGGAGTTCCCACACACAGATTACTTCTTTTTGAGAAATTTATGGACTTTCGAAGAGACTTTATTATTGTTAAACTAGTAGGAGTTCCAGCAACATCCTAAAGTTTTGGAACAAATTCTTAATAAAACAACGAAAAAAAGATCCGCCGAACAATCATTCAAATCCGCTTAAGGCTCTTCTATTTCAACGTTTTCTAATGTATCAAAAAAACCGGTTTGAAGTAAAGGAGCAAAATCGATCATGTCTTCCGCGTTCAGTTTGAGGCCATTTTCCATGGAATACGCCTGTAATAAGGATGCACAGGCTAGATGACTTTCACCGAGCTGAGCGTGCGCTCGTGCTTTGATAATTAGAATGTCCGAATCGGATTCTCCAAAATACTGAACATATAAATCGATGAACTTAAGGGCATTCTTGTGATCGGAAACTTTCAGATAACACTGAGCAATCATATCGTAATGAAGAAAATTCTCGTCGCTATCCATACGCATCGACGTTTTGAGGGAAACCAATGCAGAATTGTAATTTCCTCTTTGATAATAAAGGTGTCCTAGTTCCGCCCAGATGTCTTTACGAAGAATTCCTCTTCCTCTTGAAAGTTTTTCTTGCGCCAAAGCCTGCTTTAGAACCGCAATTGCCTCATTGGATCGATCGGTATCTTTCAAAAGGGAGGCCAAAGTCAGATAAAGTTCCAATTGATCCGGATAGAGATCGATCCCCTTTGTAAGAATCTTTTTAGCCTGTTTAAAATTGCTGATTTTGATGAGATAGTTGGAGTAATACAAATAACTTCCGGGCTCGTTCGGATACTTGGTGATGATTTCATGAAAGAGATTTAAGGTCTCCCGAGTGTTTCCAATATGATACTGGCACCAGGCCTGACGATTACGTATCTTAAGAATCGTTTTAGGATTATCGGTAAAAGAGAGAGCTTCTTTGTAGAGATTGAAAGCTTTGGTGAATTCTCTTTGATTCTCCCTCTGAATCGCAGATCTGATCAGTGTAGGGAAACTCACAGTTTAGACAGATTAAAAATTTTCAAAAAATAATCAAGTTTTCTATTTATCACCCGAAAATAGAATTGGGGGAAAAAGAGAGAAAAACCCAAAATTCTCAGAAGAGGGAATTTATGAATATCAATGGAAATACAAACCAGAGTTTACTTTTGGAAAGAGTCGCGAATTTACCTAAGGAAATTTTTCAGGTACAAAGTGATCTGAACCGAAAGATGTTGAATCTCGCCGTAGAAGTGGGAATTCGAAATTCAAAAGAAGAAGGACAAAGAAGAATTCTAGATCTTTACGCGTAATTCCCAGATCAGTCTTGATTGTAAACGGGACGTTTACGTTCCCGGAAAGACTGTACCGCCTTTCTAAAATCCACAGAATCAAGGAAACTCGAATTCCAAAGTGCAACATAATTCAAACCGGCTTCTAAAGGTTTTCCTTCGGAATATCTCATCACATCCTTCACGCCAGACACGACGATCTTAGGGTTTTCGGCGATCTCTTTTGCAGTTGCAAGGGCTACTTCCATCATTTCTCCTTGGGTCTGAAAAACCTTGGTTACGAGCCCAATTCGCTCCGCCTCGGTTCCGTCGATATCCTTTCCAGTTAAAGCCAATTCTCGTGTATGGCCTTGTCCAATGATAGAAGGAAGTCTGTTGATCGAACCCATATCGGCAACAATCGCAACTTTTGCTTCCCTGAGAGAAATTAGTGCGTCTATCGTAGCATAACGAATATCACACGCGGAAATCAGATCCAACCCTCCACCGATACAATGTTTTTGAACTGCGGCAATGGACGGTTTTGGTGAATCGTAAACGGCATTGATTCCTTTTTGCATTTTAAGAATGAGATCGAAGAATTTTCTACGATCGCTACCTAAGGGAGCTTGGATCAAATTGCCGAATTGTTGAATAAAAGAATCCAGATCTAAACCAATGGAAAAGGATTTTCCTCTTGCAGCGATCACGAACGCGTGAATATCAGGATTGGCATTGATTTCTTCAATCACATCCGGTAGATCCCTCCAGAAAGGCCAATCCATTGCATTTCTTTTTTCAGGGCGATTGAGATAAAGAACGGCGGTTTTATCTTCAGGTCTTACGACAATTTCAAAAAATTCAAAATGGGCCTTCATCCCAGTCACTCTGGGAATAAAAAAAAATCTTACAAGCCATTCCTAGTCTGAAGAAATGGTGGACAATTTTTTTATTATGAGAATGATTCTCATAATCTTTAGGAGGGTTTTAGTGATCATCAGTTGGGAAAAAATGCGTCATTCGCATCCAAAAGAAGAATGGAAAAAACTTTTAGAAAAGGTAGATGTTATACAGGAAAAACGAGGGAGTTCCCACATAGTTTCCAAAAAACATCTATGTATTGAGAAGAAAACAAAAGAAGGAACCTCATTCTTTGTTTGGCATTACACAAAACAAATTGAAAAGGGCTCAAGTTCAAACTAGGAACTCATTTTTCAGATTTTCAGGAAATTCCATTACCTGAGAATTATACGAGTTTTGAAAAAAATTAGAGAACCTCTTCCCCATCAACTTGATCGGAAAATCGAGAGGAACTTTTACTTTTTCAAACAGAAACAGGAAAGCTCAGTTGAATACAGGCGCCTTCTTGATTGAGAAAATCGACTTTCCCATCGATCTGTTTTGCAAGGGACTCCACAAGAGATAAACCAAGCGAGTTTGGACTTCTATTTCGAATCGACTTTTCGGAAAGACCCTTTCCGCTATCCGAAACTTCCAGAGTCGACATTTCGTTCTTTCTCGTGAAACTGACCCGAATCAAACCGGATTCAGAACCCGCCAATCCGTGTTTTAAAGAATTTGTAATGAGTTCGTTGATGATCAAAGCGAGGTTCATTCCAATCTCGGCTTTCACTTTTGCCTCTTGGATATCTAATTCCAACCGAATTTTTTCCCGATCTACCTGGTAAATTTCAAAAAGTGCATCCGTAAGTTTTTTCACATAGAGTTCAAAGCTGATTGAGGAAAGATCCTTACTTTCATAAAGAATTTCATGAAGAAGTGCGACCGCACGCAAACGATTCTGGCTTTCCCGAAGGATATCATTGGATTCTTCGTCGGCTTGGCCGGATCTAAGACTAAAAATAGAAGAAATGATCGTGAGATTATTCTTAATTCTATGATGAATTTCTTTGAGGTAGGTATCTTTTTCAGTCGTACTCGTGTGCTGCTCTCTTGTTCTGAGAATATTAAAAGTTCCTGTTAACTTTTCTTCCGCTCCTAAAATCGGAGAACTCTGGAGCTGAATTTCTTGGCTATTTCCGTTTTTCGAAATTAAGAATAGATTTCCACTTTCCCTAGGAAGTCCGGATTTGAGAACTTCTTCCACTACGTTTCCGATCGTATTTCCAGTTTTATTCTCGAAAAAAAGAATTTCTCGAACCGGTTTTCCAAGGTGATCCTTATATTTACAACCGGTCAGTTTTTCCGCTGCCGGGTTCATAAAAAGTAGAAATCCATTTTCATCCGTAGTTACAATTCCCGCCCCCAGTTGATCCAATGCACCTTTCAATTTTTCTTCAGTTTGTTTGGATCTCTGCTCAATTTCGTTTTTATAAAGAGCTACTTCAATCGAAGAGCGGAGTTGATCGGATTCAAAAGGCTTTACAATATATCCAAGAGGCTGAGTCTTTTTAGCCCTATCTAAGGTGCTTTCGTCGGCGTATGCGGTAAGATAAATCACAGGAGTGTGAAAACGATTCCGAAGTACTTCGGCAGTTTCGATTCCATCTAGATTCCCCTCTATGTTTATATCCATGAGAACAAGGTCCGGATGATTTTCCTCGGCTTTCTGAATCGCTTCCTCTCCTGAAGAAGTAATCCCTACGAGTTCGTAACCCAATTTTTTCAGTTTTTGACCTAAATTGACGGCGACGATGATCTCATCCTCGACCACCAATATTTTGGGTTTTTGAAGCATATTCATTAGTTACTAAAATAACTCCGAATTCAACAAGACATTTGTCAAAAAACGGAAAAAGTTATGGTGAAATTATGTTTTCCTTTTTTAGAAATTCCAAGCTCTTCTCAGTTTTCTCAGATTCCCTAAAGGGAAAAGAAAAAAACTGGGAGAAACGATTTCGATCCTCTTACAAGTACTTCATCTTAGACTCTTTTTTTGAGAAGAATCTTAGCCTAATTTAAATTTATTCCTAAGCTTGGACGACCCTTTTGTGTAAGAAAGCGCCGCTCTTTAAGGAATTTCTCTAAGTATTTAGAACAACTTGGGTCTTCTTTTTTTGCAAATTTTCCTTTTTTATCATTCATTAGGAGCGCGCAAATCAATCTTAAGTTTTTTCTCCACCCTGGACTTTATTTTAGAGAATCGATTTTTGCGAACACAGAGATTGTTTGTTCTCCATTCAGGAAAAATGTAAGATTTCTCTAAAAACGTAATTTCGACTTATCAAAAAGACCGAACAGGGTCTGTTCGATTTCGGACTGGATTCTAATCTTTTTTCCAATTTTGGAGTTGACCGTTGCTGCGATTAGTTGTATTATACATCTAATAATGAAAGATTTTCAGATCGAAAATACACTCGGTTACAGAATCAATCGTGGCGCGATCGTAATGAAGTTAGAACTTCAGGAACGTTTTAAAAGCGCCGGTTTTTCTATTACTCCCGAAGAGTGGGTCATCCTGAATCGGCTTTGGGAATCGGATGGAATGAATCAGAACGAAATCTCGCAAAAAACCATCAAGGACAAGACTACTGTGACCCGTTTTCTGAACGGAATGGAAAAGGACGGTCTGATCCGGAGGGTAGTGGCAGAGGAAGACCGGCGCAGCAGGCTGATTTTTCTCACCGAAAAGGGGGAAAAATTGAAAGAGGAGCTGATACAAATCGCCAAATCCTTGTTAAACGACGCAAGTATGGAGATAAACAAAGAACATCTGACCATTACGATAAACGTTTTGGCGCAGATTGAAAGGAACATCGTAAATCTAAAAGCGAAGTAGATGATTTAAATTTAATAAAAGAAGGAATGTTGAGTATGGAAACTACAACTTTTAAAAAAAATTCGAGCGCCATCGCGGCCATAATCTTTATAGTCACGGCGAGTACGATCGGTTATATCAAAATCGGCTGGCCACCTGTGATCATTGTGGGAGGGTCCGGATTGATCGGATGGATTTTCTGGTATTTCACGTATTTAAAAAGGCCCGTGGATCCTAAAGTGATTCTTCCTTTATTTGTGCTTACCGTAGTCGGTTTGCAGATTCACATGATTGAGGAATATCTGACGGGCTTCGGTCCCGCTGTGAGTCGTTTATTCGAAATCCCCTGGACTGAAAAGGGATTCGTAGTCGTATTCACATTGATCGGTCCGATGCTTTATATGTTGACCGCGTTGGGTCTTTTCTTTAGATTCCCGCTCGCAGGTTTTATTGCGTGGTTCATTTTTATCGGTCCCGGTCTTGCGGAATTCACCCATTTTATTTTTCCACTTTTGGAGCCAAGCGTTCAACCGAACAACCCAGAAAGGGTTTCTCAAATTGTCAACGGAGTAATGATTTCGGATATGCCGAACTATTACTTTAAAACTATGGGGGAATATTATTTCTCGGGACTTTATACGGCGGTGCTTCCAATGCTTCCGGGAGGTTACGCGATTCTTAAATTAGTAAAACATCATAGAGAGACTCGTCCTTAAAAATAAATCGGGTTCTCGTGTTTTCAACCCGATCATCGTCCGGCCGCGTTTATCGATTTCTTAACTCAAAACTTTTCGATAAAGCCGGACGATATTCCCGCTTGTTTTTATTTCTCAAAATGTAATTTTCATTTCCTAAAGATTTACGGATAAAAAACCGTTTCTCCACTTTGACTTTCGAGAAGAATCTAGAGGTTATCTCAAAAACCGTCATCCGTGTAGTCAGACTTAAAATTTCTTGTACTTAAACTATAAATAATATAATTGATCGTTATGAGCCGATTAGGTGACTTAACGAACGAACAATGGGATTTGCTTTGCGATTTACTTGTAGAACCCGAAGCAAGAGATGACGGTAAAGGTCGTCCGCGTGTAAATTCAAGATCAATTTTGGACGGTATATTATGGATTCTTCGCACTGGTGCTCCGTGGATAGACCTACCTGATAGATATCCCGCATATCAAACATGCCATCGAAGATTTCAAGAATGGCGCAAAAATGGAACCCTGGATAAAATTTTAGAAGCGCTTCTTCATGACTTAGAAATAAGAGGCAAGATGGATTTAAGCACGTGTTTCATTGACGGGACTTTTGTTCCTGGAAAAAAAGGGGCCTACGTATTGGCAAAACTAAACGGGGAAAGGGTACAAAAGTCATGGTTATCGTCGACAAAAATGGTATTCCTATCTCCGCCGGGATTGAAAGTGCTTCGCCGCATGAAAGTAAGCTCGCGGAAGGTGCAATCATCCGCAAAAAAGTCAAAGGCAAAATCAAAGATTTAGTCGGAGATCGTGCTTACGATTCTGATCCTTTAGATGAATATCTTAAAAAGAAATATAAAGTAAATTTGATCGCTCCACACAAATCAAATCGAAAAAAGAAAAAGACACAGGATGGACGTAAGTTGCGGAAATATCGTGGAAGATGGAAAATTGAACGAACTTTTTCTTGGCTACAGAACTTCAGAAGATTTGCAACTCGATACGAACGAAACGATCAAAACTTTTATGGAATTCTGATACTCGCATGTATCATGATCGTTATTAGGAGTTTTTGAGATAACCTCTAATAGATATCCATTTAGAGTTTGGAGGTATAGCAACCGTGTCCTGAGGATAGTCGGTTGACTTTGGGCTTGTGGTAGGTTCTTACATTTCTTGTTTTAGAAACGATGGATCTTTGTGTAAATACTCACACACTTTGAAAACGGGCGGATTGCGTTCGAAACAAAGCCAGAGCATAAAACGCAGGAACTCCCAGATTGGTAGAAGGCAAATGATTTCGTTGAGACTGTTTTTGGAAAGTTGCGGTAGTTCCCGCATTTTATGTAAAGGACAGAAATAAATCGATCTCGATTTATAGAAGATACAGCAGTAGTTCCCACATCTCTTCCGGATACACGACAGATTTCATCAAGAAATTCTAACTTCGCTTTCTACGGATCGCTCGATTACTTACAATTTCGAGAACACAGTCTTTTAGGAACAGCTCGCGACCTTTGTTAGTGTGTCGGCCCACCCTTTCTAAACGTAAGCCCCTTTAAATATTTGGAAGGATTAACAGGCTTTCCGTTTTTTATGACTTCGAAATGCAAATGAGGCCCGAACGAATAACCAGTGGAACCAGATCTTGCAATCTTCTTCCCTGCTAGCACATAATCCCCACGTTGAACAAAAAGCTTGGAGTTATGCGCATAAAGAGTCTTAAAATCGTTCGTATGTTCGATGACGACCACGTTTCCGTAACCACCCATCCAGCCGGCGTAAATCACCTTACCGTTTCTCGCAGCGGCAATCGGCTCGTAGAAAGCCTTTAAATCAAGCCCCTCGTGAAATTTTTTTCTGGGGAAAGTCCTAAATCCGAAATTGGAAGTTACAACTCTGGATGCAACAGGGATCACCCACTTTGGAGCTGGATCCGGAATTACCGCACCTGGTAAAAATAGTTTCTGACCAGGTCTAAGAATATCCAGATCCTCCAATTTGTTTTCCGACAATATTTCATCCAAGTTAACCTTATAAAGATTGGCTACTTTTGCGACAGTGTCTCCTGTTTTCATTTTGTAAAGAAGACCTTGTTTATTCGGAATACTTAATATTTGACCAGGATAAAGTGTATCTTCGATTTTGATGTTGGAAGAACCCGCGATAGATTCCATCGAAACCTTAAAGCGAGTAGCAATTTCAGCTAATGTCTCATTTCGCTTCACTCGATACGCTGTAACTTTAAATTGTTTTTTCTTTTCGGAAGGGTTCTTGAGTTCCTTCGCCATCAAAATTGTAAGTTTTGCCTTTTCGGATTCCTCCAAAAACTTTTCATCCCCGGATTTTGCCTTTAAGTCCTCGGAATCGTTTTCGGTGATTTCATGTCCAGCAGAATCCATCATCGCACTACTCGGGTTCATCCCAAATCCCAAGAATGCGAGAAAAAGCGCGATAGATGCGAATATAGGAATAAACCGGAATTTTTTTCTCCGAAAGTCCAGATTCCCGTGATAGAGATTTCCTCTAAAATAAAACGAATAATGAAAATGAAATGCGCCCAGGTAGATCAGAGTAAAATTTTCCGTCCGAAGGAGTTCTTTTCCTGCGGTCAGTTGTCTGGGCTTTTTGAAGATCATACAGGAAAAATATCGGCCGCTTTGTAGTCCTTTCTATAGGAAGAAAAGAACTTATTCGTCCTTGCCGTTGTCCAAAGTCCGGGTTCCACCGAAAGACTCTTCTACGATTTTTTTTACGTCTTTCTTTTGTCCGCCTGTAATTGTTATATTCCCCTTTGCAACCACTCCTTTAGCAAGGTGAAGCGCAGGAGCGACGATATCTCCGAGAAGCCTTCCAGTTTCTTCCAGACGAACTTCGCTTTCAGCCTTGATGTTTCCAATCATAGTCCCGGAAACGGTTACTTCTTTAGCCGCGATATTCGTTCTTACCTTTCCAGTCTCTCCGATATAAAGAGTATCGTCCGTTTTGATTTCTCCTTCGAATTTACCGTCGATACGAAGAGAACCCGCGATATAAAATTTTCCTTCGAAAATAGATCCTGGACCGATTACACTGTTATTATTTTCCCTGCCGATGGCCATCTAAAACTCCTGCTAACAATCAAAACCCATCCCCTAACCGGAGACACGCCGTAAATCTATTTGTGTACTCAATCCCAAAACGACAAGTATTTTTGTTTGGAATTATTGAATCAAATCATCGTCACCCTGGAAAATATTAGTTTTCTGCTTCTTTTTCACTTGGGTTTGGTGAGAAGGAGGCAGATCGGGTTCCGATATAAAACCAGCTCCACGATGATCGTCGCAAACTTCTTTGGGTACTGTTTCTTTGGTAAAATATTCTTCTTCGGTTTGATTGCAGTGAGAACCAGGAAGTTTCCCGGAAATGGAACAGATTTGTTTTCGAACAATTCCCGTTTCCCCAAAATGAAAGGGCTTTGATTTTTCCCGAGAAAGGGCATTCGACATAAACCGCCCCCAGATTGGAGCGGCAACCACACCCCCAGACATTCCTTTACCCATCGAAAGAGTTCCAGTATCATAACCAAGCCAAACTACGCTTACTAATTCGGCAGAATAACCCGCAAACCAAGCATCCCGAAAGTTATTCGTCGTTCCAGTCTTTCCTGCGGCCGGACGATTGAGACCGTAAGAAGCGGCGCCTGTCCCGGTTCCCCTTTTAATTACGTCTTCCATCATTGACGTGAGGATAAAACAAATTTCTGGAGAAAGAATCCGTTTTCTTTCCTGTTTACTCGCTTCCTCTCTGAAATCCTTGATTACATTTCCGGAATCATCTTCGACATAAAGAACACTCAATGGAAATACCTGTTTTCCTCCAGAAGCGATGACAGCATACGCGCGGGCCAATTCGTACGGAGAAACTTCGAAAGTTCCCAAAGAGATGGAATAGTTTTTGGGAATGGATCGATTTTCAATCTGAAGAATTTTTTCCAGAACCGGCATGAGGTTGCTGATCCCAGTGTGATCCAAAACCCGAACTGCGACACTATTTCTGGAAAGTTCGAGCGCTTCACGAAGTTTTATAAATCCAGAATATTCTCCCGTATAATTGGAAGGCGTCCATTCATCACCGTCTTCTAATACGTATTGGAGAGGAGAATCGGAAAAAAGAGACGCCGCAGTTACGTTCTTCTTCGGATCCGGATGTTGATTATAATATTCCATCGCGGCCGCGTATATCAAAGGTTTAAACGCCGAACCGGGTTGGCGATAGGCCTGGAAAGCGCGAATCTGTTGATTATCCGACCGGAAACCGGAACCTCCTACCATCGACGTGATATACCCCGTATCGGGGCGCATCGAGATCAAGGCGCCTTCGACGGGAAGCAGAAAGTCCTCGGTTTGTTGATTTCTATAACTCCAATCGACTGCTTCGCCCAAAGATTCGGTTCCGCTTAAAAGATTCAAAACACCAAGCTCATCCCTCAGGTCCTCCTGCCAAGTGCGATTAAACGTGCGAACCGACTTCGAAATCTTAAACTTAAACTCAGGAATGTCGTTTAACATCGATAGTAGATCGTAAATTTCACCGTAGGCGTCGTCGAACGCATCTATTTTCGTGAACATCCTCTGATTGGATTGAGCGGTCTGATTTTTCAGTCCAGCATACAAAGCCTTCTCCGCTTGAGTCTGATGTTGTATGTTCAAGGTAGAATAAATCTTGAACCCCCCGCTGTACAACGTAGTTATAGGAATGTAACGTGCCAGATTTTTACGCACGTATTCCGTGAAATAGGGGAAACGATTCAACCTATCGCCAAACGCGGAATCGTTCGGAGAACGATTTAGAGTAATATAATATTCTGAAAATGCTTCGTATTCCCTCTCCGCAGTTTTGACGTCGAGAACTCCGTTTTCCACGAATTTCTTAAATACGACGCGAACCTTCGCACTAGAGGAATTAGGATTGACCAAGGGAGAAAATTCCGTAGGCCTTGTGGTTAAACTGGCGAGTAATGCAGATTCCCCCCAAGTCAAATCCTTTACGTCCTTACGAAAATAAAACCGAGCCGCCGCTCCAACTCCGATCGTTCCATGACCAAGAGGAATTTCGTTGAGATAAATTTCCATCAACGTGTCCTTATCAAAAACCACTTCCAAAAGAAGCGCAAGCCAAGCCTCTCTGGCCTTTCGAAGGAAAGAACGTTCCGTATTTAAGAATTTTAAACGAGCGACCTGTTGCGTAATTGTCGAGGCTCCTTCTTTGATTCTACCCGCCAAAAGATTGACCATAAAAGCACGGAAAATTCCGCGTAAATCGAGCCCCCAATGCGAATAAAAATGATTGTCCTCGGTAGAAACAAAACTACGGATGAGCTTGTTGAGTTTGCCGTCTTCTTCGGGAGGAAGTTCTTTGATGTTTAAAACGACACGGGAAAAACGATAAAATTCCGCGATGGGTTCGTACTCACTCTTATCATTGATTCCATAAAGAACGGAAGGTTTTTCATACTGATTGGATCCGGGAACTTTCCAGAGATCCTTGACGGAAAATACGAACAAAAATCCGTTGAGAAACAACAAACCCGCACAGAGCTTAGTCAATTGTTTCAACGGATTTTCGGAATTTAGAATCTTCTGAAGAATCCTATCCCGAAAATGAATGACGAAAAAACGGAAAAGATAACTGACTGGTTCTTGTTTCATGTTCGATTAAACTTCTTCCAACGGTGAAAATTCCTTCATACTGTCGACTCCTTGAAAACGAAGTCCCGTATCTAAATTATATCCTTGATATTCCTTTAAGAATGCGGAGCGACTCATTTTATTCTCTAGATAATTCCATGCATGTGTAAGCGCGTCCCTACCATTTTGCGCCGAGCGATTAATCAGTTCCACGAAAGAGTCGTTTCGCACGATTGAAGGGTCGGCTGGGTAATTCCACTTCTTTTTTTCCTCGTTCATGATCCGTTTGTCTATATGTTCCTTGAGAGGAAGCATCAGAACCGAGGATCGAACTTTGTGAAACGTAATCTGGTCTAAAAACTTCAAAGTGCCCCGAATCCATCTGCTTCTGGAATCCAAAACCCTGTGAAATTCCAGATAACCAAGAAAGGATTCGTTTAACAAATCTCCGGGAATGATCTTGTCTTCAGAACCTATATAATATTTTTTGAATTCGTCTAGAAAAGTCGCTTTAAGACCACGAAGCCAAAAATGCCAGAGTATGGGATCCATCTTCCAGATTTTTTTTTCAGATTTAAAAATCGCATCGACGTGATGGACAAAGTCGTATTCTTTCGGAGTCATTCCCCATCTGTAGTCGAGAAGCCAGGAATCCAGTGCGTTCTCTACTCTCATGTGATTGTACTGGGCAAGGCTGCTGATCTTTTTGTCCTTGTTGTAAAAGTCTCCGGAGATATAAAAAATATACGGATGAGTGACTATGTCCACAACACAATGACAGATGTAACCGAGAGTAAACGCAATATAACGATCTCTATGAATCCCCACTTCGGTTTGTAGAATAAGATCTAAAAAACTTAAAACAAGTTCCGTAACGGAGTTATGATGACTCATATCCCCCCAGATTGTGGCTTTTTTCGTTTTGCGAGGAGAAAATACATGATAAAAGTAAAATATATCTGGGGCGATGGCTCCAATATTTGCGAACTTTCGGTTGGATTCAGCTCGCATTAGAAGGGCAATTTTTCTTTGGTCCGCAGTTCCGTGATCCAGATGTTTACAAATCTGGGAAAGGACTTCTAGATGAGTGATTTTGCCAGCCATGATGGAAAATACCTTTTAAAAAACGAAACCTTTTAGGAGCGTGTTCTCAAAACCATTTAGAATTGCCCATTTTACTTATGCAACCAATAGAAAAATTAAAATTTTTAACCGAATTTCAAGTACGCTCGATTGCACAGCAATTCGGAACCCCGATTTTTGTATATTCTCGGGAAGGGATCGAAAAAAGCTGTGACGCTGCACTTGCGTTTCCGAACGGCTACGGATTAACCGTACGCTATGCAATGAAGGCCAATCCCAATCGAACAATCCTTGAAATCATAAAACGAAAGGGAATTCAAATTGACGCAAGTTCCGAATACGAAGTGTCGAGAGCGATTCATTACGGATTCAAACCAGAAGAAATCATGCTTACTTCTCAGGAACTTGCAAAGAACTTAAAAGAATTCGTAGAAAAGGGCGTAGTTTTCAACGCTTGCTCTCTGCGTCAATTGGAAGCCTTTGGAAATTTATTTCCGGGAAAAGAAGTCAGCGTTCGTTTTAATCCAGGGTTAGGTTCGGGACAAACCAAAAAAACGGACGTGGGCGGAAAAACTTCTTCCTTCGGTGTTTGGCATGAGGAACTGAATAAGGTAAAGGAAATCGCCTCAAGATACAAACTCAAAATTTTTAAAATTCACACTCATATCGGATCAGGAAGCGATCCGGAAGTTTGGAAAGCGGTTGCTCAAGTCTCTCTCGACATCGCGGCGCAATTTCCAGAGTGTAGAATTTTGAATCTAGGCGGCGGCTTTAAGGTCGGTAGAATGGAAGATGAAAAAACCACGGACTTTCAAAAAATCGGCAAACCCGTAGTTGAACTTTTCCAAGAATTCGCGAAAAAACACGGAACTTTACTTCACTTGGAGATCGAGCCGGGTTCGTTTTTAATGGTGAACAACGGTTCGATCATCACCACAGTGGACGATGTAGTTTCCACGGGTGACGGCGGTTATACTTTTGTAAAGATTGACGCGGGAATGGACGTGAACACAAGGCCTTCTCTGTACGCGGCAAGACATCCATTGGTCGTAGTTCCCAAAGTAGAAACACATTCCGATAAAACCGCAAATTACGTATATGTGGGACATTGCTGTGAAAGTGGAGATTTATTTACGCAAGCCGAAGGCGGCGGACCGATCACAAGAATAACAGGAGAAACTAAATTAGGAGATTATGTTGTAATGGAAGGGGCGGGCGCTTATTGTTCCTCCATGTCCACAAAAAATTACAATTCTTTTCCCGAGACTGCGGAAGTTCTTGTGGGCTTAGATGGAAGTTTTCAACTCATTCGGAAACGGCAAAACCTAGAACAAATTTTTCAGAATGAAGTCCCTATTTCTCTCTGAAAAAATTTACGTTCTGATTCTTGCCGGAGGAACCGGTACGAGAATGGGCTCGGAGATTCCAAAACAGTTTTTGGAATTTTCCAACGAGCCCATTCTAATTCACACACTCAAAAAATTCCAGAGCTGGAAAAAACAAAAACAAATCGTTTTAGTTTCTCATCCGGAATTCATTTTAAAAACGGAATCTATTTGCGGTCCTTTTTTAGAAAACCAGGATCGTATCGTAGAAGGTGGAGAGACAAGGCACGGGTCCATGCTTCGGGGTTTATCCGCACTCACGATCCAAAGCGAAGACATTCTATTGATTCACGATGCCGCTCGGCCATTCGTTTTTTTAAAGGAATTGGACTTGTTATGCGAAAGTATCCGTGAGAACGGAATTTCCACACTTGCTTCTCGCACTTCCGAAACCGTATTAGAAGAATCGAATGGAAAGACCTCGTCCTTTCTAGATCGGGAACACATTTGGTTTATGAAAACTCCACAAGGAATCCGAGGAGATATTTTGAAAGAACTGCTAACATTGCCAACGGACCCGATTCCCACCGACCTTTGCTCTTGGGCTTTAACGGCAGGAAAAAAATCTTCCATCGTAGAGTCGCATCCATTTAACCTTAAAATTACCCGTAAGGAAGACTTGGAACTTGCGGAACTTTATTCTTCTTTATTCCAAAAAATATCATAAAAGCAAAATCAGACTTTTAAAGAAAACACAATCGTGAAGAGGTCCCATATTCTTTTTATGAGACAAAGTGGTAATTTTTTATCCAGATTCCAAACGACGATAATCTTTTTTGGAGATGTAATTAAAAAATTCTCTATACGGAATTAAAGGCCATGTTTGATATAGATTCTAAATTTATTCTCGAATCAGACATAAAAAATCGTGTTTATCATCCGATAGAAATATGAGAGTCCTCATAAAGCCGGGAAATCTTTATTGCAAAAAGTATGACCTTAATGTTAGTGAAAACCTCCTTTCTATCGTTTTTCTTTACTCGGTATGAGGGGACTCAATAGTACATCCCTTAAGGGATTACAAATCGGTTCAATGAATCGTTCCCGGCATTGTGATCTAAAAGGTTATACCAAGGATTTTCCAAGTCATTACGTAGATCAAAACAAAACCCAAAAGAAACTTTTTCGAAGTAACCGCTTTTTAATGAAAAAGGAAATGAAAATAAACCTACTTCTCGTATTAAAATCAGACAAAATAAAAATTTATACTAACGGTATTGAATGGAATTCGAATTCGGCACTCTCATCTTATCCGGGCTAATCATACTCAGCATCGGACTTTTAAGAATCTCTACTAAGTTCGGGGTCCCTTCACTATTATTATTCCTCGTCATCGGAATGGCGGCAGGTTCAGACGGCCTCGGGGGAATCGAGTTCGACAATCCCGTACTAGCAAAACAAGTAGGCTCCATTGCATTAGCGTATATCCTATTTTCGGGAGGACTGGAAACCGAGTGGTTAAAGATCAAACCAGTTCTTTGGAAAGGAATTGTCCTCGGAAACTTAGGAGTATTGATTACCGGGGCCGTTATGGGATTGTTCTCCGTCTACGTTTTAGGTTTTTCGCCGATTATCGGATTTTTATTGGGAGCAGTCGTATCTTCAACGGATGCGGCCGCCGTTTTTAACGTACTGAGAACCAGAAATACGGGAATGAAAAAAGGATTAACCTCTTTGCTCGAACTCGAATCGGGAAGTAATGATCCGTTAGCCGTTCTTTTAACCGTAAGTATATTGAGTCTTTTAGGACCTCACCCACCACAAATCGGAGAATTGGCACTTCATATCTTTATGCAATTCTCCATTGGAACGATAGCGGGAGTTATATTCGGATATGCGATCTACAAAGGATTAAACCGAATCAAGCTCGAATATGAAGGATTGTATCCGGTTTTGATTTCCGCATCGGTTTTGTTTGTATATTCGGCGACGGAATTAATTCAAGGAAATCCGTTTCTCGCGGTTTATATCGCAGGACTCGTATTAGGAAATCAATCCTTCGTTCACAAGCGAAGTAATCTCAGATTTTTAGATGGAATCGCATGGTTGATGCAAATCATCATGTTTTTAACATTAGGTTTACTTGTTTATCCAAGTAGAATTCCCCCACTTTTCGGAACGGGTATAATATTCTCCCTTTTTCTTGTATTTGTTGCAAGGCCGATCGCGGTGTTTGTCTCTCTTTTCCGATCCGGCTATAATATTAGAGAGAAGTTATTGGTTTCTTGGATTGGACTCAGAGGTGCAGCCCCGATTATACTCGCGACATTTCCGTTCGCTCAAGGTTTAGCGGGTTCAGATAAGATTTTCCATCTAGTATTTTTTACGGTACTTGTCTCTTTGCTCTTACAAGGAACCAGCGTCCCTCAAGTCGTTCGATGGCTCGGATTAGACGCACCCTTAGAACAAAGAGCTTCCTATCCATTCGAATTTGAAAATCGAGAACAAAGTGATTCAAATCTTTTAGAGTTTATCGTACCTTACGGATCAAATTCCGCCGGAAAGTTCGTATATTCTTTGAATTTTCCCGAAAATTCACTAATTACGTTGATCTATAGAGGAGACAGACATATTGTACCAACAGGAAAAACTACATTAGAAGAAGGTGATGTTCTTTTGATTTTAACACCGAAGGGAAGTGAGGACAAAATCCGAGACATCTTATCACAAATGGAAGATACGATTTAACCACATCTTGATTTTTATTTTGATCGGGCGGTCGCGGCTCGAATTTTTCGTACGTTTAAGGTACTAAGAGCTTGTCCTAAAACCTTAAAAGAAATCAGTTACAATGATTCAATAAGTTCGTAATAAAATATAGAAGTTCCCACAAATTATATCTCTTTGGTTGTTTACGAGCTTTCGAGCATATTTTATAACTATTAAGTTCTCCTAGAGGCTCCTATATTTCGAGGTTTTGGAACAGGCTCTTAAGAAAAAAAACGCAGGAACGGCGGGCTCGCTACAGCTCACGTCTTCGGCCGTATTTAAAGAGACGACCGCATTGTACGCCACACATCCCTACTGCACGATTTCCTACTAATAATCGAATAAGTTCAGCGACTTTTTTTGATCTATATTTTGAAATGAAATAAAAGGATCGAACATTTCGGATCACTTTTCCAAAAAATCCTTCAGTGTTTTCAAAGCATAGTCCCAACCGCTATCGGAATGTTCATAGGAAGTTCGAGTAGGAAAATTCTCCTGAATTAAGGAAAGAGAAGTAAACGTCCCTTCCGATTCCAATTCGAAAGTAATGATAGAATAATTTTCGGGAATGTTCGGAACACCTGAAAAATTACTCCAATAGTTGTATCGAAATATTTTTTCCTTTTCTAATTTGAGAATCGTCCCGTGATCTTCATATTCTTTCCCCTCCCAAACACCCGTAAAAAGGATCGAACTTCCTTCTTTCCAATCGGAAATTGTTCGTGTACCATAAAGATAAAGTTTAATAACTTCCGGATCGATTAGTCCGTTCCAAACCTTCGCGATTGGAGCTCGAATAGAAATTTTCTTTTTGAGAATTAAATTTTGGTTCATTCTAAAATCTCCAAAATCAACAACAGACCGATAATACTCTAATTTCCTCAACCGGAAAAATCTCCATATTCTAAAGAATACGACTAAAGCTTCGGAAAATGCGAAAACCCATTCAGAAAAAACATAACAAGTTTTGAAGTGATGAAACATCTCAAAACTCTTTCTCCGAAGCCAATCTTTTTAAAGATAGAAAAAAGAAAAAGCATTTCGTCTAAACCGGAATTCTGGGAATGTGCATTTCGATCATTCTTCTTTTGATTGAAGCTATTTCGTATTCAAAGAAACGCATACGTATGTGCTTCAATATGCACATTCAAAGATGCAAGTATTCATTTCCTCATCATAATCATTCGGATCATTGAATTTTTCAGAACTCATTTTTTCAATCCAATCATTTTGCAGAATAAAAAGCCGTTCAAACTTGACTCACTTTACATTTTAATATAATAAATTTCCTATAGAATCTATTTGTTTTTTAGAATTATGAATTGACTTTTTCGAAAATACACTCAAAATTCTCCCACTCTTCAAGGAGAAAACGCAAATGTTTCGAATCATTTCAAAATTGTTTCTAGTTCTTATGGTGTTCGGTTTTATTTCAACCGCATACGCGCAGACTAGCAGCCAAACCAACACTCCCTCCTCTATCAGTGGCAAGTATAAAGTTGCCGGAACCAATCCGAACGGCTCGTCTTATAGCGGAAGCGTTACGGTCACAGAATCGAACGGAGAATACCTCTTTACCTGGAATGTTGCCGGAAAAACTTTTACCGGAACCGGAACCCTGGAAGGATCTACATTAACCGTAAATTGGGGAGAATCGGAATCCGTTATTTACGAAGTAAAAAACGGTGGTAAACTTTTAGAAGGAACTTGGGCAAATGGAAGTGCAACCGAAACCTTAAGAAAATAGGAATATACGAATGTATTTGGTTGTGGAACGATCGGGGCTCCCGATTGGTTCTACAACGATTTCGAATTCATTCGTTCTTTCAAAAACCTTCCTTGCTTTCGAGATTCTAATTTCTCACTCATTCTTTGATAGATTTTTCGCCAAAGACCTGTTTCGATAATGCTTTATCCTACCTGTTTCTGTTCTGAAAAGTATTATCATAAAATTTTCTCAAACGAAAACAAAAGATCGATTCGATCTACTAAATCCAATTTGAAGAGACATAAAATAATTGAGAATTCGTCCAAAATCACTTGGTAAATTCGTAATAAAATACAGGAGTTTCCACAGGTTACGTCGTATCGGGTAATTTATAAGCCTTATAGCGGTTCTTTTCATCGTTAAACTCCTAAAATATTAAGTTTTGGAGCAAGTTTTTAATAAGAATCAAGAACATCTGATCGAATTGGAAAATGGCCTTATTTATCAGATCACTTTGTCCTCATTCCTAAGCCAAGAGAACGTAAAATTCGATACCCAATGATTTTCTATCGTACGAAAGTTTATCAAAACCATTAAAGATAAATTCCCATGAAAATCGAAATAGGCTTTGTAGATTGTTTCTAAAATGAAATTTTAGATTGACCCACTTACCTATCGATAGGTAAGTGGGCTGATGAGATCTGGGGGAGATACAAAGGAAAAAATCGTAACTATTGCTAGGGATTATTTTCAAAGTGTCGGTTTCCGATCGTTCAGCTTCCAAGATATAGCCAACGATTTAGGAATTAAAAAGGCGAGTATCCACTATTATTACCCTTCCAAAGAGGAATTGGGTCTTGAAATACTGGAAGCATACGATAAGGACTTCAAAAAATATATAGAAAACATAAGGGAAAGATCTCCCCGCGTTAGACTATTCGGACTTTTTAAACTTTATGTAAGTTATGCCGGTGAAAATGGAAATATTTGTCCATTCGGTGTTGTAGGCACAGAATACCATGTCCTTTCTCAAACGATCCGAGACAAAACCCTGATTCTTCAAGATCAACATCGCGATTTTTTAATACAAACTTTGTACGACGGGGTAAAGGACGGGTCCTTTCTACTTACTCTCAGTGTTCGCGATACGGCTGATTTATTCATCTCCGCAATTCAAGGGGCAATGCAAATTTCAAGAATCCGAAAGGATAAGGAATATTTTCCGAAAATGATTCAAAGTCTTAAATCGATGATACAAATGAAGGAGCATAAAAATGCAGGTTTCTGAATCCACTACAAAAGCATGGGAAGTGATGAACAACTTGTCCGATAAAATGGCCAAAGAGTATAATCTCAGTCTCGAACTTCCACCAAAATCTTTTAAGGAAATGAGGGCCGAATTCGTAGAATTCGAAGGAGCAAAAAGGATTGTAGTTCGGTTTCCTTACGATGATCGTTTTGCAAATCCGATGGGAATTTTTCAAGGAGGAATGCTTTGCACCGCGTTAGATAATACTTTCGGACCTCTTTCCTATCTTGCCGCTAAAAAACCCTGCGTTACCACGGATTTATCTACGCAGTTTTTTAGAACTTTCTTTCCAAAGGACGAATACATTTTGATCGAAGCGAAAGTAATTTCTAAATCTCTCGCTATGCTAACTATGCAGGCGGAAGTTAGAAATCCGAAAAACAAACTCATTGCGATCGCTACTTCAAGTGTTTTGATTTTACAAGAATCTATGCTCAAAAGAATGACGAACAAACAGGAAGAATAAATCTTTATCAAACGAGATTCATCAATGATTCCATTGCGGTCAGTTGCAATCGACTTGTCCGCAGTTTTCCCGTTCTTCTTCGGTTTCCAAAGTAACATGTGCAATTTTTAAACCCTTCAGAATTTCCCTTGCCTTATACTTGATAATTCTCTGATGATCGGAAGAAAGGCCGTTTTTTAAAACGAGATGCGCAGTCAAAGCGTTTTCCGTAGTACTCAAAGACCAAATATGAATATGATGAATATTTAATACGCCTTCTATGGATTTAAGCTCGCTTTCCACGATTTCCGATTGAATCGTATCCGGAGTGGAATCTAAACTCAATCGGAGGCTTTGCCTAAAAAGCGGAATATTTCCGTACAGAATCACAAGTCCCACTAAAAGACCAACTACTGGGTCGATCCACAAAAATCCAAACCACTGAATCAATAAACCGGAAACGATCACCCCCAAAGATACCAATCCATCCGCGAGAAGATGCAGATATGCGCCTTTCATATTCACATCCTCGTCCTTACTTTTGCGGAATAAAAAGGATGAGGAAAAATTTATCAAAACCCCCACAAAAGCCACAACAGCAACCATTCCTCCAGGAACAGAAGTCGGTCTGGATAATTTCTCAACCGATTCGTAAATGATAAAACCTACAGTACCGAAAATTAGAATAGAATTAAGAAGGCTGACTAAGATCGAAGATTTTTTCCAACCGTAAGTAAACCCCGGAGAAGGTCCTCTTTCTTGAAGTTTAATCGCAATCCAAGCAAGAAACAAAGAACTCACATCCATCAAATTATGACCCGCATCTGAAAGCAAAGCAAGCGATCCGGACCAAAGGCCTATTCCCGCCTCGATACCCGCATAAATGAGATTGAAAAACATCGCAATCATAAGGCTTTTACCCGCACTCCCAAGATGATGATCGTGGGGAGAAGTATGATCGTGAGAATGGTTATGCGAGTGATGCCCCATGAGTCCTTCCGTGTTTTAAATGATATCTTTCTCAGAATAGCGAAGCTATGAACCTGTAAACGGAAAAAATATGTTTATTTCTGAAAATCGACTTTCTTTAGAATCCGCTTCAAAATCCGAAGAGAATTTAATTTTAATCATTTAGCAAACTCATAGAAAATGGAATAGTCCCACAGATTACGTCTTTTTGAGGATTTTAAGATTTTTGAACAGATTTTATTGTCCTTCAATTTCTGTAGTAATTCCCGCATTCCAAGATTTCGGGATAGATTCTTTAAAAAAATCCCTCGTTTTACAAATTGAAAGCAACCCACACTCCATTAGACTTTTCTAAAATAATACGGAGTTGCAAAATGATCCTCCGATCCGAACGGCTTTTCAACGTTTAAAGAAAAGAATGGCGTATTTTTCCAAGATTTTCAACCGATTTTGCTACCTGTTTTACATTCTACCTTTGATAAGCATATTTTCGAGTCTTAAGAACAAAATTTGCGTTATTCTTTGCTTCAAACTTATTCCAAAAAATGTCGAGAAAGCCACCAGAAAGAGAAACAATTGTTGCAATTGTCGCTAAAAAAAGCATTCATTGTCGATCTATGTCTTGGAAGAAATTAGCCCAATACTTGCTTATTTTTCTATTACCGTTATGTCACAACGTAAATGCATATCAAGAAGACGGGCATTTTTATACTGTTCAAACCGTTTTAAATAACTTTGAAACTTCTTCTCCTCTAACCAAAGACGAAATCGCCCTTATCGCTTTTTGTACTCAACTTCCGGACGAGGTTCCAGAACTGGACGCAATTTCAGTGTATCAAAAGCTGGCTTTTAAATATCCTTTCGATTATATACTTTGGGTTCTTAAAAGCCAAGGTTCACCGAAGGTTCTGGGGAGAATGGCCGAGGTACAGCAGTTGTTACACGGTTTAACAGGTGGAAACAGTGAACACCTTCGTAATGTAGCCGTCACAACCTTGGATCGACTGCGTACAAAACTTACTTCCAAAAAGGAAAGACTTCCCGAAAGATTATGTGCGTTAGGTTTCGCTTTTCATTTGTTAGGAGATTCATTCGCACATCGCAAATTGTTAAATCCTAAAAAAATGTATCCTACGGGAAGAGGACACGCTTCCGATATGACCTTGCCCGATCACCCAGTTTACAACGATGACCGTGTTGTCGAGTGGGAAAATTATGCGAAGAATATTCCGAACTTATTTCGTTCCGATCTGAAGGAAGTTGTAATCAAGGAAGATTTTAGAAAGGTAAGAGAACTTACTGGAAATAACTATCCCTGGCATTGTATTTTTGGAACAAAATGCGAGGACAGACTCAGAAAAATCTTATTACATCGATTGAAAGAGTCCGACTCCTTTCCAAAATACAATCCCTTACAGAAGGAACGTTATCCCGCCTCCAATTGTCAAGAGTACGTTCAAAGGGTAGTCGAACAAAAGGACATTCCGCACATTCCGGATTGTGGTAAGTCTTGGAAAATTTACAAACAAGTTTCCTTAGAAGTTTGGAAAGACCTCGGTTATTTTCAAGACAAAAAATCCCGTAAACAAATCGAACTCTACGACGGAGACGACTTATGGCTAAATCCTTAAGCGAAGAACACCCTCGAAAAAAAAGAAAAAGAAAAGTTAAGAAGAAATCGATTTGGGGAGAAATCCTTATCGTATTTGCAGGTCTTCCGATTTTGATTGCTTGGATTTCCTTTCGTACGTTCGTATGCTGGGGCAATTTGAGTTATACCGGAGAAGTTTTTTGCACCATTTCCGGAACGATCAATCCTCTTCTTTTAGTTTTAACCTTGGTTCTGATTGTATTGACTTTCGTGGATCTTCACAAATTGGGTGATGAGCTTGAGGAACTGCCTAAATGGTCTTCGAAACGAATTTATAAAGGGTTTCGATCCTTGGAAAAATGGGATAAATTTCATTTTTTGTTCTCGTTTGTTTCTTTTTTGGGGGCCCTAATTATAGGTATCTATCTCTTAAATCGTCTTGAATTTAGTTTATTTTAATATACAAATATATTCTTTGGGGTTGTAATGAAAAAATACGAAGCGGTTGTGATTGGTACCGGATTCGGCGGAGCCGTAAACGGCTGTAGATTGAGCAAAAAATGGCCCGGCCGGGTTTTAATTCTGGAACGTGGAAAACGCTATCCCAAAGGTTCCTTCCCCCGTTCTCCCCACGATATGTCCAAAAATTTTTGGAACGTTCCCGAAGAAAATAGTTCCAAAGCCCGCCCGAAAAAACTTTCCAAATTGAATCAAACCGGTCTATTCGACATTCGAAATTACAAAAACATGGACGTAGTTATTTCCGCAGGACTCGGCGGTGGGTCTTTGATTTACGCGAACGTTTTCCTAGAACCTCCAGATCATATCTTCGACGAACGTTGGCCTGCAAACGTGAAAAAGAAAAGCCTCAACCCATATTATAAAATCGTAAAAGAAATTTTGGGCTCCCGACCAATTCCAACGGATAACGATCCTCGAAGAAAAATTGTTCGAACCGAACTCTATCAAAGATTCGCGAAGTTTGTCGGCCGAGAATCCAAACTCGCGGATATTAACGTATTTTTCGGAAACGATTTTAAGAAACCGATATCGATAGGACTCCAGGAAAAAAATCGCTACGGAGCCGTTCAAACTTCCTGCACGTATTGTGCGGAATGCGATATCGGATGTAATACACATTCCAAAAATACTTTGGATCTAAATTACCTCTTTGTAGCGGAAAATAAATACAAGGCGGATGTGAAAACCGAACATCTGGTTCAAAAGATAGTTCCCCTTGGACCGGATGGAAGCGATAATTCTTCTTATCACGGAGAAAACGGTTATCGAATTTATTTTAGAGATCTTTCCGCACATACCAGAGATTTAATTTCCGTAGTCGCAAAACGAGTTGTAGTTTCCGCAGGGACGTTAGGAAGTACCGAACTTCTTTTAAGATGTAAGGAAGAATTCAAAACTCTTCCTGATATATCGGATCATGTAGGAAAACAATTCTCCGGCAACGGCGATTTTTTATCCTTTGCCATTAAAGGAAAAGAACCTGCAAATCCAAACTACGGCCCGGTAATTACACAATATACGGACTATAACTTGTTCAAAAGTTACGATCCTAAAAAGGCTTTTATTCTTCAAGACGCGAGTTATCCCGTTTTTGCTTCTTATTTTGCTGAGGCGTCCGTTCCCTGGTTTTTAAGAATCGGATTTTTCTTTCATATGCTCGGGGAGCTTTTCAAAAGATTTTTAGACGGCAAAATTTTCGGAAAAATTGGTTATCTGATAAGCGAATTAATGAAAGGCGACCTTTCCTACACTTCGGCGGTATTGTTGTGTATGGGAATCGACCGTGCAGATGGTGAAATGATTTTGGATCGTAAAAAAAGTTTTCAGATTCAATGGCCTCAAAAGAACAACATGTCGCTTTATGAAGCAATTTTAGGCGTGATGAAAGCCTTTGCTTCGTTTATCAAAACAGACTTTTACTTTCCGCTCCCGACCTGGTCTTGGCCAATTCGCAATAACGTATCCGTACATCCGTTAGGCGGTTGCATCATCGGAAATTCGATAACTCACGCAGTGACTTCTGCGGACTCAAAAACTTTCGGACAGGTTTTTTCGTACCAAGGACTTTACGTGGCCGATGGAAGTCTTTCTCCGACCGCAATCGGTGCAAACCCATCCATGACAATCGCCGCTCTTGCCGAAAGAGTCGCGGAAGGAATTACAGGAATAAAACCGACGACAAATCTCTGACAAAAAATACGTTACTGCAAGCATGAAGACGAGTTCAGTCAAAACCTCCATCTAAACAAGCTTGCAGAATTAAATGCAGAGAAATAACATTCGTTTTTTAGGATTATTATGAACAGCGCAACGGAATCCATTAAAGACACCCTGGAATTGATCAGACCTTATCTGCCTTCCGCAATTGTTCGGAGATTGGCGGATGCCAACGAATCCAAACTGCAAAGGTCGCAGTCTTTTGAGGGGGCCATCTTATTTTTCGACGTTGTCGGATTTACTCCTACTACTTTGGCGTTAGCAGCCAAGGGAACACGTGGAATCGACGCGCTACAAACCGTTCTTTCCAATTACTATACTGGATTGTTAAAACATCTCAGTCAATGGGGAGGAGCGGTTTATCAATTCGCGGGAGATTCCGTTTTAGTCAGTTTCGAAAAACAAAAAGACGAAACCGATGCGGAAGCCGCTATTCGTGTCGCGAATTGTGCATTAGGAATCTTTAATTCAATTTCCGAATATAGCTCGAACGAACTCCTGGGTGAAACCGTAAATCTTCCAGCTCGAGTCGGATTGGCTTATGGTGTATATCAGGAATTTATCTTAGGGGAACAGGATCGATTTTTAAGAGCCGTGATCGCAGGAACGCCTGTGGATCAATCCATCTCCGCCGAAAAACTCGCTTCAAGCGGAGAGATCATTCTCAGTGCGGAACTTTGGAATCTCCTTCCAACATCCAAAAATGGCGAGAATGTTAATTCCAATTTCTATCGTTTGGTTGATTGCGAAAAATGCGAAAATATCATCCCACTTCCTTCCCGTTCCGCGTCAGAAGAAAGAATCTCGGATGAACGTTTTTTCAAACGTTGTAAACGTTTTATAGTTCCGGAACTATATCAAAGAGTGACTAATATCCACAGAGCTTTTTCCGGAGATTATCGCGAGGTAGCTTCTGTTTTCGTTCGAATTGATTCGCCTCTGGAATCAAATGCGGATTCGAAAAACTTTAACAACTTCTTTACATACGTCCAAAGCGTTGCGACTTCCTGTTCCGGAACATTCGTGCTCACGGATTTATCCGACAAAGGTGGAGTATTCAGTGTTTTATTCGGCGCTCCTGCGGCGCTTGAAAATAAGGAAGCGTTGGCGGGTCGATTTGCAATTCGGCTCTTAGAAGGAGCTTCCAATTATCCTGCGGCAAAAAATCTACAGATTGGAATCTCGACGGGAATGGCGTATTGTGGAGATTTAGGAGCACCCTTCCGAAAGGACTTTACGGCTATCGGAGAAATGATGAATATCGCAGCGAGACTTGCGACTCTTACCGGGTATGGCGGAGTCCTCATCGATTTCCAAACTAAAAGTAAATTAGCGAAGAGTTTTTCCTTTCACGAAGTGGGGGACGTTGAGCTCAAAGGTGTTTCGGGAACTAAAAAGATATTTCAGCTAACGTCTGAACAAAAGAATATTCCCGGACTTTTGATTCAGTACAGAGATAAGATGATCGGAAGAAAAGAAGAACTCGATCGTCTTCATAAGATGTTGGACACTTCCAGCGAAAAAGGCGGAGTGGTTTGCAGAATCATCGCGGATGCCGGAATTGGAAAATCCAGACTGACTAACACTTTTATTGACCAGGCTTATGATCGAAACGTAGAGATTCTCATCGGTTATTGTTATCCTTACGAAAAGTTCACACCATTCTATCCTTGGAAAGAATTGTTGAGTCTTTTTCTAGGAATTTTCGAAGACGATTCCTTGGAAACAAGAGTCTCGAAGGCGGAAAAAGCGCTCCATAATTTGAATTCCTTCGACATCGCTTGGGCGAAGGCACTCGTCGCTTTGATGGGAGTTCCTGTGCAAGAAGATCCATTGACCAGGGAAATCGATCGAAAACAAAAGAACGAAAGACTTTTCGAAATTATCCTCTCCTTGTTACAGGAACGTGCAGACGAAAAACCACTGACGTTGGTCTTCGAAGATGTTCATTGGATCGATGAACTTTCCAGCCGCCTTTTGGAAAAGCTCGCGTTCCGATTATCTACGATGAAGGTAATGCTCATTCTCGTATCCAGACCGGAAGGACAATTTGCAGAAGATTCCGTCTCTCCGAACGAAGAGCTCATTCGTTTGAAAGAATTCAAACCGGAAGAAGCAAGGGACTTTCTTATTCACAAATTTAAGTTGGATACAAGCCAAGGAGAATTTTTGGACCAGATTCTTAACAGATCCGGCGGAAATCCGTTTTTTCTCGAATCCATCGTCCATAACTTAATCGAAGAAGGAACTCTTAAAAAACTAGAAAACGGAACTCTTTCCCCATCCGACAAAAGTCGAGATATCCAGATTCCGAACACGTTAAACGACGTTTTGCTCGCTCGCGTAGACCGTCTTCAAGAAAGAGAAAAAATCGTTTTGAAAACGGCTTCCGTAATCGGTCGCTTGATTAACGTGGATACTCTCAATCATCTATTGCCAGTCGAATTCCGCTCCGAAATCCAAAATATCTTACAAAGTTTGGAAGGTTTGGATCTAACCCCTCTTGAGGTTACGGATCCTCTTACATATATCTTCAAACATATCGTGATTAGGGATATTGTCTACAACACTCTTTTGCATTCCACAAGAGAAGACCTCCATAAGAAAATCGCATCGTTTATCGAAAAAGAAAACGAAAACAATGTGACAGAAATGGCGGATATTCTTGCGTTTCACTATCAGCAGTGTTCGGACTTTGAAAAGGCATATAAGTATTCTTTGATGGCCGCTCGTAAAGCCAGAAGTAAATATGCAAACAGGGACGCGATCTATCACTACAACAAGGCATTGGAGATGATCTCTCAGTTTGAAACGACGAAAGGAGAAGTCTATTACGAAATCAAACAGGAACTCGCACACGCACACCGTCTCCTCGGAGAATATTCGATCGCAGAAGTTCTTTTTAAGGAATGTTTGGAAAACAAATCCACACTCAATTTGATTCGCTCTTATACGGGATTGGGTCAGGTCTATCAAGAACAGGACGACATTTCCCGCGCGATGGACACCTTAGAAAAGGCCCTTCGTATTACGGGCATCCGTCCGCCGGGAAGTAGACCGGATACGATATTCAAAATCGTATTACAACTTTCTTTTGTTCTTCGTTTTTCTATATTCGGTTCTTCTTATACTTCCTCGAACAAAACAGAACGATTGAAACTTAGATGTATCATTTTGACTACTTTAGCCAAATTATACATCATGAAAGACATTAAAAAATTCGGTTGGTCAGTGTTTACGCAATACAACGCGACACAAAGATTTGAAGATCCAGTACGCCAATCTCTCGCGGAATGCGCACTCGGTCAGGTTTTTGTCGGAATGAATCTTTTCGGACCCTCAAAATATTTTCTGATCAGAGGAAGAGAACTGGCCGAAAAAACGGGAGATCCTTACGCAAAAGCGATCAGTATTTTGGTACAAAGCGCGTATTACATGATGCGCAACCGTTCGGATTTAGGACTTCCTTTTCTTCACGATTCAATTTCGATTTACCGCCAAGTCGGCGAAAAATGGGATCTACTTTCGGCACTTTCTTCGGGCGGTTTCCTTTATTATCTTCAATCCGATTTTAGAACCGCAAAGAAATATTTCGACGATATTGGGGAACTCGCGAGCGATTTAGGCGCTCAGTTACAACTCCGATGGACCCGAATCTGGTCTCCATACCTCGGATATCTTCTCGGCGAAATGGAACCTCTCGAATTAGAAAAAAAATTGTTAATCGAAGTCGAAAGAGCGGCTTTAGAAAACGACGTAATGAATGAACTTTCTACTATCAATAAATTGTTGAAACTCACAATACTCGAAGGTTGGCCTGAAAAAGCCGCATATTGGTCTAGAAGAAGTTACGCGGGATTTCTAAAATGTGAAGTAAAATTCCCTCAACTTCAAATCGGAAACGTTTATCTCGCGGAAGCCGCTCTTTATGCAAAAAGAGAGTTAGGTGATAATAGTTTGGATAAAATCATCAATTACGGTTTAAAACACAGTTTAAAACTCGGAAAATCTCTTCCTTATCTTTATGGTCCTGCTTTGATGCTTAAAGGAAAATTGAAGTTACACGACGGCAATCGAAAAAGTGCGGAAGCCATTTTTAAAAAAGCTGAATCCTTTTTGTCCAACACGTTAAATCAATGGGAATACGCGACTGCGCTGTATGAGGCCGGGCTGCTTCTGGAAGATAAAAATCGTATTTCGGTCGCAAAAGGAATTCTACAACAACTCGAAGCTAAAGCGGATTTAAAACGTTTGGAAGAAAGTTCGATTGTTTGAATTTTTGCTTCAAAGTCCGTCCCAAAACCTTAAAGTAAATCTGCTTCAATCATTCATAAGTTCGCAAGTAGTTTCCACAGATTACGAGATAATTTATGAACTTTTGAACGTCTTTTTCGTTTTTAAACTTCCGCATTAGACGCTTTTGTGGCAAGCTTCAAATTCAAAAGACGATTATATAAAGATGTAGTAAGATCATAAGATCTTATTTAAAATGACCCTACTACATCCGTAAATCAGTTACAATGAAAAGGACCGGCCTCCAAGTTTATGATAAATTAGATCTTTACTCCAATCTCTCTCGGGTGAAGTATTTAGTTTAACGTTAAAGAATGAATTAGGTTGGGCATTTTCATACCAAAGATAGATATAGTCTTTCCAACTTCCTCTGTCCCAAACCACAAGAAAATAATAATATTTCCCGTAAATATCAAAATCTTTGAATACGACCGAATCTCCATCCTTCAAACATCCTTGATTCGTTACTATCATTTCAAGTAGTTTAGAACCATTATCGAACTTGGGATAGTAGGCATAGTTACCGGCTCCCCCTTGAAGCCACCAAGTCCAAAAATAATTTAAATATTGAGAGGACTCGATTCTGACACGTCCGCTTAACATACAAAAGGTATCCGAATCCGGATCGTATTCTTGCAATAAATTGAACTTTGTAAATTCTGTTCCCTTTTCTTCCACAGGTCCATCCGCTTTTAACCATCCATCCGGCCTATTATGATCCGCTTGAACCGCCTTTCCCGTATATTTGGCTATTAAGGAAACTTGATCGTATTTTCTCCTGTGGCCGGACTTTGTAGGAGTGGAAGGATCAGCATAAACAAAACCATAAATTGGAAAATGATCGGAAAATTCGTAACTTGTATATCCATTCAATCTTTTCCAAGTAGTCGGCGAAATAGGATCATACGCTAAATTCTGCCAAACCGGGAATTGAAAATGGTCTTTGGAAACAAGTATATATTCTCCGTAGTTCGGGGTCCAGTTCCAGGAATAATAGCTATTATTATAAGCGGCGATTTTGTTCTTTTTAGGGTCCCATGTAAAAGGAATTCCAGCATAATTTGGCTCGTTTGCTTTTAGTACAGTAAGCATTTTTTGATAATAAAATTTATTATTCTTATCCACATTCAGACTTCCCACGATCAACACGATGTCCTTCTTCGGTATTTGTTTTGAACTGATAAATTTTCCGATTTCAGCAATCTGATCGGTTCTTGCGCCTACTCCCAAATCGGAACATGCAGAATCCTGCGATTGAGTATCCACTCCTAGGATATGAATTATCCGATCTCCTTTTTTAATTTTTACATAAGCAAATCCCTTATCATAGAGTGCATCATTACCGCATCCATGATTCTTGAAGATATATTGTATTTTTTCTTGAATAGGCCATTTGCTTAAAACAACAACCCCTCCGTTGTTGACGTTTTGTCTAAAATCTCCGAGAGTTTGGTTCCAACCATCCCGTGTTTTTCCGATTACGTCGGTTTGATCAGGATATTCCAAAGCAAGATTGTTTAGGAGTATATTTCGTGCATTCATATCGAACGCTTCCTCAAGCACGATAACGTCCTGATTTTTCATGAATTTTGATTTTGCAAGAAGTTCTGCCCTTTCTTCCTCTTCCCAATATCCGAAATATGTGTCTTCTTTCGAATATAAGAAAAGATTGTAGCTGAGAACATTTAAATCTTCGTCAGAATCGGATATTCTCGTTGAACTGGTATTTGTAAATTCTATGCTTTGATCCTTCGGAGTGAAGAAGAAAGAAGTTAACAAACTGTTATAAGTCGGTCGCTCATCGGGAATACAGTTTAAAAAAAACAAGAAAAGGAAATAACTTATAAAAAATTTTCCATTTTTAAATTCATTCGGCTTTTTATATATGTTTTGAAAAAATTTTCGCTTCAATTTCATCAAATACCCTCCATTTATAAATTGCTTTCGATATTACTATACACAAATTAAAAAAAACAATATTTTATGAAGAATATTTTAAAAAGGACAAATCCAGAGCACTACTTAAGAGACACACCTTAAAAATGTTTTTCTTTTTTCTATTCCCCAAAAAGAAAATATTAAATTATTCGGTTTGTCTATTGAAGACGTATAAGGTTCTGTATTTGGAATTAAAAATTTGTTCCAAAACTTTAGAATGCATTTTTTATTGTGTGATAGTTACCAAATAACGATCTTAAGACAAAATGGCGCCCCTTCTGGGCTTGAAAAGCGTGGGTTAGATGCAAGCATTTACCACAAAACAAGAAAACCAACAGAAGGAACGTAATGAAAAGAAAAGTATATGTAGGAATGGATGTCCACAAAGAAACGATTAGAATTGCGTGTTTAACGAACAATACAAAGGAAATAGTAAAAGAACAGCAGATAAAACATAATGAGGTTCAGATCAAAAAGTTCGTCAATAAACTAAAATCAGAATGGAACGAGATACATAGTTGTTACGAGGCGGGAGTAACCGGTTATCCACTTTACAGAAATCTAAAGTCTTTGGGAGTGAACTGTATCCTTGTAGCGCCAGGAAAGATACCAAGACAAAGCTCGGATAAGATCAAAACGGATAAGAGAGACGCGATCAAGTTAGCAAAATTATTACGAAGTGAAGAATTAGAATCGATTCATGTACCGAGTGAAGAGGACGAAGCGGTAAGAGATTATTTGAGATCCCGTGACAGCCTTCGTTTGGATTTAGGAAGGAATCGTCAAAGGTTAATGAAATTCTTATTAAGAAAGGGTATAACTTACTCAGCAACAAAGTATTGGACAGTCAGTCATAACAAATGGTTGAACAATCTACAGTTTAACAACGAGATCCTTCAAGAGACGTTTAACGACTATTATAGTCGAGTAAGAGTTCAAGAAGAGAATTTAAAAGCGATGGATAAGAGAATACAAGAGATAGCGGAAAGTGAACCGTATCGAGAGAAAGTAGGAATATTAAGATGTTTCCGAGGAGTGGATTATCTAACCGCAATGTTTTTACTTTGTGAGGTTTGTGACTTCAAACGATTCAAAACAGCCGGTTCGTTCATGAGTTTTCTTGGACTTGTTCCGGGAGAATATTCCAGCGGTTCCAAAAGAAAACAAACAGGGATAACAAAAACTGGAAGCCCCAGACTTCGAAGAATATTGACAGAAGCAGCTTGGCAACATCGTTTCCCTGGAACAGGAAGTAAAATTGTAACCGCACGTAGATCGGGACAACCTGCGTTAGTTGTTGCTTTGGCGGAAAAAGCATCTCTCAGATTACACAAGAAGTTTCGTAATCTACAGCAAAGAGGAAAAACTCCTCAGGTAATGATAACGGCAGTTTCAAGAGAGTTATCCGGATTTCTTTGGGCGGCGATGAATCTGGTTGCATAGAGTTAGAGTAATGTTTCATCCAATAATTGAATTCGTTAGAGAAGATGTACGATAAAGGAGGAATACTTGTTGGCTCAGTGTTGAAGCAAATTTGAATTTCAAAGTTGACCTTCGTTTTAAGACTAAGAACAGCTCCCGATGTATAGATTATCCTGCGGTATCCAACCCGCGAATATCAGTCTGATCAATCGTCGCGAATGCTTTTCTCTAACGAGTTAAATTATTGGGTGATTAAAAAAAATGCGAAAAAATATTTACGGCTCCGGATGGGGGCGCCATATCAGAGCTTGTCCCAAAACCTATTTCCAGGACATTCTAATTAAAATGATAGCAAATGCGATTTGGAATAATGCCTTATAATTTTCAAATTTGAATTCCCAACAAGTTTTTATGGCTCTAAATGCATTAAACCAAGCAAAAGTACGTTCGACTGTCCATCTAAAAGGATTTAGCGGAGCAATCCATTCAGGATTTCTCGCATTCTTTTTATTTGGAATTCGATATTGAATATTCTTCTTTTTTAAATTGTTCTTAATCGTTTTGTTAGAGTAAGCCTTATCTAAAGAAAGGATTTCTGGTTTAAGCAATTTTTTGTTTCTAAATACTTTGAACTTTTCTAAAGTAGGAAAAAGTAATTTAGAATCGTGAGTTCCTGCCGAAGCGATTACAAAAGCTACAGGTGCTCCACGCCGATCGACGAGAATATGCCTTTTAAGGCCTCTTTTGCCGCGATCCGTCGGGTTTGGACCCGTGAAAGCCCCCCTTTGGGAGCTCTTGCGAAGCTACCATCAGATGCCATTCTTTTAGTTCTAATTTTAACAGTGCGCTCATAAAGTTTTAATGCTTCTTTTTCAATTTTATCAAAAACTCCGCTGGCTACCCATTCCTGAAATCTTCTATGTAACGTTGATTTTGAACCGAACATCGGAGGTATATATCTCCATTGAATTCCTGTTCTTACCCTGTAAAATATTGCGGCCATCGCCACTCTATCATCAAGCCGAGGACGACCTCCTTTCTTGGAGTTTGTTTTACGCTTTGGTAGCAAGGGATGAAGGCGTTTCCAAATCTCTTCAGGGATATCTAAATGACCTAAATCTGATTTCAT

Protein sequences of DBSCAN-SWA_2

>CP030147|485973:535336|516806_518273_+|AXR59731.1|DBSCAN-SWA
MEFEFGTLILSGLIILSIGLLRISTKFGVPSLLLFLVIGMAAGSDGLGGIEFDNPVLAKQVGSIALAYILFSGGLETEWLKIKPVLWKGIVLGNLGVLITGAVMGLFSVYVLGFSPIIGFLLGAVVSSTDAAAVFNVLRTRNTGMKKGLTSLLELESGSNDPLAVLLTVSILSLLGPHPPQIGELALHIFMQFSIGTIAGVIFGYAIYKGLNRIKLEYEGLYPVLISASVLFVYSATELIQGNPFLAVYIAGLVLGNQSFVHKRSNLRFLDGIAWLMQIIMFLTLGLLVYPSRIPPLFGTGIIFSLFLVFVARPIAVFVSLFRSGYNIREKLLVSWIGLRGAAPIILATFPFAQGLAGSDKIFHLVFFTVLVSLLLQGTSVPQVVRWLGLDAPLEQRASYPFEFENREQSDSNLLEFIVPYGSNSAGKFVYSLNFPENSLITLIYRGDRHIVPTGKTTLEEGDVLLILTPKGSEDKIRDILSQMEDTI
>CP030147|485973:535336|502894_503074_+|AXR62290.1|DBSCAN-SWA
MNINGNTNQSLLLERVANLPKEIFQVQSDLNRKMLNLAVEVGIRNSKEEGQRRILDLYA
>CP030147|485973:535336|523342_524356_+|AXR59736.1|DBSCAN-SWA
MSWKKLAQYLLIFLLPLCHNVNAYQEDGHFYTVQTVLNNFETSSPLTKDEIALIAFCTQLPDEVPELDAISVYQKLAFKYPFDYILWVLKSQGSPKVLGRMAEVQQLLHGLTGGNSEHLRNVAVTTLDRLRTKLTSKKERLPERLCALGFAFHLLGDSFAHRKLLNPKKMYPTGRGHASDMTLPDHPVYNDDRVVEWENYAKNIPNLFRSDLKEVVIKEDFRKVRELTGNNYPWHCIFGTKCEDRLRKILLHRLKESDSFPKYNPLQKERYPASNCQEYVQRVVEQKDIPHIPDCGKSWKIYKQVSLEVWKDLGYFQDKKSRKQIELYDGDDLWLNP
>CP030147|485973:535336|488407_489427_+|AXR59707.1|DBSCAN-SWA
MSLSDDQKSEILISKRIVVLSIWICCTVHFSCRTLESFFETVILTGGVDSTELNFFTKYTPLENLIRTNAGFKTPKNNDLSVNHDPPKSVPFYTVDSIPRRLPGFPFTGYFKFLNYVAYGFTITSPRSFRGNLLNFPDDGRIYSNLIEQALYGLYPLSDPFARKAEYLYMDYQFYGTLYLGFLEFQNWNLGIGINLGYSIYDFDILERGFRVSTTRNQTRAIAGFKVLYEYNIGRFFEDTIFYNLYLYMELSSIGNREYSDRDVFSIGNFGKTPLTQTIPTSNGEGYHDLYLTMNTFRIGIRKEIQLSRLTSDDLLRKESGPGVESAPPKPTEPVPPKI
>CP030147|485973:535336|510651_513138_-|AXR59727.1|DBSCAN-SWA
MKQEPVSYLFRFFVIHFRDRILQKILNSENPLKQLTKLCAGLLFLNGFLFVFSVKDLWKVPGSNQYEKPSVLYGINDKSEYEPIAEFYRFSRVVLNIKELPPEEDGKLNKLIRSFVSTEDNHFYSHWGLDLRGIFRAFMVNLLAGRIKEGASTITQQVARLKFLNTERSFLRKAREAWLALLLEVVFDKDTLMEIYLNEIPLGHGTIGVGAAARFYFRKDVKDLTWGESALLASLTTRPTEFSPLVNPNSSSAKVRVVFKKFVENGVLDVKTAEREYEAFSEYYITLNRSPNDSAFGDRLNRFPYFTEYVRKNLARYIPITTLYSGGFKIYSTLNIQHQTQAEKALYAGLKNQTAQSNQRMFTKIDAFDDAYGEIYDLLSMLNDIPEFKFKISKSVRTFNRTWQEDLRDELGVLNLLSGTESLGEAVDWSYRNQQTEDFLLPVEGALISMRPDTGYITSMVGGSGFRSDNQQIRAFQAYRQPGSAFKPLIYAAAMEYYNQHPDPKKNVTAASLFSDSPLQYVLEDGDEWTPSNYTGEYSGFIKLREALELSRNSVAVRVLDHTGISNLMPVLEKILQIENRSIPKNYSISLGTFEVSPYELARAYAVIASGGKQVFPLSVLYVEDDSGNVIKDFREEASKQERKRILSPEICFILTSMMEDVIKRGTGTGAASYGLNRPAAGKTGTTNNFRDAWFAGYSAELVSVVWLGYDTGTLSMGKGMSGGVVAAPIWGRFMSNALSREKSKPFHFGETGIVRKQICSISGKLPGSHCNQTEEEYFTKETVPKEVCDDHRGAGFISEPDLPPSHQTQVKKKQKTNIFQGDDDLIQ
>CP030147|485973:535336|531069_532764_-|AXR59740.1|DBSCAN-SWA
MKLKRKFFQNIYKKPNEFKNGKFFISYFLFLFFLNCIPDERPTYNSLLTSFFFTPKDQSIEFTNTSSTRISDSDEDLNVLSYNLFLYSKEDTYFGYWEEEERAELLAKSKFMKNQDVIVLEEAFDMNARNILLNNLALEYPDQTDVIGKTRDGWNQTLGDFRQNVNNGGVVVLSKWPIQEKIQYIFKNHGCGNDALYDKGFAYVKIKKGDRIIHILGVDTQSQDSACSDLGVGARTDQIAEIGKFISSKQIPKKDIVLIVGSLNVDKNNKFYYQKMLTVLKANEPNYAGIPFTWDPKKNKIAAYNNSYYSWNWTPNYGEYILVSKDHFQFPVWQNLAYDPISPTTWKRLNGYTSYEFSDHFPIYGFVYADPSTPTKSGHRRKYDQVSLIAKYTGKAVQADHNRPDGWLKADGPVEEKGTEFTKFNLLQEYDPDSDTFCMLSGRVRIESSQYLNYFWTWWLQGGAGNYAYYPKFDNGSKLLEMIVTNQGCLKDGDSVVFKDFDIYGKYYYFLVVWDRGSWKDYIYLWYENAQPNSFFNVKLNTSPERDWSKDLIYHKLGGRSFSL
>CP030147|485973:535336|496385_496910_+|AXR59713.1|DBSCAN-SWA
MKLNQDHDFSLFYQNYKDSIYKIIRFLSSDPEEVEDIAQEVFLNLYKAFPNFSPEKGSFYAWAATIAKNTYYTYRKKRKKDLLIEREGAFVESFPVKDDFIQIIETRIVEDELREVISSLPEPEKSIILLKEINNYTLEKTSQALNISSRTVSRKLLKALDLLRVELERKKVVL
>CP030147|485973:535336|508968_510087_-|AXR59725.1|DBSCAN-SWA
MIFKKPRQLTAGKELLRTENFTLIYLGAFHFHYSFYFRGNLYHGNLDFRRKKFRFIPIFASIALFLAFLGFGMNPSSAMMDSAGHEITENDSEDLKAKSGDEKFLEESEKAKLTILMAKELKNPSEKKKQFKVTAYRVKRNETLAEIATRFKVSMESIAGSSNIKIEDTLYPGQILSIPNKQGLLYKMKTGDTVAKVANLYKVNLDEILSENKLEDLDILRPGQKLFLPGAVIPDPAPKWVIPVASRVVTSNFGFRTFPRKKFHEGLDLKAFYEPIAAARNGKVIYAGWMGGYGNVVVIEHTNDFKTLYAHNSKLFVQRGDYVLAGKKIARSGSTGYSFGPHLHFEVIKNGKPVNPSKYLKGLTFRKGGPTH
>CP030147|485973:535336|518699_519128_-|AXR62293.1|DBSCAN-SWA
MNQNLILKKKISIRAPIAKVWNGLIDPEVIKLYLYGTRTISDWKEGSSILFTGVWEGKEYEDHGTILKLEKEKIFRYNYWSNFSGVPNIPENYSIITFELESEGTFTSLSLIQENFPTRTSYEHSDSGWDYALKTLKDFLEK
>CP030147|485973:535336|489426_491379_+|AXR59708.1|tRNA|DBSCAN-SWA
MLSWKNNLTPVSDRFDDIYFSPENGLEEAKHVFIGGNDLPNRWRNSNIQNSFCILELGFGTGLNFFTTWKEYLEHKNRFRLHFISVEKFPLRREEISKAISVFSELEEIKEEFLSSYQDLIPGMNYFQFLEGKIHLTLFLGDVADALYEISGKVDAIFLDGFAPSKNPEMWKEPTLRNLKNVSKSGTTFSTFTVARTVRDSLSAVGFTLEKRPGFGRKREMLTGKYSNHPSETKESIPKEKPWCKRSDPESQIKTAAIIGAGIAGSALAYSLSKRGIQVFLIDPSGIANETSGIPRAISHPHLTKIPGPISLFTLRAFRYALSFLSSFADKDQFGKVGLFHGVTEEMSSERFRKSIENHKLTEEIASWKPNDFDFHKDNLFNKELGVFFQSGFWTQPGSISRKCADQSGIELIRDTANSFERTGTSWKLGLKKSDQEIFANSIIFCNSYLIGKLVSSLFEGEDIFPINKVRGQLISLKETESSSRIPNILCAEHYLTPSVQGEHILGSTFDEFDLNLEPRKEDTDLLLQHVQTKYPTLGFDSNCVLSEKTGFRAQTPDRFPIIGPIFDPKVFRETYKEIDLPRNRNKKFPNLKTIPGLYVFGGLGSRGVLSSFLGAEILASLILGEPAPVEFSILESLHPARFLYRRIRK
>CP030147|485973:535336|498264_499230_+|AXR59715.1|DBSCAN-SWA
MKTLNSNHYSKSILSFFLPKVLCICLILNPIWIFGNTLILKDGRKIENVKTSLRENHVLVEDETGKVEKIDLTLVEKILISEIEKPEVEDKKKEYKNLKKFYLSWNLSSWDSKVTEKTNFDRGYNITDLIAGVIYIDPYLEKKYTTSIQTISFNGEYRHSSNLGFSLGLERNSYFFPNRKISPLVGILTNSNLNSIPEYQTLAGISVNLFLFEGNFHFDKQGKDKVNIETLSLLPGVKYYFPLSESILWFTQVGLGIGKSFESGIHSKLQTTLFVGTGIQWELESYFFNIALQYRRTNLTGAMHSYHFNEPIFMIGGGLKL
>CP030147|485973:535336|487233_488298_-|AXR59706.1|tRNA|DBSCAN-SWA
MSEKGAKIPKRYPVSLAPMMDWTDRHFRYFLRLISKHTFLYTEMIHTGAVLHGDRRRFLSYSLEELPLAIQLGGDDPKALSESSKIAEDYGYSEINLNVGCPSDRVREGNFGACLMETPEKVAELVYAMDASVSIPVTVKCRIGIPGKETLEDLCRFIECVRQAGVRRFIVHARIAILGGLSPAQNRQIPPLHYAYVESLKEEFPDLLIEINGGIRTLAEMQDRLKTNDGVMIGRAAYENPYLFSKVDSLFFRDNSPSLSRREILLRMRDYIEEVVLKEKNGKPHHALRHMLGLFHGEKGARSFRRILTERMYSAYSSNLLSDAVQEVPNDSLDLKLKTYHTSLYDLDVNLIDG
>CP030147|485973:535336|504022_504235_+|AXR62291.1|DBSCAN-SWA
MIISWEKMRHSHPKEEWKKLLEKVDVIQEKRGSSHIVSKKHLCIEKKTKEGTSFFVWHYTKQIEKGSSSN
>CP030147|485973:535336|521276_521777_+|AXR59734.1|DBSCAN-SWA
MQVSESTTKAWEVMNNLSDKMAKEYNLSLELPPKSFKEMRAEFVEFEGAKRIVVRFPYDDRFANPMGIFQGGMLCTALDNTFGPLSYLAAKKPCVTTDLSTQFFRTFFPKDEYILIEAKVISKSLAMLTMQAEVRNPKNKLIAIATSSVLILQESMLKRMTNKQEE
>CP030147|485973:535336|505771_505954_+|AXR59720.1|DBSCAN-SWA
MSKNGKSYGEIMFSFFRNSKLFSVFSDSLKGKEKNWEKRFRSSYKYFILDSFFEKNLSLI
>CP030147|485973:535336|501932_502781_-|AXR59717.1|DBSCAN-SWA
MSFPTLIRSAIQRENQREFTKAFNLYKEALSFTDNPKTILKIRNRQAWCQYHIGNTRETLNLFHEIITKYPNEPGSYLYYSNYLIKISNFKQAKKILTKGIDLYPDQLELYLTLASLLKDTDRSNEAIAVLKQALAQEKLSRGRGILRKDIWAELGHLYYQRGNYNSALVSLKTSMRMDSDENFLHYDMIAQCYLKVSDHKNALKFIDLYVQYFGESDSDILIIKARAHAQLGESHLACASLLQAYSMENGLKLNAEDMIDFAPLLQTGFFDTLENVEIEEP
>CP030147|485973:535336|520696_521290_+|AXR59733.1|DBSCAN-SWA
MRSGGDTKEKIVTIARDYFQSVGFRSFSFQDIANDLGIKKASIHYYYPSKEELGLEILEAYDKDFKKYIENIRERSPRVRLFGLFKLYVSYAGENGNICPFGVVGTEYHVLSQTIRDKTLILQDQHRDFLIQTLYDGVKDGSFLLTLSVRDTADLFISAIQGAMQISRIRKDKEYFPKMIQSLKSMIQMKEHKNAGF
>CP030147|485973:535336|499411_501292_-|AXR59716.1|DBSCAN-SWA
MRIKKYTKVGLFINCCLLLFFLIDCGADRRSLYNDLLVSLIYILGNKNIDSANSDLTSSGSVSSNPVDAASANSIPENSISENSIPANSIPENSISENSIPANSIPENSISENSIPENSIPENSILEDSISENSIPENSIPENSIPENSILENVEIKILSHNVFLLPKALPGWGSWGQSTRAERIVSSSYIRNQDVIVFDEAFDTNARKVLLDGVRSEYPYQTDVIGRTREGWDVTSGNYRIDAFINGGVVVVSKWPIEEKIQHIFKDKGCGADIFSNKGFAYVRINKKGRKFHIIGTHVQAQDSGCANLGKVSRINQFKEIKNFIDLKKIPQNEMVLIAGDLNVVKDSVEYYDMLSVLNANEPKYVGVPFTWDTKTNEITAFYYKEEEPVYLDYVLVSKSHFQPPVWQNLAYDPISAKTWTIDGYTSDEFSDHYPVYGFVYADSSTPTKSGRKRKYDRVSFVSAATGRRIQAGSEESNAWLKVDATAETDFTKFNLVQISNPDSNPSCMTSGFVRIEPSQSLNYFWNWGLGGGGGNYAYYPKFNDGSNRIQILNLDGGCLRDGSRIAFKDYDTVSRRQYFLTVWEGGNWDKYLYLWRSWIGLREIFYLKLDSSPEKDWSSDLIYR
>CP030147|485973:535336|486809_487034_-|AXR59705.1|DBSCAN-SWA
MGYFVIHPIGFDNILVFYFWTECIMRLCQNLRILLQKLNNNKDDIKTINSPKRRNPWKLCNLRRVFWILVVDLF
>CP030147|485973:535336|510138_510549_-|AXR59726.1|DBSCAN-SWA
MAIGRENNNSVIGPGSIFEGKFYIAGSLRIDGKFEGEIKTDDTLYIGETGKVRTNIAAKEVTVSGTMIGNIKAESEVRLEETGRLLGDIVAPALHLAKGVVAKGNITITGGQKKDVKKIVEESFGGTRTLDNGKDE
>CP030147|485973:535336|506321_506771_+|AXR59721.1|DBSCAN-SWA
MKDFQIENTLGYRINRGAIVMKLELQERFKSAGFSITPEEWVILNRLWESDGMNQNEISQKTIKDKTTVTRFLNGMEKDGLIRRVVAEEDRRSRLIFLTEKGEKLKEELIQIAKSLLNDASMEINKEHLTITINVLAQIERNIVNLKAK
>CP030147|485973:535336|506806_507466_+|AXR59722.1|DBSCAN-SWA
METTTFKKNSSAIAAIIFIVTASTIGYIKIGWPPVIIVGGSGLIGWIFWYFTYLKRPVDPKVILPLFVLTVVGLQIHMIEEYLTGFGPAVSRLFEIPWTEKGFVVVFTLIGPMLYMLTALGLFFRFPLAGFIAWFIFIGPGLAEFTHFIFPLLEPSVQPNNPERVSQIVNGVMISDMPNYYFKTMGEYYFSGLYTAVLPMLPGGYAILKLVKHHRETRP
>CP030147|485973:535336|534527_535336_-|AXR59742.1|transposase|DBSCAN-SWA
MKSDLGHLDIPEEIWKRLHPLLPKRKTNSKKGGRPRLDDRVAMAAIFYRVRTGIQWRYIPPMFGSKSTLHRRFQEWVASGVFDKIEKEALKLYERTVKIRTKRMASDGSFARAPKGGPFTGPNPTDRGKRGLKRHILVDRRGAPVAFVIASAGTHDSKLLFPTLEKFKVFRNKKLLKPEILSLDKAYSNKTIKNNLKKKNIQYRIPNKKNARNPEWIAPLNPFRWTVERTFAWFNAFRAIKTCWEFKFENYKALFQIAFAIILIRMSWK
>CP030147|485973:535336|496912_498268_+|AXR59714.1|DBSCAN-SWA
MENKDLQEEFEELMSLFLFGETGSEENKRLNEIITLHPELEKRYDNYVKMQTGLKQHKLVLEQILSESSKPSPKVRLFQGNLKNQFLAIAAVISLIVSLPVIFKMEMFHKTEMIPMEVTGACNPKILRHDWIRLDQNSFCEVKIQGEQGLVHFRIFPNSEVRILKLTETNQEAATLGYGLSIFVQKGNLLLNETLTNTTSQTKIYLNGTAIQLNGTKVWIESAENRYKISVWNGSVQIRSGIKYLLPFLLDPQKEESIEHSFDGQADSNSWQKTELKKVWMETSSEDISNSSFEIKPLNLSGGLEESLLKTLKENRFDIKNAQEKLNILKEIRQQIVKNVSQKKKTSLDESNIEDLENFSNHLGNSEPIKFPEIEKKQEPIGRKTSTATNTESKINQEKPIEPIRLGNKTIQLKDGTILKGNVIQYGNQYILEENGKKRTIESANIESISF
>CP030147|485973:535336|485973_486756_+|AXR59704.1|transposase|DBSCAN-SWA
MLIKSKLGERKSCRLLSVSRTGFRYRSKIQDPDIELKDRIRSLAYKYKRAGYRQIHDFIRQEERVNHKRIYRLYSELGLKYRIKPKRKKLSLPSVPKLVPKNSGERWSMDFMSDSLYSGKRFRILNIIDDFGRFAVVTQTEFSITSERLVRILNEASEVCKLPKQIVVDNGPEFASKTFLRWAFEKGVDIHFITPGKPTENAFIENFNGKMRNECLNENWFKNLEEAQRLVEDWRNFYNSERPHSSLGGLTPKEYLRRST
>CP030147|485973:535336|504356_505736_-|AXR59719.1|DBSCAN-SWA
MNMLQKPKILVVEDEIIVAVNLGQKLKKLGYELVGITSSGEEAIQKAEENHPDLVLMDINIEGNLDGIETAEVLRNRFHTPVIYLTAYADESTLDRAKKTQPLGYIVKPFESDQLRSSIEVALYKNEIEQRSKQTEEKLKGALDQLGAGIVTTDENGFLLFMNPAAEKLTGCKYKDHLGKPVREILFFENKTGNTIGNVVEEVLKSGLPRESGNLFLISKNGNSQEIQLQSSPILGAEEKLTGTFNILRTREQHTSTTEKDTYLKEIHHRIKNNLTIISSIFSLRSGQADEESNDILRESQNRLRAVALLHEILYESKDLSSISFELYVKKLTDALFEIYQVDREKIRLELDIQEAKVKAEIGMNLALIINELITNSLKHGLAGSESGLIRVSFTRKNEMSTLEVSDSGKGLSEKSIRNRSPNSLGLSLVESLAKQIDGKVDFLNQEGACIQLSFPVSV
>CP030147|485973:535336|507730_508249_+|AXR59723.1|transposase|DBSCAN-SWA
MIVMSRLGDLTNEQWDLLCDLLVEPEARDDGKGRPRVNSRSILDGILWILRTGAPWIDLPDRYPAYQTCHRRFQEWRKNGTLDKILEALLHDLEIRGKMDLSTCFIDGTFVPGKKGAYVLAKLNGERVQKSWLSSTKMVFLSPPGLKVLRRMKVSSRKVQSSAKKSKAKSKI
>CP030147|485973:535336|494904_496110_+|AXR59712.1|DBSCAN-SWA
MKQDKNKSQRGMLQIAVFAMAALFSITSCKKDKDDDKNLLLALSLMKLNENKAEFKLSNASSSASTRIGDSQTYRSLFSSGKVSDLAGNDPQNYGDGAADGFTDHFITPAGAGIEICKIVAYKSVANGGPAVGSETLENVNWVLRYGGGEYGPCSGIWPVGLKGEDSGFIDLHSPIPNEIIKDFDRIGIVAYSFTYYLSPEQAPDPAYRYTSLFLNNLIRNNIPAGNTRRGDVGTKIFSNECPKSYLSTHDYIYFKVEDIIFNPNCKIREALIDSGNGLFLGSDLDSAEIYQNPAPHSGSGFSTDIKLKYELPPAAARLAPKDPYILVVPFNSSKTGGGKLLFEVSVNNVLFWDSNDGNNVFSPQSNTADRPNAISGEDNLTNTARKNMIFHLPTIVSSLK
>CP030147|485973:535336|491561_493424_+|AXR59709.1|DBSCAN-SWA
MNSEQNNRILNLESSLKEIWGMSRFRIGQKESIESVLGGKDTLVILPTGGGKSLIYQLPAVLDQSSLTLVISPLIALMKDQVDSLKAKGIAAEYCNSTQDDLEQLRILSRASTGKIRILYLSPEKALSRQVFEILPKLPLCRIAVDEAHCVSQWGHDFRPEYRKLYELRDKYQHQIPIVALTATATPRVIQDISNSLGLKNHTLIKGSFYRENLNFSVRFPQNETSKENELLKLLIRGNFQKTESGKAIIYCATRQKVESIYNFLKKNGFKVGKYHAGRSDSSREKTQNGYNIGKTNVLVATNAFGMGLDNPDVRLIVHYQIPASLESYYQEAGRAGRDEKSSNCILFYHPSDLVTQNFIIGKENNRKGGETLLSFVKEYAISNRCRQQILCSYFGEEIEPCKTCDICSEKESSNTSFARDQFLEREKVKKQKQEEREKYDFSKDELGMIEQVLEQIPGKFGKRMIAGVLRGSRSNEILRKKLDRLVGYGSLHSIPEEAILKTLDEWIAKKKVKIVGNKYPKLILSSTVIVKTPRKKKESDTGAEKNSPKNVVQELKNFRDREARKRKWKKFMVLQNPVIVQIAKVMPTTPEELSLVKGMGSAKVEKFGNDILKILEKWK
>CP030147|485973:535336|526635_530829_+|AXR59739.1|DBSCAN-SWA
MNSATESIKDTLELIRPYLPSAIVRRLADANESKLQRSQSFEGAILFFDVVGFTPTTLALAAKGTRGIDALQTVLSNYYTGLLKHLSQWGGAVYQFAGDSVLVSFEKQKDETDAEAAIRVANCALGIFNSISEYSSNELLGETVNLPARVGLAYGVYQEFILGEQDRFLRAVIAGTPVDQSISAEKLASSGEIILSAELWNLLPTSKNGENVNSNFYRLVDCEKCENIIPLPSRSASEERISDERFFKRCKRFIVPELYQRVTNIHRAFSGDYREVASVFVRIDSPLESNADSKNFNNFFTYVQSVATSCSGTFVLTDLSDKGGVFSVLFGAPAALENKEALAGRFAIRLLEGASNYPAAKNLQIGISTGMAYCGDLGAPFRKDFTAIGEMMNIAARLATLTGYGGVLIDFQTKSKLAKSFSFHEVGDVELKGVSGTKKIFQLTSEQKNIPGLLIQYRDKMIGRKEELDRLHKMLDTSSEKGGVVCRIIADAGIGKSRLTNTFIDQAYDRNVEILIGYCYPYEKFTPFYPWKELLSLFLGIFEDDSLETRVSKAEKALHNLNSFDIAWAKALVALMGVPVQEDPLTREIDRKQKNERLFEIILSLLQERADEKPLTLVFEDVHWIDELSSRLLEKLAFRLSTMKVMLILVSRPEGQFAEDSVSPNEELIRLKEFKPEEARDFLIHKFKLDTSQGEFLDQILNRSGGNPFFLESIVHNLIEEGTLKKLENGTLSPSDKSRDIQIPNTLNDVLLARVDRLQEREKIVLKTASVIGRLINVDTLNHLLPVEFRSEIQNILQSLEGLDLTPLEVTDPLTYIFKHIVIRDIVYNTLLHSTREDLHKKIASFIEKENENNVTEMADILAFHYQQCSDFEKAYKYSLMAARKARSKYANRDAIYHYNKALEMISQFETTKGEVYYEIKQELAHAHRLLGEYSIAEVLFKECLENKSTLNLIRSYTGLGQVYQEQDDISRAMDTLEKALRITGIRPPGSRPDTIFKIVLQLSFVLRFSIFGSSYTSSNKTERLKLRCIILTTLAKLYIMKDIKKFGWSVFTQYNATQRFEDPVRQSLAECALGQVFVGMNLFGPSKYFLIRGRELAEKTGDPYAKAISILVQSAYYMMRNRSDLGLPFLHDSISIYRQVGEKWDLLSALSSGGFLYYLQSDFRTAKKYFDDIGELASDLGAQLQLRWTRIWSPYLGYLLGEMEPLELEKKLLIEVERAALENDVMNELSTINKLLKLTILEGWPEKAAYWSRRSYAGFLKCEVKFPQLQIGNVYLAEAALYAKRELGDNSLDKIINYGLKHSLKLGKSLPYLYGPALMLKGKLKLHDGNRKSAEAIFKKAESFLSNTLNQWEYATALYEAGLLLEDKNRISVAKGILQQLEAKADLKRLEESSIV
>CP030147|485973:535336|521816_522746_-|AXR59735.1|DBSCAN-SWA
MGHHSHNHSHDHTSPHDHHLGSAGKSLMIAMFFNLIYAGIEAGIGLWSGSLALLSDAGHNLMDVSSLFLAWIAIKLQERGPSPGFTYGWKKSSILVSLLNSILIFGTVGFIIYESVEKLSRPTSVPGGMVAVVAFVGVLINFSSSFLFRKSKDEDVNMKGAYLHLLADGLVSLGVIVSGLLIQWFGFLWIDPVVGLLVGLVILYGNIPLFRQSLRLSLDSTPDTIQSEIVESELKSIEGVLNIHHIHIWSLSTTENALTAHLVLKNGLSSDHQRIIKYKAREILKGLKIAHVTLETEEERENCGQVDCN
>CP030147|485973:535336|524802_526527_+|AXR59738.1|DBSCAN-SWA
MKKYEAVVIGTGFGGAVNGCRLSKKWPGRVLILERGKRYPKGSFPRSPHDMSKNFWNVPEENSSKARPKKLSKLNQTGLFDIRNYKNMDVVISAGLGGGSLIYANVFLEPPDHIFDERWPANVKKKSLNPYYKIVKEILGSRPIPTDNDPRRKIVRTELYQRFAKFVGRESKLADINVFFGNDFKKPISIGLQEKNRYGAVQTSCTYCAECDIGCNTHSKNTLDLNYLFVAENKYKADVKTEHLVQKIVPLGPDGSDNSSYHGENGYRIYFRDLSAHTRDLISVVAKRVVVSAGTLGSTELLLRCKEEFKTLPDISDHVGKQFSGNGDFLSFAIKGKEPANPNYGPVITQYTDYNLFKSYDPKKAFILQDASYPVFASYFAEASVPWFLRIGFFFHMLGELFKRFLDGKIFGKIGYLISELMKGDLSYTSAVLLCMGIDRADGEMILDRKKSFQIQWPQKNNMSLYEAILGVMKAFASFIKTDFYFPLPTWSWPIRNNVSVHPLGGCIIGNSITHAVTSADSKTFGQVFSYQGLYVADGSLSPTAIGANPSMTIAALAERVAEGITGIKPTTNL
>CP030147|485973:535336|516618_516846_+|AXR62292.1|DBSCAN-SWA
MNRSRHCDLKGYTKDFPSHYVDQNKTQKKLFRSNRFLMKKEMKINLLLVLKSDKIKIYTNGIEWNSNSALSSYPG
>CP030147|485973:535336|515544_516252_+|AXR59730.1|DBSCAN-SWA
MKSLFLSEKIYVLILAGGTGTRMGSEIPKQFLEFSNEPILIHTLKKFQSWKKQKQIVLVSHPEFILKTESICGPFLENQDRIVEGGETRHGSMLRGLSALTIQSEDILLIHDAARPFVFLKELDLLCESIRENGISTLASRTSETVLEESNGKTSSFLDREHIWFMKTPQGIRGDILKELLTLPTDPIPTDLCSWALTAGKKSSIVESHPFNLKITRKEDLELAELYSSLFQKIS
>CP030147|485973:535336|503082_503910_-|AXR59718.1|DBSCAN-SWA
MKAHFEFFEIVVRPEDKTAVLYLNRPEKRNAMDWPFWRDLPDVIEEINANPDIHAFVIAARGKSFSIGLDLDSFIQQFGNLIQAPLGSDRRKFFDLILKMQKGINAVYDSPKPSIAAVQKHCIGGGLDLISACDIRYATIDALISLREAKVAIVADMGSINRLPSIIGQGHTRELALTGKDIDGTEAERIGLVTKVFQTQGEMMEVALATAKEIAENPKIVVSGVKDVMRYSEGKPLEAGLNYVALWNSSFLDSVDFRKAVQSFRERKRPVYNQD
>CP030147|485973:535336|493587_493989_-|AXR59710.1|transposase|DBSCAN-SWA
MVIVDKNGIPISAGIESASPHESKLAEGAIIRKKVKGKIKDLVGDRAYDSDPLDEYLKKKYKVNLIAPHKSNRKKKKTQDGRKLRKYRGRWKIERTFSWLQNFRRFATRYERNDQNFYGILILACIMIVIRSF
>CP030147|485973:535336|508122_508524_+|AXR59724.1|transposase|DBSCAN-SWA
MVIVDKNGIPISAGIESASPHESKLAEGAIIRKKVKGKIKDLVGDRAYDSDPLDEYLKKKYKVNLIAPHKSNRKKKKTQDGRKLRKYRGRWKIERTFSWLQNFRRFATRYERNDQNFYGILILACIMIVIRSF
>CP030147|485973:535336|533133_534228_+|AXR59741.1|transposase|DBSCAN-SWA
MKRKVYVGMDVHKETIRIACLTNNTKEIVKEQQIKHNEVQIKKFVNKLKSEWNEIHSCYEAGVTGYPLYRNLKSLGVNCILVAPGKIPRQSSDKIKTDKRDAIKLAKLLRSEELESIHVPSEEDEAVRDYLRSRDSLRLDLGRNRQRLMKFLLRKGITYSATKYWTVSHNKWLNNLQFNNEILQETFNDYYSRVRVQEENLKAMDKRIQEIAESEPYREKVGILRCFRGVDYLTAMFLLCEVCDFKRFKTAGSFMSFLGLVPGEYSSGSKRKQTGITKTGSPRLRRILTEAAWQHRFPGTGSKIVTARRSGQPALVVALAEKASLRLHKKFRNLQQRGKTPQVMITAVSRELSGFLWAAMNLVA
>CP030147|485973:535336|519672_520041_+|AXR59732.1|DBSCAN-SWA
MFRIISKLFLVLMVFGFISTAYAQTSSQTNTPSSISGKYKVAGTNPNGSSYSGSVTVTESNGEYLFTWNVAGKTFTGTGTLEGSTLTVNWGESESVIYEVKNGGKLLEGTWANGSATETLRK
>CP030147|485973:535336|513144_514221_-|AXR59728.1|DBSCAN-SWA
MAGKITHLEVLSQICKHLDHGTADQRKIALLMRAESNRKFANIGAIAPDIFYFYHVFSPRKTKKATIWGDMSHHNSVTELVLSFLDLILQTEVGIHRDRYIAFTLGYICHCVVDIVTHPYIFYISGDFYNKDKKISSLAQYNHMRVENALDSWLLDYRWGMTPKEYDFVHHVDAIFKSEKKIWKMDPILWHFWLRGLKATFLDEFKKYYIGSEDKIIPGDLLNESFLGYLEFHRVLDSRSRWIRGTLKFLDQITFHKVRSSVLMLPLKEHIDKRIMNEEKKKWNYPADPSIVRNDSFVELINRSAQNGRDALTHAWNYLENKMSRSAFLKEYQGYNLDTGLRFQGVDSMKEFSPLEEV
>CP030147|485973:535336|514298_515567_+|AXR59729.1|DBSCAN-SWA
MQPIEKLKFLTEFQVRSIAQQFGTPIFVYSREGIEKSCDAALAFPNGYGLTVRYAMKANPNRTILEIIKRKGIQIDASSEYEVSRAIHYGFKPEEIMLTSQELAKNLKEFVEKGVVFNACSLRQLEAFGNLFPGKEVSVRFNPGLGSGQTKKTDVGGKTSSFGVWHEELNKVKEIASRYKLKIFKIHTHIGSGSDPEVWKAVAQVSLDIAAQFPECRILNLGGGFKVGRMEDEKTTDFQKIGKPVVELFQEFAKKHGTLLHLEIEPGSFLMVNNGSIITTVDDVVSTGDGGYTFVKIDAGMDVNTRPSLYAARHPLVVVPKVETHSDKTANYVYVGHCCESGDLFTQAEGGGPITRITGETKLGDYVVMEGAGAYCSSMSTKNYNSFPETAEVLVGLDGSFQLIRKRQNLEQIFQNEVPISL
>CP030147|485973:535336|524340_524775_+|AXR59737.1|DBSCAN-SWA
MAKSLSEEHPRKKRKRKVKKKSIWGEILIVFAGLPILIAWISFRTFVCWGNLSYTGEVFCTISGTINPLLLVLTLVLIVLTFVDLHKLGDELEELPKWSSKRIYKGFRSLEKWDKFHFLFSFVSFLGALIIGIYLLNRLEFSLF
>CP030147|485973:535336|493862_494381_-|AXR59711.1|transposase|DBSCAN-SWA
MIVMSRLGDLTNEQWDLLCDLLVEPEARDDGKGRPRVNSRSILDGILWILRTGAPWIDLPDRYPAYQTCHRRFQEWRKNGTLDKILEALLHDLEIRGKMDLSTCFIDGTFVPGKKGAYVLAKLNGERVQKSWLSSTKMVFLSPPGLKVLRRMKVSSRKVQSSAKKSKAKSKI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXR59704.1|485973_486756_+|transposase	IS3 family transposase	S5WIU1	Leptospira_phage	2.0e-118	81.9
AXR59705.1|486809_487034_-	hypothetical protein	NA	NA	NA	NA
AXR59706.1|487233_488298_-|tRNA	tRNA dihydrouridine(20/20a) synthase DusA	NA	NA	NA	NA
AXR59707.1|488407_489427_+	hypothetical protein	NA	NA	NA	NA
AXR59708.1|489426_491379_+|tRNA	bifunctional tRNA (5-methylaminomethyl-2-thiouridine)(34)-methyltransferase MnmD/FAD-dependent 5-carboxymethylaminomethyl-2-thiouridine(34) oxidoreductase MnmC	NA	NA	NA	NA
AXR59709.1|491561_493424_+	ATP-dependent DNA helicase RecQ	F2NZ48	Diadromus_pulchellus_ascovirus	1.9e-71	39.3
AXR59710.1|493587_493989_-|transposase	DDE transposase	NA	NA	NA	NA
AXR59711.1|493862_494381_-|transposase	IS5/IS1182 family transposase	A0A0N9SHJ4	Paenibacillus_phage	1.3e-14	40.7
AXR59712.1|494904_496110_+	hypothetical protein	NA	NA	NA	NA
AXR59713.1|496385_496910_+	sigma-70 family RNA polymerase sigma factor	NA	NA	NA	NA
AXR59714.1|496912_498268_+	transcriptional regulator	NA	NA	NA	NA
AXR59715.1|498264_499230_+	hypothetical protein	NA	NA	NA	NA
AXR59716.1|499411_501292_-	sphingomyelin phosphodiesterase	A0A1P8L6H7	Staphylococcus_phage	1.0e-64	46.5
AXR59717.1|501932_502781_-	tetratricopeptide repeat protein	NA	NA	NA	NA
AXR62290.1|502894_503074_+	hypothetical protein	NA	NA	NA	NA
AXR59718.1|503082_503910_-	crotonase/enoyl-CoA hydratase family protein	NA	NA	NA	NA
AXR62291.1|504022_504235_+	hypothetical protein	NA	NA	NA	NA
AXR59719.1|504356_505736_-	response regulator	NA	NA	NA	NA
AXR59720.1|505771_505954_+	hypothetical protein	NA	NA	NA	NA
AXR59721.1|506321_506771_+	MarR family transcriptional regulator	NA	NA	NA	NA
AXR59722.1|506806_507466_+	hypothetical protein	NA	NA	NA	NA
AXR59723.1|507730_508249_+|transposase	IS5/IS1182 family transposase	A0A0N9SHJ4	Paenibacillus_phage	1.3e-14	40.7
AXR59724.1|508122_508524_+|transposase	DDE transposase	NA	NA	NA	NA
AXR59725.1|508968_510087_-	LysM peptidoglycan-binding domain-containing protein	A0A292GJG6	Xanthomonas_phage	5.3e-24	44.4
AXR59726.1|510138_510549_-	polymer-forming cytoskeletal protein	NA	NA	NA	NA
AXR59727.1|510651_513138_-	PBP1A family penicillin-binding protein	NA	NA	NA	NA
AXR59728.1|513144_514221_-	phospholipase	NA	NA	NA	NA
AXR59729.1|514298_515567_+	diaminopimelate decarboxylase	NA	NA	NA	NA
AXR59730.1|515544_516252_+	2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase	NA	NA	NA	NA
AXR62292.1|516618_516846_+	hypothetical protein	NA	NA	NA	NA
AXR59731.1|516806_518273_+	potassium/proton antiporter	NA	NA	NA	NA
AXR62293.1|518699_519128_-	ATPase	NA	NA	NA	NA
AXR59732.1|519672_520041_+	fibronectin-binding protein	NA	NA	NA	NA
AXR59733.1|520696_521290_+	TetR/AcrR family transcriptional regulator	NA	NA	NA	NA
AXR59734.1|521276_521777_+	PaaI family thioesterase	NA	NA	NA	NA
AXR59735.1|521816_522746_-	cation transporter	NA	NA	NA	NA
AXR59736.1|523342_524356_+	hypothetical protein	NA	NA	NA	NA
AXR59737.1|524340_524775_+	hypothetical protein	NA	NA	NA	NA
AXR59738.1|524802_526527_+	GMC family oxidoreductase	NA	NA	NA	NA
AXR59739.1|526635_530829_+	adenylate/guanylate cyclase domain-containing protein	NA	NA	NA	NA
AXR59740.1|531069_532764_-	sphingomyelin phosphodiesterase	A0A1P8L6H7	Staphylococcus_phage	3.2e-49	40.6
AXR59741.1|533133_534228_+|transposase	IS110 family transposase	NA	NA	NA	NA
AXR59742.1|534527_535336_-|transposase	IS5 family transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>CP030147|1235515:1299147|DBSCAN-SWA
AATGAAAAGAAAAGTATATGTAGGAATGGATGTCCACAAAGAAACGAACAGAATTGCGAATTTAACGAGCAATACAAAGGAAATAGTAAAAGAACAGCAGATAAAACATAATGAGGTTCAGATCAAAAAGTTCGTCAATAAACTAAAATCAGAATGGAACGAGATACATAGTTGTTACGAGGCGGGAGTAACCGGTTATCCACTTTACAGATATCTAAAGTCTTTGGGAGTGAATTGTATCCTTGTAGCACCCGGAAAGATACCAAGACAAAGTTCGGATAAGATCAAAACGGATAAGAGAGACGCGATCAAGTTAGCAAAATTATTACGAAGTGGAGAATTAGAATCGATTCATGTACCGAGTGAAGAGGACGAAGCGGTAAGGGATTATCTAAGATCCCGTGACAGCCTTCGTTTGGATTTAGGAAGGAATCGTCAGAGGTTGATGAAATTCTTATTAAGAAAGGGTATAACTTACTCAGCAACAAAGTATTGGACAGTCAGTCATAACAAATGGTTGAACAATCTACAGTTTAACAATGAGATCCTTCAAGAGACGTTTAACGACTATTATAGTCGAGTAAGAGTTCAAGAAGAGAATTTAAAAGCGATGGATAAGAGGATACAAGAGATAGCGGAAAGTGAACCGTATCGAGAGAAAGTAGGAATATTAAGATGTTTCCGAGGAGTGGATTATTTAACCGCAATGTTTTTACTTTGTGAGGTTTGTGACTTCAAACGATTCAAAACAGCCGGTTCGTTCATGAGTTTTTTAGGACTTGTTCCGGGAGAATATTCCAGCGGTTCCAAAAGAAAACAAACAGGGATAACAAAAACTGGAAGTCCCAGACTTCGAAGAATATTGACAGAAGCAGCTTGGCAACATCGTTTCCCTGGAACAGGAAGTAAAATTGTAACCGCACGTAGATCGGGACAACCTGCGTTAGTTGTTGCTTTGGCGGAAAAAGCATCTCTCAGATTACACAAGAAGTTTCGTAATCTACAGCAAAGAGGAAAAACTCCTCAGGTAATGATAACGGCAGTTTCAAGAGAGTTATCCGGATTTCTTTGGGCGGCGATGAATCTGGTTGCATAGAGTTAGAGTAATGTTTCATCCAATAATTGAATTCGTTAGAGAAGATGTACGATAAAGGAGGAATACTTGTTGGCTCAGTGTTGAAGCAAATTTGAATTTCAAATTTGACCTTCGTTTTAAGACTAAGAATAGCTCCCGATGTATAGATTATCCTGCGGTATCCAACCCGCGAATATCAGTCTGATCAATCGTCGCGAATGCTTTTCTCTAACGAGTTAAATTATTGGGTGATTAAAAAAAAATGCGAAAAAATATTTACGGCTCTGATTGGGGGCGCCATATCAGAGTCTGTCTTAAAAACCTTAAAAGAATATCTCTAAACGATCTGGCAAGTTTCTAAAAAACGTGGGAGTTTCCACAGATTACGTCGCATTGGCGGTTTTTTCCTGTCGTTTAAAATTGTAGTAGTTCCTACATTTTGAGGCGGGCTCTTAGTCCCAGGAGACTCTATGATTCAAAACAATTACTTTTCGGATAACCAAGATATCCAGAATCATTTTGAGCACATTCTTCCCTGGACTGAAATCATACTTGATTACGAAAACGAATTTCCCGACCCTTCTGACGGAGGACCGGCAAATCCATCCGAAACAAAAGAATATTATAAAACTCTTTTAAACACCGTAGGGGATTTAGCCGGAAATATTCTTTCTCCGCATGTAGCGAAACTCGACAGAGAAGGATTAAAATTCAAAGATGGTAAAGTCGAATTTCCGCCGAAGATGATCGAACTGGTTTCCAAAGTCGTAGAAGCCGGAGTTCAAGCTTACGGATTTTCGAGAAAATACGGCGGACTTGGTATACCTTGGACTGTGAAATCTTTTATTTCCGAAATTTTTTACAGAGTAGATACATCACTCGCCATTGCCATTGGATGTGTAAATCTCGCCGAAATTTTGGAACACCATGCGGCTCGGGAAATGAAAGAGGAATGGATTCCGAAATTTGCCGCCGGAAAATTTGTCTGTGCAATGGGACTCACCGAGCCCGATCACGGTTCTGATCTTTCTAATCTTAGAACCAAAGCCACGAAAGATAAGTATGGAAATTGGGTGTTGAATGGAACCAAACGGTTCATTACACATGGTTGTGGGTTCGGTGACATTCCTGCGATTTTATTGACCCTGGCACGTTCGGGAAAAACAAATTCCGGTGCAAGGGGACTTTCGCTTTTTCTCGTTCAAAGCAAGGATGTTCAAATTGCGGGAATTGAACGCAAACTAGGGCTTCATTGCTCTCCTACTTGCGAAGTAGTCTTCGAAAATTCTCCCGGACTCTTAATTGGTGAAGAAGGTCTCGGACTCATAAAATATACGATGGGAATGTTGAACGGAGCGAGAATGGGTATTGCACAACAATCCACCGGACTTGCAACCGCAGCATATTATGAAGCTCTAAAATACACAAAGGAAAGAATTCAATTTGGAAAACCTTTGATAGAAATTCCTGCAGTAAAAAAAATCATCGATCGAATCGAAAGGGAAACGTATGCGATGCGATGTCTGACTCTGGAAGGTTCTCGAGTGATGGATCGTTATTATTGGAGAATGTTTCGTCTTGAAAAACAAGGAGCTACCGAAAAAGAAGCAAAGAACGATATCATCGTGCACTATTGGGAAAAAATCGCAAATGTACTTACTCCGATCAGCAAATTTTATTGTTCCGAAACCTGTTTGAAAGTAGTCAGCGACGCACTTCAAATTCACGGAGGTTCTGGTTATACCGAAGACTATGATATCTCTAGAATTTATCGTGATGCAAGGATCACTACGATCTATGATGGGACCTCGCAAATTCAAATCAACGCGTGTATCGGGGGAATCACTTCCGGTTTGACTCATTCGTTCGGAGAATACATCTCCGAGCTTGTAAACAAATCGGATTTTCCTCTTACTCATAAATTGTTTCACGAATTTCAAGAGTTGGTATCCCTTTACAAAAATTTTTCAAAAAAAGAAAATAAGGACCTATACGCAGAAGAGATCGTTTTTACTTGTTCCAGACTTTTAGCGGGAATCTTACTCGAACTTTCCTGCAGAAGACTTCCGGAAGAGAGAAAACAAGCCCGACTCAAACACACGAAAGATTATCATCTTGATACTCTTTTCTTTCTGGAAGGTAATCTTGCAAAACTAAAAGAGGCAAACCGAGTTCCTATTTAAACGAATCGTTCTCCAAACTACTCCCGCTTCAAGGTGTCGTGGATAGGGGAGTTTTCCCTTATCGAGCGGCCGGGCCTGTGGGGGAGTGAGATTGAGTTTTATCTCTACTTTCTGCTTTTTGAATTTAGTAATATCTAATTGTCTATTTGGACTCTGTATCCGTTGCCCTAAGTTCCAATTATGGAAATGGGCCTGCTGAATTGCTTCGGTCTATTTTTGTAGTAAAAAATAATAATAGTTTTTTATAATTTAATAAAATTTAAATATTTTATTTGAATTCTAGGTATGCTTTTGTGGCTAAGGTTTATTTATTATTCGAGGGCTTTTGTGACCTATCCCCCGAATTTAGGACCAGTTAGAATGTTTGAAATCCTCCAGAAGAATCATAAACTTGGAGGAAAATATGAAGAAACGATTCAGCGAAGAACAAATCCATAAGATTCTAAAGGAATCGGAATCAGGAGTTTCGACCCCAGATATTTGTCGGAAGTATGGAATCAGCGGAAATACATTTTACCGTTGGCGTTCGAAATATGGTGGTCTCGAACTGAGCGATCTAAAGCGGATGAAAACTTTGGAAGAAGAGAATAGTAAGCTCAAGAAACTGTATGCAGAATTAGCTTTAGAAAATGAAGCAATCAAGATGTTACTTGAAAAAAAGTGGTAAGCCGAGAGCAGAAACAAGAGGCGGTCATGTTAATCAAATCAAAGCTCGGGGAACGCAAGTCCTGTAGACTCTTGAGCGTTTCGCGGACTGGCTTTCGGTATCGTTCCAAAATTCAGGATCCAGACATAGAACTAAAAGATCGAATTCGTTCTTTAGCGTATAAGTATAAAAGGGCGGGTTACAGACAGATCCATGACTTCATACGACAAGAAGAACGAGTAAATCATAAACGAATCTATCGCTTGTATTCCGAATTGGGCTTAAAATATCGAATCAAACCAAAGCGAAAGAAACTATCGTTACCATCAGTTCCAAAGCTTGTTCCTAAGAATTCTGGAGAAAGATGGTCCATGGATTTCATGTCGGACTCACTCTACTCGGGAAAAAGATTCAGAATTTTGAATATTATCGATGACTTTGGAAGATTCGCCGTGGTAACGCAGACAGAATTCTCAATCACTTCCGAACGCTTAGAGCCGGTCTCAAAACTGGTTGTACAGAGAAAGTGTAAAAATATAAATGTGAAATGGACAAATATTATTCAGAAATCCCCGATGCGCTTTGGGAAAAAATAGCACCATTGATTCCTAAAGAAAAGCCCAATCTTCAAGGAGGTCGCAATCGTGTTCCTTCAAGAATAGTAATGGCAGGTATCATCTATCGAATGAAAACAGGCTGTCAGTGGCGTGCAATTCCCAATGAGTTTGGATCTGGTCAAACTTGTCACAGAAGATTTCAAGAATGGGAACGGGCAGGAGTATTCAAAAAGATCTATAAATCTATTTTAAAATATTATGATGTAAAGAATCAGATAGCATGGGACTGGGCTTCGATGGATTCGGCAATGGTTAAAGCTCCCAAAGGGGGAGTTTAACCGGGAAAAATCCTACAGACCGTGCCAAATTAGGGGTTAAACGGCATATCCTTACGGATGGAAATGGAATTCCTTTGGCAATTACGTTGACTGGAGCTAACGTTCATGACAAACACGGTGTAAAAGATACGTTGAATTCAATCCTAATATTTTCCGGAAAAAGAAGAAAAAAGCCAAAACATCTTTGTTTAGATAAAGGTTATGACTTCCAAGATATAGAAGTTTTAATCAAAAGAAGAAACATTCAATCTCATATTCGGAAAAAAGGTGAAAAGCCTCTCATCGGTAAATACAATGGAAAATCTAGACGATGGGTCGTTGAAAGAACTAACAGTTGGCACAATCGATTCAGAGCTATCCTAATTCGTTGGGAAAGAAAATCTGAAAATTATCTTGAGGGTGTCGTGTCGATTGTGTAAATGACATATCTTAAAACGAATCGAACTTCAACCGATCGCCGAAAATAATCGAAAATTGATTCATTGCTTTTCCCCAATCTTGAATAGGCATGGTCCATTTTTTAGACATATTATTCAAAGCTAAATAAAGAAGCTTGATAGCCGCTTCATCGGTAGGAAACGAACCCCGATTCTTGATAATTTTTCTTAAACCCATATTCATAGATTCGATGGCGTTTGTGGTGTAAATCGCCTTACGAATATTAGGTGGATAAGCCAAAAAAGGAATCACCGATTCCCAATTGTTTCTCCAGGACTTGCTGATCATCGGATATTGACTGTCCCATTTGGTTGAAAAATCATCAAGGCTTTTCTTAGCAATCTCTGCCGACGGAGATTTGTAGATAGCCTTTAAATCAATCATCAACTCTTTCTTCTGTTTGTAAGAAACCCATTTCAAAGAATTCCTTACCATATGAACGATACAAAGTTGAACTTGTGCATTAGGAAAAACTGATATGATCGTATCCGGAAATCCTTTTAACCCGTCAACGCAGGCGATTAAGATATCTTCAACTCCGCGATTCTTTAAATCGGTTAAGATCTGAAGCCAGAACTTCGCTCCTTCGGTGCGCTCCACCCAAATCCCAAGTATCTCTTTTGTGCCCTGTAGATTGATTCCTAAAGCCAAATAGAAGGATTTGTTTTGAACGTGGTGCCGTCTCTCACCTTTACGACTAACGCGTCCATGATGAGAATTGGATATACTTTATCCAAAGGGCGATTCTGCCACTCGATCACCGTTTCCAGTACCGAATCGGTGACTTCTGAGATCAGATCCGCTGAGACTTCCACTTGATAGATTTCTTGGAGATGTTGGGTAATTTCTCGTGTGGTCATTCCGCGTGAATACATCGAAATGATCTTATCGTCGAAGCCGGTAAAACGTGTCTGACCTTTTTGTATGATCTGCGGTTCGAAACTGCCGTTTCTGTCTCGAGGTATTTCCAAATCGATTGTTCCAAAATCTCCTTTGAGCTTTTTGCTACTTTTTCCATTCCGAGAATTTCCTGTGTTATTGCCCAACGAGGAATTCTTCTCGTATCCAAGGTGATGCGTCATCTCACCTTGCATCGCTCGCTCTATCAGTGATTTCGTTAGTTGCTTTAAGAGGCCTTCATTTCCCAGTAGATCTTCAGGACTCTTATCTTTGATTAATTCATCGAGTAGCTCTTCAGCTCGATTTTTGGGGTTGCTCATATTGGGTTTATCCTTGTTACTTTTTGGTTATTCACAAGTCATTTACACAATCAAGCCGACACTCTCCTTACAATATTAACCGTATCATTCCCACCCTGGTGGATAAAGACTTCGGTCATCTTTTTCAAGTTCTCCATCGATCTCTCAGCGGCACTGTGGTTTCCGTCCGCATTTGCGTCTCTTGCTCCTGGAACCGTTCCGTCCGCCATTCCCGCTAAATACGCGTGTTTCCATTCCCCCAGCTGTCTTGTCCACTCCCACCATATTAAAGTGGCCTGTCGATATTTCTCCCACTCCTCCGAGAGCCGCACTACTTGGGCTTCCTGTTTTCGAATTTGCTGGATAACTATTTTGTCCAGGTTGTGTAGACGCAAAATGCACCGATTCCAACTTACCCTTGTTAATCGCTAACATAAAGTCGTTGTGAGTCGCATTCTGAGAATCCACAGGAACTCTAATTCCAACCATGTTCAAACCGTTGTCGTTCCAACCATATCCTTTCGTCATCGCAAGCCCTTTGGAATACGCAGCCAAATCTCCGTTAGCCGCTCCTTGGGCCATCAATGCTTGGCCTTCCGCATGTCTCTCCGGATTCATCGTTGCCGGATTAACCTCGACCCATTCCGTCTTTCCACCTTTTGTCTGCTTTTGATACAGCTTTCCGTTAGAATCTTCTAATATATCTCCCGTAGCTTTACCACCTCCGGTTCCTGCCACTATTTTCACAGGACCCGAGTTTAACGATGCGTTCGTATTGAATCCGTTTCCACTCATCAAGTTGCTAAACTTTTCTCCAAGGCCTGAAAAGAATCCAGGTTTCTCACCGCCGAGTCTCTCCTGCAACATCTTCACACTGTCGTTGTGAACCAGAATACAAGTTTCTCCAACGTAGTAGGTGTGATAATCTTCGACCTCGAAGTTGAACACACTCGTCTTTTCTTTCAACGTTTCCTTCTCAATCGAATGAATCCTTACGCTCTGTTCGGATTTGTCGAATAACAAGTCTTTGGTCGTAAGTTCACTTGCTAACACAAAGCCTCTGTTGTCCGTAAAGAATCTGTGACCGGGTGTTGTATTTACTTCTTCTCCGTCTCCAAAGTTGATTTTCAAAAGTTCTGAACTTTCATTGTTAAACAAACGAACCACCGCCTTGAACGTCTGAGTGTTTGTTCTCGGATCATACGCCAAGACTTCCTCTCCGACTTTGATTCTCTCGATCGTTTTTAATCCTCTGCCTGTCAGCACAAGTGTTCCCGCAACAAAACAAAGACTTTCTACTTCATTGCCACCAAACGCGTTCTTAGCACCATCCCAAGCACTTGAGGCAACTCCGACAACGCTGTCGATTGCTCCATCGATCTTGTTACCTACCCAATCCAGACCGCCGCCTAACGTCTCAGCCGCCTTACCCAGAATGTGATCAAGGATTCCGTCTTCTTCTCTTCTTTGAGTTTCAACGCCCATACCGTCTAAATTGCCCTAACCCTGAAACTGCTGGAATTGCAATTTTCCCATAGCGTTCGTCAATCCAAAGCGTTTTAGCCCTTAGCAAACTCACACACCGAAAAAAAATCCCGTACAAGCGTTTTTGAAAATACACAAGAAAATTTCCCTAAGAACACTTTCTTGAATATTCAACTTTCTTCATGTTCTTTCCGAAGAAAACGGAAAAAAACGAAGGATTTTTTCGTTTTCTCTCACATTTTCCGGAAAATATGGTGATTCAATTTCCAAGTTCTACATCTCAATTTAACAAACTTTGAAATTGCGGAAAACTTCGGATTTCTTCACATTTTTCAACATACAAGCAATAATCTTGCTCGTTTCTTGGTTCCAATTCGTATTCTGCAAGAATTCTCCAATCCGAGCTTGTATTCTCGCTTTCTACTGCTTCAAAATCTCTCTTAGAACTCGAACAAGACCTGAACAGGTCTCACACAAGTCCCGAACAGGACCACTTTGAAAATCACAGGTCTCGAACAAGTCCCATACAGGACCCGAACAAGTCCTGTTTGAAATGCGGTAACGCCAAAATCAAAGTTGTTTTGCGTTCGTCCTTTTTTCATCTTTGGTGAAACACGAGAGAATGAGAAACGAAGAACAAGACAAAACAGGACAAAACAAGACAATCTGAAAAACTTTAAGTAAATGAGTGGATAACGACAGGACAAGATAAGTTAACGATAGCTCAGGTAAAAATCAGACTTCAGAGAAATGTTTCTCTAAACAAGCGGCCACTTCCTCTTTTAGTCGTGAAATGAAAGTTCTACCCGAATTCGATTCGGGTGGCCACTGCGATTGCTTGTCTTTCGCTTCCGATGAAACTAAAAACCATGTTAGTCAATGCTAGTGTTTTTTCGACTTTGGAACTCTTCCGAATAACAGATAAGAGCGTTTTTCTCAAACAAGAAGATCATATCTCTAAAAAAATGCGAATTCCTTCAAACGAATTAGGTTTCATCGAGAGTTCTTTCGAAAACGAGAGAAAAGTATATTTTTCCTTTTGAAATCATTCAATATCGTTCTGTCTTGATTTTAAAAGGAATATGATTTGCGCCGGGGTAGTTACTATCCCCCCTCCGCCCGGACGTTTCCGTCGGGTTTGTCTTTGAGAGAGGATCCCAAAGATCGTTTGATTTTAAGTTTAGAGGCTCCACGTTTGGAGCGCAATGAATTAGGGCAGGGGTGTGAGATGCTTTCCTCTTTGAATTCAAGAAAGCGATTGCTTAGAAAGTCTCTTTGGTTCTGCAATACTAGGCAACTCGTTTTTTTCAAAGAATCCGTTTTAGGACTCGCACAAGTTCCATTTTCCGTACTTTTTTTGTCTTACTGGCAAGAGTTCTAAATCACCCGGTTTTTTTCCCGGTTTTTTCCGGTTCCACTCTTACTTCCCGTTAAACCGAAGTCCTTCCAACCATTATTGTGGATTATTGTGCCGTGAAATCGATTCTAAGATTGTGCATTTTTGTGCCGAGATCTCTATTTTCCAGCGGCCTTCTTGTCTCTTTAACTTGAATCCGAAAGCCCTGCGTGTTTTGGAATTTCAAATGATCACAGCTAAAGAGGGAAGCTTCTTTCTCATCTTGCTAACGAAAGAATATCGAATCTTGAAAACTACGGTTTTGCAGTCTCAAAAAGGATCGAGGATATATCAACGTATTTGGAAGCCTGTCCATGAATATCAATCCCTACAGGTCTACCGTTTTCATCCAAGTCTACGTTTAGGTCTGAATTAATCTCTTTCGTCTCGAAAGAAGGGCGGTTCGACAAATCAATATAGATTGAATCAGTTTCAGGATAGTGTGTTATTCTCATTCTTTAAAACCTCTATCAAAAAAGCCGTTGTGGATTGTCTCACCATCTTCTAAGGTCACTACTCGAAGATATTTTCCCGCTTCCACAATCCATTTCCAAAAGCGAATTCTTCCATCTTCTTGGACTTCTTTTTTGTCCGGATAATAAACCGTCTCTTCTAACCATTCAAGGCGAAGCTCAGGACGTTTTCTAAGTACCTCGTTTTCAAAATAACGAGTGTATTTCATAAGCCCATAGCATATCCTTTCATTCCAAGTTTCATTTTCTCTTTGTCCAACCCTTTTTCAACTTCTTCCTTTGAGGAAAATCGAGGAATTTTGAGGGAAAAATTGAAAGAGTTAAATTCAACGAAAACGCCGGATCTTACCGGCGTTTGGAGGGTGTCAGGTGAATACTGTTATTGTACACATAATCTATTAAACCGCAATTAAGGTTACCTTGGAAGGATTCGGAACAGGCTCTCCATCTTTACGCATACCTTCTAAATGAAACTCAATCGCTTCCTTAATTAACTGAGTTACTTCCGCTTCCGTTTCTCCAACTGCGACACAGCCAGGTAAATCCGGAACATACGCTCCATAACCGGTTGAACTTTTTTCAATCATTACTGGATATTCCATTTTTATTCTCTCGCTATTACTTTAGACCGGATTGTTTTAAGATACTATTCAAGGTTCCAGGAGGTATATCCAGGCTCGGCTTTCCCGCTACTGTTACTCTCCCTGATTTTAAGGCATGCTTAAACTGTTTGTGACTTCCTCTTTGATCCACTAAATACCAACCGTCATCCTCTAAAATTTTGATAATCTCTTTTACTTTCATTCCTTTCAAATATCTCAATAATTACTTTTAATTGTTTCATCTTGTATATTGAAGCCTCCAATTCTACTCTTTGTCCAACCATTTTTTTCACTCTCATCACAGCTAAAGTTTCTTTCTACATCCTTTAATACGAAAACCTTTCTTCTTTCGAAAACGATAGTAAGGATTTTTCAGGAAATTTAAGGGTAGTTTCAAGTGAGGAAATTGGAGGAAATTGGAGGATAAATGAGGGTTTCTATTTCATTCTAAAAAAATGAAGAGCCTACCTCCTCATTCTTTCCCCGATCATTCGAGAGTGTCGGCTTGATTGTGTAAATGACTTGTGAATAACCAAAAAGTAACAAGGATAAACCCAATATGAGCAACCCCAAAAATCGAGCTGAAGAGCTACTCGATGAATTAATCAAAGATAAGAGTCCTGAAGATCTACTGGGAAATGAAGGCCTCTTAAAGCAACTAACGAAGTCGTTGATAGAGCGAGCGATGCAAGGTGAGATGACGCATCACCTTGGATATGAGAAGAATTCCTCGTTGGGCAATAACACAGGAAATTCTCGGAATGGCAAAAGTAACAAAAAGCTCAAAGGAGATTTTGGAACAATCGATTTGGAAATACCTCGAGACAGAAACGGCAGTTTCGAACCTCAGATCATACAAAAAGGTCAGACACGTTTTACCGGCTTCGATGACAAAATCATTTCGATGTATTCTCGTGGAATGACCACACGAGAAATTACCCAACATCTCCAAGAAATCTATCAAGTGGAAGTCTCAGCGGATCTGATCTCAGAAGTCACCGATTCGGTACTGGAAACGGTGATCGAGTGGCAGAATCGCCCCTTGGATAAAGTATATCCAATTCTCATCATGGACGCGTTAGTCGTAAAGGTGAGAGACGGCCACCACGTTCAAAACAAATCCTTCTATTTGGCTTTAGGAATCAATCTACAGGGCACAAAAGAGATACTTGGGATTTGGGTGGAGCGCACCGAAGGAGCGAAGTTCTGGCTTCAGATCTTAACCGATTTAAAGAATCGCGGAGTTGAAGATATCTTAATCGCCTGCGTTGACGGGTTAAAAGGATTTCCGGATACGATCATATCAGTTTTTCCTAATGCACAAGTTCAACTTTGTATCGTTCATATGGTAAGGAATTCTTTGAAATGGGTTTCTTACAAACAGAAGAAAGAGTTGATGATTGATTTAAAGGCTATCTACAAATCTCCGTCGGCAGAGATTGCTAAGAAAAGCCTTGATGATTTTTCAACCAAATGGGACAGTCAATATCCGATGATCAGTAAGTCCTGGAGAAACAATTGGGAATGAGGGTGTCAGCGCTCCTGTGTAAATGACATATCTTAAAACGAATCGAACTTCAACCGATCGCCGAAAATAATCGAAAATTGATTCATTGCTTTTCCCCAATCTTGAATAGGCATGGTCCATTTTTTAGACATATTATTCAAAGCTAAATAAAGAAGCTTGATAGCCGCTTCATCGGTAGGAAACGAACCCCGATTCTTGATAATTTTTCTTAGCCCCATATTCATAGATTCGATAGCGTTTGTGGTGTAAATCGCCTTACGAATATTAGGTGGATAAGCCAAAAAAGGAATCACCGATTCCCAATTGTTTCTCCAGGACTTGCTGATCATCGGATATTGACTGTCCCATTTGGTTGAAAAATCATCAAGGCTTTTCTTAGCAATCTCTGCCGACGGAGATTTGTAGATAGCCTTTAAATCAATCATCAACTCTTTCTTCTGTTTGTAAGAAACCCATTTCAAAGAATTCCTTACCATATGAACGATACAAAGTTGAACTTGTGCATTAGGAAAAACTGATATGATCGTATCCGGAAATCCTTTTAACCCGTCAACGCAGGCGATTAAGATATCTTCAACTCCGCGATTCTTTAAATCGGTTAAGATCTGAAGCCAGAACTTCGCTCCTTCGGTGCGCTCCACCCAAATCCCAAGTATCTCTTTTGTGCCCTGTAGATTGATTCCTAAAGCCAAATAGAAGGATTTGTTTTGAACGTGGTGCCGTCTCTCACCTTTACGACTAACGCGTCCATGATGAGAATTGGATATACTTTATCCAAAGGGCGATTCTGCCACTCGATCACCGTTTCCAGTACCGAATCGGTGACTTCTGAGATCAGATCCGCTGAGACTTCCACTTGATAGATTTCTTGGAGATGTTGGGTAATTTCTCGTGTGGTCATTCCGCGTGAATACATCGAAATGATCTTATCGTCGAAGCCGGTAAAACGTGTCTGACCTTTTTGTATGATCTGCGGTTCGAAACTGCCGTTTCTGTCTCGAGGTATTTCCAAATCGATTGTTCCAAAATCTCCTTTGAGCTTTTTGCTACTTTTTCCATTCCGAGAATTTCCTGTGTTATTGCCCAACGAGGAATTCTTCTCGTATCCAAGGTGATGCGTCATCTCACCTTGCATCGCTCGCTCTATCAGTGATTTCGTTAGTTGCTTTAAGAGGCCTTCATTTCCCAGTAGATCTTCAGGACTCTTATCTTTGATTAATTCATCGAGTAGCTCTTCAGCTCGATTTTTGGGGTTGCTCATATTGGGTTTATCCTTGTTACTTTTTGGTTATTCACAAGTCATTTACACAATCAAGCCGACACTCTCTTGGGAATCGGTGATTCCTTTTTTGGCCTATCCACCTAATATTCGGAAGGCGATTTACACCACAAACGCTATCGAATCTATGAATATGGGTTTAAGAAAAATTATCAAGAATCGGGGTTCGTTTCCTACCGATGAAGCGGCTATCAAGCTTCTCTATTTAGCTTTGAATAATATGTCTAAAAAATGGACCATGCCTATTCAAGATTGGGGGAAAGCCATGAACCAATTTTCGATTATTTTCGGCGATCGGTTGAAGTTCGATTCGTTTTAAGATATGTCATTTACACAGGAACGCTGACACCCTCGCCAAGTTTGGTACACGTTACATTTTCGATTTTAAAAGGACTAACCAAACTCGTATTCGACAATTCTCATGTATTTCGAAACGTGAATCTGTCTTACCGTTTCCTTGATCTTCTCCAAGTCATCAAACGAAACTTCCTCTTTTACAAACGTTCCCTTCTCTGAGTCAAAGTAAACACAAGGAACCTTGTCGTCCCAGGTTGTATCCACATACATCTTTTGACCGCTTCTCTTGTCTCGGACCGCTTCGCCTAATACGTATCCTTTCTTACTTTTGTTTTCTTCCATTCTTCCCCCAGTTTGAAAACTCACTCTTCTGGGTTCCGATTTTTCTCTTTCCTTTTTCTCTCCCTTACGCTTTGTCTTTAATGCGAAAGGGAGTTTTTTGTTTTGGTTCTATTTTAGTCAGCTTACAAACAATGTAGTGGACTCACGACTCTTTCACTCTTTATTTTTCTTTAGGTTTAACGTCTTCCATCAATTGCAGTTTCTCTAATGCTCTTTGGGGAGAAATTCCCCACAAAAAACAAGATCCACGATTGCTACCTTTCATGTGGATTCTGCACTGAACTCAATCCATCGCTTTCGCGAGCTGTAGTTCAAAATCAAATCACTTCCTCTCCCGAGTAATTCTAAATTTCTTTTTAACATCCTCCGAATATGCATGGAACTCAGTCAGAAATACATTCTTGCTCTTGGTTCCTGGATATATTTCGAGGATCGTGAGTTTGAAAAGTAGATAACGTCCGTAGAAATCATCTTGCGGCTTGATCTTCGTAAAAATCTCTCTTTCAAAGGTTTGTTCTTCCGGAGTGTCTGCAAGTTCCAATTCAAAAGAATCATTTTCAATTGGATAATTGTGATAGACGAGAGGATCTTTTAAATTCGCCATCGTTTCCGTGCCCTCTAATTCATACACATCGATTCTTACTTTTTTGATTCTTCCGTTTTCTTGAAAAGAAGTAGCGTCTTTTGCCAATCCATTCAAAAAACTGAAATAGTTTTTCTGGCTCTTTCCGACAAGTTGGTGATAATGATTTGTATTATAATCTACGTAATTGTATGTGTATATCCATTCCCCAATTCCTTCATTTTTGCTTACGCCCCAAACTGTATCTTTATTAATATCATCAATATTATTTGGTCCGTAATTGTTCTTTGGTTTGCCTTTCTCAATCAAGGAGGAACTTGCAACTAAAGACAAATGCTCATCGGGTCGATAGCACTTTTTAAAAATCGGAATCAAATCCTTTCTCACTTTCTCACCTTCTGCTTGTAACATGAACGTTACTCCTAATATCAAAATTGCTAATATTCGTTTCCGATTCTTCATATCTCTTCCTTAGTCCTTGGTTACGTAGTAGGCTTGATTTCCAGCCAAATTGAACTTTCCGTATTCGTAATGGGCAAACATTCCGTTTCCTTTGTAACCTTTTGTATTTGCATCGCCATACGGGTCAAACACAACCCAGCCTTTCGAATCATATCCAACAATCGCGTTCCGGTGATCTCCAACGGGAAACTTTCCACCGGCCGACACGATATGACCGTCGCGAAGGGCTTGTTGTATCACCGTTTTCTTGTCTTCGAAAGTTGCCTTATTCGGATAAACAAGCATATTTTGCTTTAATCCATATTCTTTATTAATTCGGTCTGTACCGGCATACGTCTTCAATTCTTCTCCACCTTTGACATGGTCATTTGAATTCAAGATCCCTTTGCCTTTCGCCGTAAAGAGCATATCATCCACCATCTGTTTCGATGGATCTCTCGGTGTTACTCCTGCGTGTTCCGCCATCACCGCGTTACTCGTTATAAAGCACTGCGCCGAAGGTTTGTTGTGATAATCTGGTAAACTCTTAGTCCCAAAGAGACCAGCTTCCTCCCTCTTGAAATACTCGCTCGTCTTGTTGTCCAACTGAAGGTCATACTTTCCATTCGTGATGATGACTCCTTCACCGTTTCTTAATATAGCTTTCTTTCCATCGATCGATTGAATCTTGTCTCCGTACATTGCCGTTAACGCTTCCGTATGGATTCTTTCCTTGTTCTGGTTGTAGTATTCAATCCGAGATTCGTTGAATCCTTTCGATTTACTTCCGGATATATCTGCGGACAACTCTTTCAACTTCTTGTATTCGGGTGAACTTTCGCTCAGGCCATTGGCTTTTGCAAAATCCTTCAACGCCGCTTCCACATTGCCCGATTTCGTTTTGTCAAAGCTGTTCACTTGGTCTAAGATCTTGTCGATCCCCTTGTTTACAAGTGGACCGTTCAATTCTCCATTTGCCGCAATTCTCTCCTGCAACATCTTCACACTGTCGTTGTGAACCAGAATACATTCCTCACTCACGTAGTAGGTGTGATAATCTTCGACCTCGAAGTTGAACACACTCGTCTTTTCTTTCAACGTTTCTTTCTCGATCGAATGAATCGTTACCGTATTGCCCGATTTGTCCAAAAACAAGTCTTTGGTCGTAAGTTCGCTTGCTAACACAAAGCCTCTGTTGTCCGTAAAGAATCTGTGACCGGGTGTTGTATTTACTTCTTCTCCGTCTCCAAAGTTGATTTTCAAAAGTTCTGAACTTTCATTGTTAAACAAACGAACCACGGATTTGAACGTCTGAGTGTTTGTTCTCGGGTCATACGCCAAGACTTCCTCTCCGACTTTGATTCTCTCGATCGTTTTTAATCCTCTGCCTGTTAATACAAGTGTTCCCGCAACAAAACAAAGACTTTCTACTTCATTGCCACCGAACGCGTTCTTAGCACCATCCCAAGCACTTGAGGCAACTCCGACAACGCTGTCGATTGCTCCATCGATCTTGTTACCAACCCAATCCAGACCGCCGCCTAACGTCTCAGCCGCCTTACCCAGAATGTGATCCAGGATTCCGTCCTCTCTTCTCTGAGTTTCAACGCCCATACCCGCGATCGCCGCCGCTCCAGATTCTTGATTGTTCCTATTTTGAGCGCCTCTCGATGCTTCTTGCGCATCCGCGTCTTCTTTCGCTTTTCCTGATATAAAGTCGGCCTTCCACTTGTCGGCTAAAAAGTTTGTGTTTGCTTGGAATCCTCCGGACTCACTCCAGTTTCCTGCATTGACTCCTCCCGATGCGTTAAGCGCTGCTGACACTCCGTCTCTTTGAGAAAAACTTAATGTTCCCCCCGCGCCTTTCATTTGGTTTGCGAGTGAATCTTTGGGTTTGTTTTTGTCTCCCGGTGCTTCGTATCCGATGTTTCCTCCGACTCCGCCTTTCTCGCTCCAACTGATTCCGCCATTGACTCCATTGCTAAAACTTTTACTAAGGCTCGCTCCGAATCCGTCTCCTTCGTTGTAACTGAGTGCTAAGCCCGTTCCACTTTGAGAAGTAAATCCTGTGCTTCCACTTACGCTTCCTGTTTTACTGTTGTAGCTGAGTCCTGCATTGAATCCGCCTTTTGTTAAACCGACATCCACCGATGTTCCACATTCAGAGGGCAGAAGACTGAAGGGGAAGGCTTTCCCCTCGCTTCATACCGAGCTTGCTGTCTTTCTAATTTACAAATGTCTAATTGTATTTCCAAGCTCGGTATTCCGCTACCCCTTCGCCGGGCTATCTCTTTGTGTTCTATCCCCGGAGCCCTGTTTTGCCTTGGAATCACTGAGTTGTAACACCGGTCTTCGGCAATCCCTTTCTCAGCTTTTTCAATCTTTGTTCGGAAATTTCCGTACCAGACAATTCTAACGTTGTCAGTTGTTTCATTTTCAACAAATGAGGAATACAACCATCGTCAATAGTAGTAATCTCATCTAAATGAAGCCGAGTAATCGTTTTACTTTTAGAAATATATTCAATCCCTTTGTTCGTAATTTTACTCCTTTCTAAATAAAGAGATTTTATTTTCGAAAGACCTGGAATTTGCTTCAAACCTTCATCTGTAATTTTGGAGTCACCTATTCCCAAAGTGTCCAAATTTGGAAACACGGCAAGATATTGCATTCCTTCATCCGTCATTTCCTTCATTCGTAAATTGCTAACTTTTTCAGGTTCTAATTTAGCTTCATATTGTTTGAAACTTGGACTGATGGAACTGTAATACTCATATGCCTTTTCTTTCAGACTTTTTTCCGCAAAAATTCCCATAGTTCCCGCCAATCCTAAAATTAAAATCGCCATCAACTTCGTTTTCATCAATTTCCTCCAGTTAATAAATCTAATGCTTTCTTCTTGTAATGGCTTGTATAGTCAAAAGCGGGCAAACCTTGAGATTGTCTCACCTCTGGACCAAACGTTACACCTTGAATAAAGCCTGTGTGTGTTTCCGCGTTATCTACCTTCGTGTGCATATGGTATGCCGGTGCGGATAACATTCCAAATCTTGGACTATTCTTGTCGTTGTTAATCGATACAGCCATGTTTCCTGTAATTCCTGTATATCCGATCGGAGTTCCATACGGCAATGGAGTTTTGTTTCTGAAAGCATTGTAAGCTACATCCGGCATTTGATTCATTACGTGTCTGTGATATTCTACAATTTCTTTTCCGTTAATCATGGTTCGAGTCGTAATTTCATTACCACCTAAACCGATGCTTCTAACGTTCGTAATCATAAACGTCCCTCCCTTCGGGCCCCAAACCGATTGAGCGGCTCCTTTCGGTGCATGATAATCACCGGACATGATTCCGTTGAGGCTATCCGTATGCAGTTCTGTTTGAGTCCAAGGAGACCTCACTCTTTCATTCGGATTGGTTGGAATCAATTTGCTATCAGCACCAGTTGCTTCCGTTCTGTAATACAGCTTTCCGGTTTTTTCATTTCGGATTAAATTTCCTCCGCTTACTCCAGATTCCAATTCCATGTTGATTAGCTTTTTGTGATAATCAGGATGCATACTTACATCGACTTCACCTTTCTGCAAATATGGATTCTCGCTTCTTTGTTTGTCTAAGTGATTTGATATCGCTTCTTCACCAACTCGCAAGTGACGATCGGAGGCGCTTTCGGTTGAGTCCGACGCACCATACGCAGCACCATCTCCGATATTCTCGTGATGCAGTGGTTTCATACTCAACGATTCGCCTTTTCCAAATCCAAACGCGTTCTTAGCACCATCCCACGCACTTGACGCAACTCCGACAACGCTGTCGATTGCTCCATCGATCTTGTTTCCTACCCAATCCAGACCGCCGCCTAACGTCTCAGCCGCCTTGCCCAGAATGTGATCCAGGATTCCGTCCTCTTCTCTTCTTTGAGTTTCAACGCCCATACCCGCGATTGAATCCGCACCGGAGTGAGCGGCCGCCTCTTTTTGAGCGCCTCTCGATGCTTCTTGCGCATCCGCGTCTTCTTTCGCTTTTCCGGAAATAAAGTCGGCTTTCCACTTGTCGGCTAAAAAGTTTGTGTTTGCTTGGAATCCGCCTGACTCACTCCAGTTTCCTGCATTGACTCCTCCGGATGCGTTAAGCGCTGCTGATACTCCGTCTCTTTGATTGAAACTTAAAGTTCCACCGGCTCCTTTCATTTGATTTGCAAGTGAGTCTTTCGGTTTGTTTTTGTCTCCAGGAGCTTCGTATCCGATGTTTCCACCGACACCGCCTTTCTCGCTCCAACTGATTCCGCCATTGACTCCATTACTAAAACTTTTACTAAGGCTTGCACCAAATCCGTCTCCTTCGTTGTAACTGAGTGCTAAGCCTGTTCCACTTTGAGAAGTAAATCCTGTGCTTCCACTTACGCTTCCTGTTTTACTGTTGTAGCTCAGTCCTGCATTGAATCCGCCTTTCGTTAAACCGACATCCACCGATGTTCCACCTCGTTCGGAGATGCCGACGCTCACTGTAGCGGGTCCATATCCGACTCCTACGCTTGCACCAAATCCGTTCTCTGCGGAGTAGCTAAGTCCTACGTTAACCGCTCCTCCTGTAAAACTTTTGACAGCAGCTCCTGCAGCTCCACCCACAGCACCGACGAGCGCACCTTTTAATCCTCCGCTTGCAGCTCCTGTGGCGGCACCCAGGCCTGCACCCACTGCCATAGCGACCATCAGAGAAGCTCCACCGGTGAAGGGCGCTGCCGCTACTGCTACCACTGTTGTCACCATTTGGAACTCTTGGCTTTGATACCATTGTTCTTTCGGTTTGTTCATCTTCTCCATCTGATTGGAGATAAGCCATGTAGGTAATCCGGTTGCTTTCGAAATTGCGTTTACAGTCTCGTCTTTGACATACGCTTTCACTGCGTCTTTCATGCTACTTCCACCGACAAGTGCCCCTACGAGACTTGCAGGTAATCCAGTTGCTTCTGCCACGGCTCCCGTTATGCGGCTTTGTGCTTCCGACTTCACCGCTTGGGTAAATCTTTGTCCCATGTTTCCGGATCCGCCGTTCATTCCATTCAAAATTGTAAACAGAAATCCCTTGCTTTCCTTCTCCGCGTCATTCGCCTTTGCTTGTTTCTCGATTCTATTTTGAATGTCTTCGGAGTAGACGGCATATTTTTGATTTACGTTCGAGAGTTGACTCTCTGCGTTTTGAGTTCCCACTAACTTCAAGTTGAAGTTGTAGCCTAAATTCGATATATCAAATCCGGATGTTACGATCAAATACTGCATTCCGTAGCTAATTTCTACGGGTATGCCTTTGACGCTCACCGAGCCTTTTAATTCTCTGCTTCCTCCAAAAACTGTGTCGTCGATCGAAGCTCCTTCATACATCGCTTTGCCGACTTTCTTTTTGTCCCCATTCAGAGGACAGACGACTGAAGACAGAGGACGGAAGGGGAAAGCCTTCCCCTCGCTTCATACCGAGCTTGCAATTTTTCTAATTTACAAATATTCAATTGTTCAATCAAGCTCGGTATTTCGCTACCCCTTCTCCGGGCTATTCGCCTCTGCTCCATCCCCGGAACCCTGTTTTGTTTTTGTTACTAATCCCTCTCCGGTCTTAGTCTATCAAATCTTCGAATGATCCATCTACCTTGCTCTTCTGGAAAATAGAAATCCAAACCATATTCAAAACGATCTGCAACAAGCCCCCACCAAAAACTATCTCCACTTTCACTAATCGTGCCTTTACTGCCTTTCTTTATAAGACGTACAACTTCTTCTATCGTTACGTATTTCTCTAATTTGCTAAATCCATCTTTTTGGAAATTACCACCAACCAATTCATCACCCAAACTTTCCCCTATACTAATAGTATATCCACTGTGTTCATCACTTACTTCTAAAAAGGGAGTAAAGTTTTTCTTTTCTTGAATATCCTTCAAAAGTTTAGAAAGCATTGCATCAAACATTTTCATTTTCTCTTGCTTCGTATATGTCTTCACTTTCGTTTCCTCTTTGTTAACAGGCTTGTCGCAAGAATTCAACAATATGCAACAAGCCAGTAATATCCTGAATATCATACTATTCTCATGTCTCCTTTATTTTACTTTTGGTAAACCTAACTCTAAATGCAAGTGATTGCTGTGCAACACCTTTGCACCTGGTTTGTCGGATGTCATATACAAATTTGGCAATGGATTTTTCTTAAAATATTCATGCACCGCTGGATCATTGAATTTTATAAAATTCGTCGTTTTGCTTCCAACCCCTTCCGGAATATTTCTAGAAATCGTTTTGATATATTCAATGGTTTTGTCCCGATCGTAGGCCTTGTTAACATCGTAATTCTTACCAGTCGGATCAACTCCAGGTGTGGACATATACGACAGGTCTATAGCATTTCCGTTTTTATGATGCTGGTAATATCCGGCGTCTTTTGCTTCCTGAGTACCTGTTGCGCGTGGATCATAGCCTCCCGTCTTGTAACCTAGATCGTTTGTCACTATCGGATAACCCGGATTCTTGCCCGTCCATTCATTAATGGTATTGGAAATCGTGTCAACAAGAGGCTTCTGTCCATAACGATGGTCGTCGGCTCCATCTTGGCCAGAATTACTCTTAAAGCCCGGGCCTTCCTCGTGCAGTTTGTAAGTTAGTTTATTGCCTGTGACCGTGTCATAATGTTCTGGTCCGGTAGAAATGACATGTGAAGAACTTCCCCCCGTTGCGCGATTCCACAACCCCTTAGCGCCGTCAACAACGGAACCGAAAATTGAAGAAGCTCTTTCACCTAACGTCGATGTTCTACTTCCATTCACAACAATCGGACTTCCGGTCTGATTCGAGTTTCCATAACCGGGTTTCGATTGGTTACGATAATCGTTTACAAACTTTTCAAGACCACTCGTGTCGTATCCCGCCGCTTTCAAACCGGCGATGTTCGCATCCGTTTGCGCAGGACTTTCCTTTCTCCAATCAGCTTTGAATTCCGCAACATCCGCCGCACTCAACTGACGACCTCCTGTCGGCTTTCCATCGGGTCCAAACGATCCCGATGAAGCTAACGTTTGTCCTGGATCATGAGAAGATGGGGCTCCGTGTGCAGGGTTCGGACCGTCAGCATCTCCAAAGCCAATCGTTCCTTGACTTCCCGGTAAGCCGTCCTCTCTTCTTGTTGTAGAATATCCAGCTCCTGCAACTGCATCCGCACTACCTCGGGCAGCAGCTTCTTTTTGTTTAGCCTGAGCCTCCGCTTCGGCCTGAGCTTCTTCGATCTCACCTTGTTTCGTAACAAAGTCGGCCTTCCACTTGTCGGCTAAAAAGTTCGTGTTTGCTTGGAAGCCTCCGGACTCACTCCAGTTTCCCGCGTTCACTCCTCCGGATGCGTTAAGCGCCGCCGACATTCCATCTCTTTGATTGAAGCTTAATGTTCCTCCCGCGCCTTTCATTTGGTTTGCAAGTGAATTCTTCGCTTTGTTTTTGTCTCCAGGTGCTTCGTATCCGATGTTTCCACCGACACCACCTTTCTCGCTCCAACTGATTCCGCCATTGACTCCATTACTAAAACTTTTACTAAGGCTTGCACCAAATCCGTCTCCTTCGTTGTAACTGAGTGCTAAGCCCGTTCCACTTTGAGAAGTAAATCCTGTGCTTCCACTTACGCTTCCTGTTTTACTGTTGTAGTTTAGTCCTGCATTGAATCCGCCTTTTGTTAAACCGACATCCACCGATGTTCCACCTCGTTCTGAGATGCCGACGCTCACTGTGGCAGGTCCATATCCGACTCCTACGCTTGCACCAAATCCGTTCTCTGCGGAGTAGCTGAGGCCTACGTTAACCGCTCCTCCGGTAAAACTTTTCACTGCTGCGCCGGCCGCTCCTCCTACCGCACCGACCAGTGCGCCTTTTAATCCTCCGCTTGCCGCTCCTGTTGCGGCTCCAAGTCCGGCTCCCACTGCCATAGCGACCATCAGAGAAGCTCCGCCGGTGAAGGGCGCTGCTGCAACCGCTACAACTGTTGTTACTATTTGGAACTCTTGGCTTTGATACCATTGTTCTTTCGGTTTGTTCATCTTCTCCATCTGATTGGAGATGAGCCATGTCGGGATTCCGGTTGCTTTCGAAATTGCGTTTACAGTCTCGTCTTTGACATACGCTTTGACTGCGTCTTTCATACTACTTCCACCGACTAAAGCTCCGACAAGTGAAGCCGGTAATCCGGTTGCTTCCGCAACGGCTCCCGTTATGCGGCTTTGTGCTTCCGACTTCACGGCTTGGGTAAATCTTTGGCCCATGCTTCCGGATCCGCCGTTCATTCCATTCAAAATTGTAAATAGAAATCCCTTGCTTTCCTTCTCCGCGTCATTCGCCTTTGCTTGTTTCTCGATTCTATTTTGAATGTCTTCGGAGTAGACGGCATATTTTTGATTTACGTTCGAGAGTTGACTCTCTGCGTTTTGAGTTCCCACTAACTTCAAGTTGAAGTTGTAGCCTAAATTCGATATATCAAATCCGGATGTTACGATCAAATACTGCATTCCGTAGCTAATTTCTACGGGTATGCCTTTGACGCTCACCGAGCCTTTTAATTCTCTGCTTCCTCCAAAAACTGTGTCGTCAATGTTTGCTCCTTCATACATCGCCTTTCCAATCTTCTTCATATCTCCGCTTTGGCCTTTGAAACTTTCTGTTCCGAAGTTGTATTTCGATCCTTGTTCGTGATAATTTTTGAGTCCTCCCATTTCTCCTTCGAACATGCCTTTCAAGTCGCCTGGTAAAGCTTGAAAGGAGGCTACCGTTGTATCCCGATTTTCTTTGTAGAGTTCCTTTTTGTAGTCTCGGATTTCTTGATTCTGTGCGTATTCTTCTTTGATCTCGTTTGTTTTGTCGCTGAACTGAGCAAACATCGTCTCTACGTTCTTTTGGAGATTGTCGATGTAGTTTTTAACTCCCAGTACCATTTCCGCGTTGAACCTTGTCGCGTTTGGATTCATCATATCCACGCTCAAGTTTCCTGGATTGAACTTCGTCTCAATTCGTATATATTGATATTCTAAATCGGGAGAATAACTCGTGCTCTTCATCGCACTGCCGTCGATTTCGATTTCTCCGCTGTAGATCTGTCTGTAAGCGGATATTCCTTCTCCATCCGTTCGGAAAGAATATCCTGCGTCTCGGAGATATTTGTAGTCTTCTCCGTTCGTCAGAGCTTCGAGTAACGTCTTTTGAAGTTGGTTACTTCTTTCTTCGTTGTCTTTTTGAAGTTTCTTTGCGTAGTCGTCTAAGTATTTAGATACCGCGCTGTTTGCTGCCAAGTTGATTGCCTGGCTGCTTCCTTGGAGTAGGGTTTGTAATGCATTCAAATCGTTTTGGTTTGTCACAAGTGAATTCATGTGGGCAAGTAGTTCGTCTGCCTTTTTTTGTTTTTCTTCCAGCTCTTTCTCTTGTGCTTGTATGTATTGGCTCACTCCGTTTGCGCTTACTTCTTGTGGGAGTGTACTTTGTATGCTTGCGATCATTTCTTGGAGTCCATCCAAGAGTCCTTCTCCGATATTACGGTTTGCTAATTCTTTGGATTCGAGTAGCAACCGTTCTACTCTTTGTTTGTTTTCTTCTCCTTGTTTGTTTAGGTTGGTCGCCGTTTGGATCATTCCTTGGATTTGGTTGTAACTTTCTCCTTCGGAAATAATTCCTGCTACAGCGTTTTTTCCTTCTTGGATTTGTTTTTGAACTTGAGTTGTATTCTGAAAGTTTTTGTTGAGTAGGTTATCTCTGTAACTTAGGAAAGAATTTTTGGTATATGTAAGTCCTCTGTTATCCACTTCACTTGTAATTTCTTCTCCCAAGTTGTAGTATTTCTTTTTTAAATATCCTAAAGCGTTGTTTTTTTCTCTCACCGCATAACCAGTGTAAAGGGCTGCTTCATCGAACTTTGCTTCACTTCTTGCTTTGTCTGCTAACTCTTGATACTTCTCTGATTTTTCAAAGTATTCGTTTGCGGTTTTTAGATATGTGATCTCTTCGTCGACTACTTCTGCTTGTAACGTTGTTGCGACTGCAATGTCTGCGATCATGTTCGTATACAAGGTTTCTTTTGCTTGGCTTGTGTTGTTGCGACCGTTAAAGTTAAATCCTCCGTTGGTTCCATTGATTTCATTTTGCCAAAAGCTTTGGTTTTGTCCGCTCGTTGTAATTTGATTTTGAATCTGATTTAACTCTGTATTGTCTACGATATATGCCCCGTTTCCGTAAATCGTTTGTGCTAATGCATTGATTCGATTACTTGCGCTGAGTTCTGCTGTTTTGTAGGCTTCGCTTCTTCCAAAAGAATCTGCGATTGTTTGAGAGAGGTTGGCTCCTTGTCCGTTCCAACTTGTTTGGTTTTGCAGGTTTGTAATTGCTTGTTGCATTACGTTTCCTGCCGCTGCATATTGATACGTTTGATACAAACCTGTTGCTGCGTTGTAAAGCCCGGTTGTATTTGTCTCCGAGTTTGTAATTTGTGTTTGTAGTTGGTTTGCTTGTGAGGTTGCGTTTGTTTGGAATTGTGTTTCTCCGTCAGTTGCAGTTACCGCTTGTTGTAATATATCTTTTGCGGATAAATACCAGTTGAGTTCCGATTGTTGGAAGATTGATATTGTGTTGTCCCAGTTTTCTTGTCCGCTTCTGTATTGGCTATTTGCGTTATCTGCGCTTCCTGCAATTCCTGCCATTTGGTAACCGTAAACTTCTGTGACCCAGGCTCCTCTTGCCGCCTTCATGAGATTAATCTGATTATCATAGTTGGAAATTGTAGATTGTTTCGTTTGTTCCAGTTCTAATAGTTTTGCTTGGTATTCTTCTTCGTATGTTTGCGATCTTTCTTCCCAGTCTTTCAACGGATTGACCAAGGACAAAAACGTGGATGCAATATTTGTAAACTGAGTTTTCATACTCGTCCAAAAGTTCTGGTTTGCTTGCATCGCAGAGTCTATGTATTTGTATTTGGTTTGTATTTGAACTTGGTTATTTAATCCCAACGATCCATACCAGTTAGAGCTATTTAAAGCGCTTCCTCCCAAATATACTTTTGTTTCCAATGCAACACTCGATCCGGAAACTGCATTTCCCGCTTGGGAAGATTGTCCAAATGCTGTATTATAACTTCCGAATATTGCATTTCGAATATTATTGTTGTTTGTTATCTGTTGTTGGTTGAACGTCCCGCTTGCAAATACTGTATAGTTTTGGTCGATAACTGTGTCTCGGGTGAGATGCCCCCGTTTTTAGTACCAGTGTAAAGTGTCAAAATCCACTTAAGCAGAGCGTCTTAAATATTCCTCCGGAGTAAGTCCCCCAAGAGAACTATGTGGCCTTTCAGAATTATAGAAATTTCTCCAATCCTCGACAAGGCGCTGTGCTTCTTCAATATTCTTAAACCAATTTTCATTTAAACATTCGTTTCGCATTTTTCCGTTAAAGCTCTCGATGAAGGCATTCTCAGTAGGCTTACCCGGCGTAATAAAATGAATATCGACTCCTTTTTCAAAAGCCCATCGTAAAAAAGCTTTTGATGTGAATTCGGGACCGTTATCCACAACGATTTGTTTTGGCAGGCTACGGACTTCAGATACTTCATTCAAAATTCTTACTAATCGTTCCGAAGTGATTGAGAATTCCACCTGCGTTGCCACGGCGAATCGTCCAAAGTCATCGATGATATTCAATATTCTGAATTTTCTTCCCGAGTAGAGTGAATCCGACATGAAATCCATCGACCACCTTTCCTCCGGTTTCTTAGGAACAATCTTTGGAATCGCAGGTAACGATACTCTCTTTCGTTTCGGTTTGATTCGGTATTTTAAGCCCAATGCTGAATACAAGCGATAGATTCGTTTATGGTTTACTCGTTCTTCTTGCCGAATAAAATCATGAATCTGTCTGTATCCCGCCCTTTTATGCTTATACGCTAAAGTGAGAATTCGATCCTTCAATTCCATGTTTTTGTCCTGAAGCCTGGAACGATGTCGAAAGCCGGTTCTGGAGATTTGCAAAAGACGGCAGGATTTCCGTTCTCCAAGCCGCGTTTTGATTAACAGGAGCGCCTCTCGTTTCTGCTCACGGCTCACCACTTTTTTTCGAGTAACATCTTGATCGCTTCATTTTCTAAAGCTAACTCTGCATACAGTTTCTTTAGCCTACTGTTTTCTTCCTCTAAAGTCTTCATCCGTTTTAGATCGTTTAGTTCTAACCCGCCGTATTTCGAACGCCAACGGTAAAAAGTGTTACCACTGATTCCGTATTTACGACAAAGTTCAGGAGTCGATATCCCTGATTCAGATTCCTTTAGAATCTTATGAATTTGATCTTCACTGAAACGTTTTTTCATGTTTTCCTCCAAAATTTTATGTTCTTGAGAGGATTTCAAACATTCTAAATGGTTCTAAATTCGGGGGCTAGGTCACGGGTATATCCGCAGAATTCGAATCTGTCACCACAATAGACACCGTTGGACTCGTAACCTCCAAATCCACCGACACAAGTTCCGCCGAAATCCCATGCTTGACAACTGATTTGGTAATGTGAGTTTTCAATATATGCGGACGAACCATATGAACCTTGGCCCACCGTGCCGGTTTCATCCGATTGATAGACCAAAGAACCGCTGCTCGCTCTCCATCCATATACACTTCCATTACTGTTATACGTGATCGATCGATTCCCACTGGCTACGTTGTTACATCCTGATCCTTCATAATTCGTGCAACTTATGGAAGAGTTCCCCACGATCTGAGAATACGCAACCGTCTGTGTCGCATACGTCTCCTGCCATTTGGTTATATTCCAGTAGTCTGCTTTTGCGGTTGCGTTTGTTATCTGACTTTGGAAAAAATTTCCTAGTGTTTGCGCTAACGTGCCGAGGGATGCGTTAGAATTCAGAGCCTCCTGTAGATCTTCCAACAATTCGTCCATGTCCCCAAACACGGATGTCAAACTCGGATCACTCGATGCATTTGTTTTCAATTGATTTTCTTGAGAACGTATATTTGTAATTGTGGATTGAAGCGCGTTTCTCATTTGGCTTTGAGCGTTTGCAATCAATTGTTTGTTTGCCAACCATTGGGCTTTTGTTTGTTCGATTCCATTCAAATAACTTAATTTATCATTTTCGAGTCCTGTAATCGATTGATTCCATTGCAGGATTCCATTCTGGATCGCATTTAAGGAATTCTGTTCCCAGGTGTTTTGTTTGTTAAGTAAATCCTGCCATTTAGAATCCCAGAGCTGGGTTCCTTGGTAATAACTCTGTGCCGCTTGTGCGGGGTTTGTTGCTTGGGCGGCAGGAGTAGTGGTTACAGTTTGTACAGTCGGATTGATCGTATTCACCGAATTTGTGTTCGTCGATGTTACGTTGTTCGATGTGTTTTGGGATAATGTCGCTAAAAAGATTTGTAACTCTGCTTGTATGTATGCGTTTACGTCTGCGATCCATTGGTTCTTTGCCTGTTGTTTCTGCAGTTCCAGTTGTGCTCTTACAGCGTCTTTGTAAACGTTTACGTTATTCACCGTGTCCGAGTTATTCACTCCACCCACGATCGCTTCTATCTCCGCGTTGACTCCCGTTTCCCAAGCGGCTTCTAAAACTTGTTCTCCGTTGTTCACCGAATTTAAAAACGTTCCCGAATCCGTGGCTCCGGCTTTTGCCGCGTCCACGTAAGGTTTTAATTCGTCGTTTGCAAATTGTTTTGTCGATCCGAGTGTAGGCACACTTTGAGCGTCCAGAGAACTGGAGGACAAAAAACTGAAAACGGTCAGAGGTATGACAAAGGATATATGAAACGAAAAGATCGTGATTAAACTGACGATCTTCGTTTTAAAGCTAAAACGATTCGGAGAACTGACGACTGAGCACGGAAAACTGGGGACAGTGGGGCGAATTTTTCTTCGCTTCCGCGAAGAAAAACCGCGCTCTTCGCTCCAATCTGCATCGCAACATGTTAGCATTTCCGTATATTCCAGTTTCATCCTTCAATTCATGTTGCGTCGCAGGATTTCTGCTGCGATCGCTTTCGCTTCGTAGTTCGATGTTTGGTCTTTAAAACTCAAAAGCTGAATTCCAAACCCGTGATGCAACTTTTCCCCCGTTTCCGTCCTCTAAAGACTCGAACAAGATTGAAAAAATTTGTGATTTGTGTCAATTATCATATCACTGACAAATAACAAAAATTAGGCGTTCAGCAAAAAAAGATTCATATTGTGATGAAAATATTACGATGTATTCACAGATAACATGCAGACAGCGACCCATTCATCAGTCATACTTCCTACAATCCCTAAAAAAAACAGGAATTCATACGATACATTCTGGAAATTCAATGTCGCTAACGGCGTTATTACTTCCGAGCAGCTCAAAGGGTTACCGAAATCCACCGTTCACTCTCTAAAAAACAAAGATCCAGATTCCTTTCGTCATATCTACGGGTTTCGGTTTAACGGGATGGAGCCGAATCTTCAAAGAGAAGCTAACTACCTTTCCATACGCTTGGAAAACTCTCTTACCCTTCAAAAAGGGATCATCGCTCTTGCAAAAATCAAACTATGTCTTCTTCAGATCAAATCTCTTCCGAAAAAGATGAAAAACTCAATTCAAGTTAAAGAAAAAATCGTCCGTACCATTCAAAGAGTAAGGGACGACCTTGGATTCGAAAGAACATTAAGGAAGTTTCATATCTCAAAGTCCACTTTTCACAGCTGGTTTTTCCAAGTGCGGTTCCGATGTAGTAGTTCCTGGGAAAAACTCTGCCACAAGCGGTTTGTCGGTCAGATTTCAGTCAAGGAAATCGATTCTTTAAAAAATCTTCTTTTGGAAAAAGCTACTTTGTTTTGGCCTCTTTCTTCCATTTGGGGATACGCTAGAAAAAACGACATTCTGCATTGCAGCTTATCTTCCTTTTACAAATGGGCGAGAGTGATTCGTCCCGAACTCTTTTCAAACAAGTTTAAGAAGCTAAAGAAAGAAGGTTTTAAAACCTACCGTCCCAATGAAGTTTGGCATTGCGATATCACTCAGTTTGTCACCAAAGACAACGTCAAATCTCATATTTACATCTTGATTGATAACTTCTCTAAGATGATTTTAGCGTTTAGAGTCGCTCCCCAAGTCGACAGCGACATCTGTGCTTCGTTAGTCGAGGAAGCCATTTCCAAGTATCAAACCTCTTTTTCCAAATTGACCTTGCCCGATCTTTTTCCTTTAATCAATCTCAATCTTTCTAAAGAATCTTCTTTCGTTCATTTGATGACCGACGGGGGGCCCGAAAATCAAGGCGCTCTCGACAGAATCATTTTTGATTACAAGCTTCCAATCAACAAAATTACCGCAGGTAAAGACGTTTCATTTTCTAATAGTCCCATAGAGGCAATCCACAAAATCACAAAGTATCAGTGCCTTCATCATTTAGATATTCCTAATAGACAATCTTTGATTCAAAAATTGTCCGAATGGATTCCCATCTACAACGATCAACGGCCCAACAGAGCCGGCCGTTATCTACTCACTCCTTCCGAAATCTTTCGCGGTAAATCCATTGATTCTAATTTGCTAAACCAACAATCGAAAGACGCTAAAAAACAAAGATACCTCCTTAATAAAGTTACATCCTGTGGAGTTTGTTAGAATACAGGTTTCAAATCCGGTAATTAACCCAATCATCATTTACACTTTTATAATGTGATGTCTCTCTTCACATCATCCCTGCAACTTTCATGCCGGTTCACTTTTGTGAACCGTTTAGTCCAGTTTGCACTCGGAATGTGCTGTGCTTGTTGCATTACGTTTCCTGCCGCTGCATATTGATACGTTTGATACAAACCTGTTGCCGCGTTGTAAAGCCCGGTTGTATTTGTCTCCGAGTTTGTAATTTGTGTTTGTAGTTGGTTTGCTTGCGGAATTGCGTTTGTTTGGAATTGTGTTTCTCCGTCAGTTGCAGTTACCGCTTGTTGCAATATATCTTTTGCGGATAAATACCAGTTGAGTTCCGATTGTTGGAAGATTGATATTGTGTCGTCCCAGTTTTCTTGTCCCGTTCTAAATTGGCTATTTGCGTTATCTGCGCTTCCTGCGTTCAGAGGACAGTTGGGCGAATTTTTCTTCGCTTCCGCGAAGAAAAACCGCGCTCTTCGCTCCAATCTGCAACGCAACATTTCGCTTTTTCCGTATATTCTAAAGTAAGAATAGAAAGATTCATGTTGCATTGCAGTATTTCCGCTGCGATCGCTTTCGCGGTTGTGGATCGAGGTTTTGTCGTTAAAAAGAAAGTGTGAACCGCTGGTTCGCACTTTCTTTTTCAAACTCTTGTCATGTTCTAATGTTCTTTCGTTTAACATTGAATAAGGAGTTTCAACTAACATATAAATTTGCCGTTCTTACTATACTCATTCTATATAAACATAGATTAGAGTCAATATCCTCTTGATTTTCTTTTTCGTTAAACGATAAAAAAGACAAAACTTTGCGACTTTTTTCACTAAAGATTCTAAAGTTAATTCTCGAACGAAAGTTCTTCATTCAAATGGATTCCTTTTGCGGGCCATGTTTCATAATCCAAGACTCTATCGTTTTCGGTTCTTGTTAAAGCAGTTTTCGGTTGTCATTGTTTTCTCCTTCTTTACTTCGGAAGATAGGGAAGAACGCCTTGAATCCGCTCCAAATCCTCCGGAAACACCTGAACTTTCACAAGGCTTTCCTTCTCTGCGTCAAAGTAAATGCAACTCACTTCCGGATTCCAAGCTACTTCCACATACATCTTTTGGCCCGTCGTTTTGTTTCGAACCGCTTCCCCTAACACATATCCTTTCTCTCTCTTCTTTCCAACTTCTTCCATTCTTCCCCCAGTTTGAAAACTCACTCTTCTGGGTTCCGATTTTTCCTCTTTCCTTTTTCTCTCCCTTACGCTTTGTCTTTAATGCGAAAGGGAGTTTTTTGTTTTGGTTCTATTTTAGTCAGCTTACAAACAATGTAGTGGACTCACGGCTCTTTCACTCTTTATTTTTCTTTAGGTTTAACGTCTTCCATCAATTGCAGTTTCTCTAATTCTCTTTGGGGAGAAATTCCCCACAAAAAACAAGATCCACGATTGCTACCTTTCATGTGGATTCTGCACTGAACTCAATCCATCGCTTTCGCGAGCTGTAGTTCAAAATCAAATCACTTCCTCTCACGGGTGATCTTGAAACCTTCTTTCTTAATATCTTCCGAATACGCGTGAAACTCTGTTAAAAATACATTTTTGCTTTTGGTTCCCGGATACGTTTCGAGGATCGTAAGTTTGAAAAGTAAATAACGACCGTAGAAGACATCTTGCGGTTTTATCTTCGTAAAAATCTCTCTTTCAAAAGTTTGTTCTTCGGGAGCATCCTTGAGTTCCAATTCAAAGGAATCATTTTCAATCGGATAATTGTGATATATGAGAGGATCGTCTAAATTTGCCATTGTCTCTCCACCTTCTAATTCATATACATCGATTCGTACTTTTTTGATCCTTCCGTTTTCTTGAAAAGAAGTCGCATCTTTTGCCAATCCATTCAAAAAACTGAAATAGTTTTTCTGGCTCTTCCCTGCAAGTTGATGATAATGATTCAAATTATCATCAAAATAATTGTGCACGTATATCCATTCCCCAATTCCTTGATTTTTGCTTACCCCCCAAGCCGTGTCCTTGTTGTAATCCTTAATCGCATTGGGAAAATAGAAATTCTTTGGTTTCCCTTTCTCAATCAAAGTAGAACTTGCAACCAAAACCTTATGTTCATCTGGCCGATAACATTTCTTGAAAATCGGAATCAAATCCTTTCTTGTCTTCTCGCCTTCCGCTTGTAACATGAACGTTACTCCTAATGTAATCAATATTGCTAATATTCGTTTTCGGTTCTTCATATATCTTCCTTAGTCCTTGGTTACGTAGTAGGCTTTGTTTCCACCCAAATTGAACTTTCCGTATTCATAATGGGCAAACATTCCATTTCCTTTGTAACCGTTTGTATTCGCATTGCCATACGGGTCAAATACAACCCAACCTTTCGAGTCATATCCTACGATCGCATTTCGGTGATCCCCAACCGGAAATTTTCCACCCGCAGACACAATGTTCCCGTTTCGAATGGCGGCCTGAATCGCAGCTTTCTTGTCATCGAAACTCAAACCTTCTCGATTATTGAACAGATGCTGTGTAAGTCCATATTCTCTGTTCAGTTTTTCATTAGCAGGATAGTCTTGTAACTCTTGCCCACCGTTTTTGTGATCATTACGATTCAAAATCCCTTTTCCTAACGCGGTCGAAAGCATATCATCCACCATTTGTTTCGATGGATCTCTTGGAGTCGCTCCTGCGTGTTCAGCCATCACCGCGTTCGTCGTTGGAAAACATTGTGCTGAATTTCTTAGATGATAATCTGGATCGCTTGATCTCATCCCAAGAAAGTTTTCGCTTTCTCTTTTGAAATATTCGCTCGTCTTGTTATCCAACTGAAGGTCATACTTTCCGTTCGTGATGATAACTCCTTCACCGTTTCTTAATATAGCTTTCTTTCCATCGATCGATTGAATCTTGTCTCCATACATTGCCGTTAACGCTTCCGTATGGATTCTTTCCTTGTTCTGGTTGTAGTATTCAATCCGAGATTCGTTGAATCCTTTCGATTTACTTCCAGCAATATCAGCCGACAGCTCTTTCAACTTCTTGTATTCGGGTGAACTTTCGCTCAGGCCATTGGCTTTTGCAAAATCCTTCAACGCCGCTTCCACATTGCCCGATTTCGTTTTGTCAAAGCTGTTCACTTGGTCTAAGATCTTGTCAATCCCCTTGTTTACAAGTGGACCGTTCAATTCTCCATTTGCCGCAATTCTCTCCTGCAACATCTTCACACTGTCGTTGTGAACCAGAATACATTCCTCACTCACGTAGTAGGTGTGATAATCTTCGACCTCGAAGTTGAACACACTCGTCTTTTCTTTCAACGTTTCTTTCTCGATCGAATGAATCGTTACCGTATTGCCCGATTTGTCCAAAAACAAGTCTTTGGTCGTAAGTTCGCTTGCTAACACAAAGCCTCTGTTGTCCGTAAAGAATCTGTGACCGGGTGTTGTATTTACTTCTTCTCCGTCTCCAAAGTTGATTTTCAAAAGTTCTGAACTTTCATTGTTAAACAAACGAACCACGGATTTGAACGTCTGAGTGTTTGTTCTCGGGTCATACGCCAAGACTTCCTCTCCGACTTTGATTCTCTCGATCGTTTTTAATCCTCTGCCTGTTAATACAAGTGTTCCCGCAACAAAACAAAGACTTTCTACTTCATTGCCACCGAACGCGTTCTTAGCACCATCCCAAGCACTTGAGGCAACTCCGACAACGCTGTCGATTGCTCCATCGATCTTGTTACCAACCCAATCCAGACCGCCGCCTAACGTCTCAGCCGCCTTACCCAGAATGTGATCGAGGATTCCGTCTTCTTCTCTTCTTTGAGTTTCAACGCCCATACCTTCTAACTTGCCCTAACCCGGAAACTGCTGGAATTGCATTTCTCCCAAAGCATTAGTCGTTTCGAAGCATTTTAGCCTTAGAAAAGTTTCAACCCTGAAAAAAAATCCCGTACAAGCGGTTTTGAAAATACACAAAACTTTTCCCCTAAGAACACTTTTAGAATATTCAACTTTCTTCATGTCTTTCCGAAGAAACCTGAAAAATACGAAGGACTTTTTAGGATTTCACTTCCAAATTTCGGAAAACTTCGGATTTCTTCAGATTTTTCAAGCATACAAGCAACAATCTTGCTCGTTTCCTCGCCTCCCATTCGTATTTCGCAAGTATTCACCGATTCAAGACGATATTCGCTCTTTCTGCTTCTCCAAAATCTCCCTTAGGTTCCAGACAAGGCTCACACAGGACTCGAACAAGTACCGAACAGGACCCATTTGAAAATTACAAGTCTCGAACAAGTACCGCACAGGACTCGGATAGGACCCATTTGAAAATAAAGATTTACCGAATTCTTCCATCAAAGTTTTCTTTTTTCATCGATAGTCGAATCCTTTTACCAAAAAAGAAGGCAACTAAAGAGAAAACCTCGACCTTTCAAAGAAAACTCTCTTCTCCAATACCTCCTGAACCTCATTCGAAACCAAAGAATTCAAATCAACTTCTACTAATATATGTGTAAGCAATTTCCTTAGCGAATTTCGAGGCGGTTGGATCAGCAATCACGCGGCCAATCAAAATCGAAACTTGGAGGGATATAATATAAGTAAAGGAGGCAAGGATGAAAAAAGATAAATCTGTTTTGAAACTGTTTCTTCGGATCGTTTTGAAGATTCTCGATCTGATCCGAATATTCTTCGGATAATCGAATACGTTGCGAGGATCGGTAAAGTGGGGCTTTGAGCCCTGCCTTACCGGGTTTACCGTTTCTCGATTTGGATTTACCCTTACTTTTCGGAGTCCATAAAAGAAAGGAAACCGAAACCGGATTTTCGGAACTTCTCGAATCTGTGTTAGTAAATGCTAGTCTTTTTTCGGCGGATAAATTCGGAAATATTCGATTTTAATCAAAAGAATTAGGTTTCATTGAGAGTTCTTTCGAAAACGAGAGAAAAGTAGATTTTTCCTTCTGGAAATATTCCATATCTTCCATTCTTCATTTCAAAAAGTTTTGGAGTTAGCGGGGTGGTGTTACTCTTCCCCCTCCGCCCGATGTTTCCATCGGGTTTGTCTTTAGAAAAGATTCCAAAGATCGCTTTTTTGAGTTTAGAGGCTCCAAAACAAGGAGCGCAATGATAAAGGCAGGAGTAGTTTTCTTTCTCTTGAGAGGTTCGAGAGAAGTAGTTCGAAAAGGCTCTTTCAGGTTCCTGTTACTGGCAACTCGTTTTTCCAGACAGCAGCGTTTTAGGACTCACACAAGACTCATTTTCGAAACTTTTTTTAATCAAAACGAAAAACTTTTCCACCCACACACCTTCTTTCTTTAGCCGCAAATCTTCCGGCTCTCATGTGGCAGAATGTTTGTTCTGTCAAGCGGATGTGAGGGAATCCGAGCGTGTGCGGTGGAAAGAAGGAATTGTTTTTCGGCACAATAACGCACTGTATAAAATTAGAATATACGCACACGCGAGGACACTTCGGATATTAGCTAATATCGGAAGTGCCGAACATCCGCGTCATGAGAGCCGGTTAAACGATAATATTGAAAGTAGGTGTGTGGGTGGAATATGCAAGTGCCGTTTCATTCCGATGTAACGGCATCAAGGAAGCCATTGTGGTTTCCCAGCTTCTCGGCACCAAGTCAACGGCGTCTAATTCCCGCGTAACCGCTTGCGGGCTTTCGCCAAATCCTCGCGGCTTTGTTTCAGGTGGGGAATTTCCCCACTTGAGAAAACAGCTTTCCTTCTTTCAGGCTCGGACTTCGGTTACGCGTCCGGAACATTAAACGCCATTGAAATCGTTTCGTATTTGGAAAACTTTTCGATTCACAGCTAAATAGGGAAGCATCCTTCTACATCCTTGAAAGGAGAGTCCTGTTTCATTCGAAAACAGGATTAAGGAAATTTCAGGATTTTTCAGGGTAGTTTTGAAGTGAGGAAAATCGAGGAAATTTGAGGGAAAAATCGCAGTTTCAAATACAAGAAGATCAAGCAGAAAGCAATGCTCCTTTCCTTGAAATCAAATCTTCCGCTTCCCTCCCATTCTTTCTCCGATCACTCGCAACTTTCTTCTAATCTCTCTTTCCTTCTCGAAATGATTCTTCCATTCCAAGATCATCGTTTGAACTTTCTTTTCGTATTGAGTGAGGAGAGAGATTAGCTTTTTCACTTCCTCTCTTTTCTTCGTTGAACTCAACTTCTCGAATCGATTCCAAAATCCTTCGATTCTTTTTTGGAACAGTTTCTCTTCTTCCGTTGTCGATGACTTCGAATTCACCAACCTCAAGGTTACTTTGGTTCGTTTGCTCTCTCTCATATACTAAAGACCCTGAACCCGTTTCTTTTCTCCAACTGAAAGGAGCTTCTCCACAATTTCGGAATCTTCTTTGGCTAAAGTCGTTACTTGAGCTTCCAGCTTTTCTTTCTGCTTCCTTACTTGAACGAGCTTCCCAACCAAACGACTCACTTCCGCTTTCTTTGCCGATGCACTCAGCTTGGAATATCTCTTCTGAAATTCTTTTACCTTGTCCTTCTTTGTGAGAGTTTCTTTTTTCTTCTCGGTCTTCTTCTTGGCCGGTTTCGGTTCTTTGGTTTTTAATTCCTTCTTTAATTCCGTTACATATCTCCGAGCCGTTCCAAGTGGTATATTCTCATTCTCTGATACTTTCTTGGCTAAGTCATGCTTCTCGTTCAAAATATCACCCTGATATTTTGATTTTTCCTTTGGGCTTTGTTTCAAAGGTTCTCCTTGAACTTTTGATCTTGAAGAGTCTGTTCCAACCAATGAAAAAGATTTCTTCTTTGATTCTTTGTCTGATCCGACTTTCAAGTCCGCGCCTTCAAGGTTTGTTCCCTGCGCTTGCTCTTCTAAGGTGCCAACTTCACCGAAGAATAGCCCAAGCCCCATTTCAGATTCCGTTTGTTCTTCCATTGAAGAAGTTTCATTCTCTTGTTTTGTTTCTTCTTCTGGATTCTCAGCTAATGAATGAGACGATTCATTCTTGCGGTTCCCGCCTCGGTTGTCTTGCAAGAGATCATCTTTGTATTTCCGAAGGATTCTTCTCTTTAGCCGCTCTTTTCTTTGCTCCGCTGTTAGATGTCTGCGAAATAAATTGTCTCCTTCTAATATATCGTATTCCTCTTCGTCGTTAAGTTCGTTCATATAATAACGGACAGGGATACTCTCGACACGACGACGCACGTTCTCGTCTTCGTGGTCCTTCAACTCAAGAGCGATTCGGTAACGGTTTTCTCCTGTAATGATCGTCCCGTCCTTCTTCGCTGTAAGTGCGTCCAAAATTCCATTGAGAGCAATGTTCTCTTTGAGATTTGCGTATTCTTCTTCACTCAAAGGGTCAAAGTCGTTTTTCGGATTCGGCTTTAAACTCGAAGGGAGAACCATCTTTACAATCGGGTTGAGGGTCACTCCTTTTGGAATATACTGTTTTTTGAATGTAGATCCGGGACGGGGACTTGCTTCTTGCGTTTCCATCCATTCTTTTGCTCTCTCTTCTTGGCTTCTCATACATTCACCCTCCGATTTGTCTTGAACGATTCTGATTCTCCTTCAAGTTCCATTACTTCTTCCGCCAATGCCTCAAACCAAAGATCGCCCTTGCTTCCAGGTTTTAATTCTCTTCCTTCCTCCGATGCTTTCTCGATTCCACTGAGCTTTCCGATACTCACACGAGAGACTCGAATCTTCTTTTTCAAATTTAGGATTCTCTCGCTCTCTTGTTTGCCTCGTCCCACAAGAGAAGGAACGACGACTAACTTCTCGGCAATCCCTTGGGCTACTTCCTCTAAGTCTTTCATCCCTTGAAACGACCACCTCTTCGGACAAACAGGAGAAAGAACCAAGTCCGCAACCAGAACTGCAAACTCAAGCTCCACAGACAAATGTCCCGGCGTATCGAGTATGAGATAGTCGTAGCTTAATTTTTGAAATTCACCCCCAAGAACCGAAAGAAGATATTCCACTTCCAAATTCTTGACTCCCGCTCCAAACGAAAGCGTGGAAGGCAACACATCCAAGCCCGCAAATCTACTTTTGTGAATACACTCTCCAACCTCTCTTTCTCCCAAAAGAACGCTCAGTATGTTTCTCTCTTCCAACACTCCGCGTTTTAAGTATCTCAGGAAGAAATCGGTTAGGTTGTTGTTCAGATCCAAGTCAGCCGCAAGAACTCTCTTTCCTCTTCTTGCAAGTTGAATCGCTAAATTCGTGGAGTGCGTTGTCTTTCCAACCCCTCCCTTGGATGATGCGATCGCTACAATATACATGCCTTCGGCCTCCCTAACATTCGTTAGCTTTTTTGATTTCTTGTTTTTAGTTTTGAATGAAAGAAACCGCTAAAAGAAGAAGTCCTCCTTCATCCGATTCCTTTCGTTTGGTTGTTTAGAGATATGGAATGTTTTAGAATTCTAAAACGAGAACATCCACTCTCTCAATTGGAAAATCAGCTCGTGTTCGGTTCTTCTTGGTTTGAATCTTTGTCTTTCGAGACAGTCTCTTCTTTTTTCGAAATCCTTCCCACAAGAGAAGTCGAATCCGGTGTATGGATCGACGGGTGAGTCTTGTCATACACTTCCTTGAGTTTTCGAATCGCTACGTGGGTATATATTTGGGTCGTGCTTAGAGTCTCGTGTCCAAGCATCTCCTGAACATGCCTAATATCCGCTCCGTTGTCCAGCATCCCCGTCGCAGTCGTGTGACGAAAGATATGCACCGCTTGCCGCTTCCTTACATCCGCCGCCTCTCTAAACACCGCAAAGAGGCTCGTAATACTCGCATGCTCCAGCTTCTTGCCGCTCTTACCTAAAAACAAATGGGGCTCGTCCGTATTCCGCAATAACGCGACCCTCGACCGCTCTAAATATCTCCTTACCCACGACAATGCCCTTTCACTGATCGGGATCAGTCTCGTTTTCTTTCCCTTGCCTTCTCGAACAAGAACCGTCCTTCCAAAAAAATCAATATCACTCACATATAAATTTCCAAGCTCCATTCTGCGTATCCCCGTCGAATACACTACCTCAAGCATCGCCCGGTCCCTGAGTCCTAATACGTTTTTCACATCCGGTACAGACAAGATCCTCTCCGCTTCTTCCACACTGAGTACGTTGTGCGGTATGTTCCGTTTCACATACCTCGGGATCTCCCAATCCAAAGAAGGGTCCACAAGCAACACGCGCTTTCTTGCAAGCCATCCGAAATATTCCCGCACGCTTGCAAGTCGTTTGTGTTTGTTGTTGTTCGAAAGCTCTTTTCCGTTGTATTTGTTTTTCAATCCGACTACCTGATTTCTGTATCTTTCCAGTAAAGACAAAGTTACTTCGTTCGGATACCGAATCTCTCGCAAAGCACACCATTCAAAAAAATCAATGAGGCAAGCATGCGTATTTTTTAATGTACTCAGGCTGTGTCCTTTTCCCGTCCGGTTCCTCTCTAAATAGCTGTAACAGTAGTTCTCAAAACTCCCCACCGGTGAAATTCGTAACGTCTCTAACTTCTCTTGCCAGCTCATTTGAATTCAAAACCAACCTGCAAGCAGCCGCACGGACAGCGTCCGGAAAAACTTTTTTGGTCCTAGAAGACCTTTTTTGGATGTGAAATCCGTGTTTTGCACGGAAACATACTCTAAACCCCAACAGAATGCGAGAGTGAGGGGGCGGCTACCCCCAGGCGAAGGGCAGGCGACCCCTAGGCTACCCCCCGGCGAGGTTGCCGTTTTGCTAGGCGAGGTTAGTCTTTTTAGGGGTGAGGTTTGCGTCAAACGTGCGGCAAAAAGCAGGTTTTCCCGAGCCTTGCTGGTAGGGATACAAACTGTGTGCATCCACAACGGAAATTTCTCCAAATTCCACAAACAAAAATATACAAGAAGTTCGGTATATTCGGATTCTTTCATACACTCTCCAACCTCTCTTCCTTTCTGGCAAGTCCTAATACCTCTCTCCAAGACAATACTGTGTTTCCTTCCACTAACAAGCCTGAGTCTTCGGAATCTGTTCCCCGTTTTTCTCCCGTTTCTCTTTCTTGGGCAAAAGAAAGTCCAAGGGCAAATTCCTCTCCTTCTTTTCCCTCTCCGTCGTAAAGGAGTTCGTATTCTGTGATTTGTCCCACTCGGCCATTGCGTACGATTAAATACTCAAGCTCTTCTAATCGCCTCAAGTGGACCCGAAGTCTTGTGTCGCTCATTCCGAGTCGTTCCCGCGCATCCCGTCTTGTAAAACGAACCTCGCTCTTGGAAATCTCTTGAGTTTCGCTCTCTTGCTCGACCATCGTATGAAGGGAAAACAAGACTTCCTTAGTCTGGGGTGTGAGTTCTTCGAGGGTTCTTCCCAAAATCTTGGATGCGAGAATACTTCCAAGCTCCAAGTCTTCTCTTGCCACCTCGATGTATTCAAAACTCTCTCCGTTCTCGTCCTTTCCTAATTTCTTTTCTCTTTGGTATTGGTGCAAGAGTGCGATCGATTTGATTAAGAGCTTGTCCCAAAACCTATTTCCAGGACATTCTAATTAAAATGATAGCAAATGCGATTTGGAATAATGCCTTATAATTTTCAAATTTGAATTCCCAACAAGTTTTTATGGCTCTAAATGCATTAAACCAAGCAAAAGTACGTTCGACTGTCCATCTAAAAGGATTTAGCGGAGCAATCCATTCAGGATTTCTCGCATTCTTTTTATTTGGAATTCGATATTGAATATTCTTCTTTTTTAAATTGTTCTTAATCGTTTTGTTAGAGTAAGCCTTATCTAAAGAAAGGATTTCTGGTTTAAGCAATTTTTTGTTTCTAAATACTTTGAACTTTTCTAAAGTAGGAAAAAGTAATTTAGAATCGTGAGTTCCTGCCGAAGCGATTACAAAAGCTACAGGTGCTCCACGCCGATCGACGAGAATATGCCTTTTAAGGCCTCTTTTGCCGCGATCCGTCGGGTTTGGACCCGTGAAAGCCCCCCTTTGGGAGCTCTTGCGAAGCTACCATCAGATGCCATTCTTTTAGTTCTAATTTTAACAGTGCGCTCATAAAGTTTTAATGCTTCTTTTTCAATTTTATCAAAAACTCCGCTGGCTACCCATTCCTGAAATCTTCTATGTAACGTTGATTTTGAACCGAACATCGGAGGTATATATCTCCATTGAATTCCTGTTCTTACCCTGTAAAATATTGCGGCCATCGCCACTCTATCATCAAGCCGAGGACGACCTCCTTTCTTGGAGTTTGTTTTACGCTTTGGTAGCAAGGGATGAAGACGTTTCCAAATCTCTTCAGGGATATCTAAATGACCTAAATCTGATTTCATATGTCATATCTATTTCCTGAGACTACAAGTACAAGGAGGTTTTGGGACAACCTCTAAGGTTAAATATTTCTTTTGGTCCCGGCGCATCCTGAGTTTTGTATCCGGGAACTTTAACTCTTTTGCATACGGGTTCACAACCACTAAAGGACGAAGAACCCTTTGTATATTCTTGTGGAGTTTCAAAATCTTCTCTTTGTCTCTCTTCTTTACGATTCCTTCCAAGGTCTCCAGTTCTCTTTGAATCTCCAGGATCGTTCTTGTTTGTTCTCTTCCTTCGTTCACCGTGAGAATGAGACATCGGTTCTCAAGCTCCTCATCGATCTCCAAGTTGGTGGTTGTGAGGAATATCACGACCGGTCCTTCCACGCTGTATTCTTCCGTCACAGTTCTTCCGGTGGTCGGGTCTTTCATTGCGCTTGCGATGCTGATTTTCTTTTCACTCTGCAAAATCTTTAACGCATACTTCGCTCTCTCAGCTCCTTCTTCTTCCGAGATCGCAAGAACTTTGTTTTTGAGATTGGTTGTGGACATATAGAAAAGAGATTGGCCGGTCATCGCTGAATACTTCTCTTTCTCTTCTTCCGGCACAAAGTCGAGGACCGCATCCATCAAAGTCGATTTACCTGCCGACGAAGAAGATTGTATGATAACTGCCAAAGGATTCTCCGTTCTTCTTGTGATACTCGCAAGATACCCCACAAGTGAATTCACTCTCTCTCCCACAAGCCCGCATCTCTCAAAGTCCATTAAGATATTGTAAAGTAGGGATTTGTCTTCTAAATACAATACCGCTTCCGCCCTTTCCTCGGGGGTGAGCTCAACTTCCGTCTTTACGTTTCTTTCTTTTTCTTTCTGGTTCAATACATCTTCTAATACGTTGATGAGTTTCCCCAGTTCCTTCTTGATCGTTTCCTCTTTTTCTTTTAACTCGTGGGTGGCCGTCCCTAAATACGAAGTCCTCGCTTTGTAGCTGAGTAAGTCCACGTTGTCTACGTGATACCTCTCTCCTTGGCTTACCTTCAAAGTCACTTTCAACGTCTCAAGGCTTGCGTTGTTGCGAAAGAGTCCTTTCGCTAAATACGTTCTTTCTGGGAAATCTACTTGGACTTCTTCTTTGGTGACCTTTACTTCCGGTTGAGTTTGTGTTTGGGAAGCGGTCAGGGCGGCCAGTCCTTCCGAGGTCAAGAGCGGTTCTTGTGGCCGCGCGGTGGAAAGAGTTGTTTCAATGGGAAAGAATTCTTGGATTCGTGGGCTTTGCTCTTCCTCTGTTAAAGGAACGCTCTCCTCTAAAAGTCCCAAGAGTGTGTCTTGAACTTCTTCGCTTCGAACCGCCACTTCGTTCACATCCATTCCAAGCGGTAACAACACTCGATGGATTAAAATTCCTTTGTCTTTCAGTCTCTGATATACAGAAGCAGCTCCCTTGTCTCCTGCCGCGTCCGCGTCATACGCGATGTATATCTTTTGAATTTGTTTTTCGAGGATTCTTTCCTGGATTACTTCCGTGAAGCCTTCGATTCCATAACTGCATGTCACGTTTCGGATTCCGTTCTCCCAGAAGGTAAGCGCGTCGAGAATCGATTCGCAAAGCACTAACTCTTTCTTTTCAAACGCGTCTTCTTCATTCCAGATCCCTAAATGTCTGCCCGGTAAGTAAAGATGATTGGGAATCGCTACCTCTCTACTTGCTACGACTCTTCTTCCATACATCCCGCAAAGTTCGCGGCCTTGCGTGAAGATCGGAAATACGATTCTTGCCTTGAAATACTCATTTCCACTCTCTCCAAAAATCCCGAACTCCTTAAATACCTCTCTCGCTCTTCTCCCTACGTTGCTTCCTCTCGATGGCAAAATCTTTCCTAAACTTCCATCGCTGTAACCGATCTTAAATTTGGATATCGATTCCTCACTTCCCACCTTTCTCGTTTGTAAATACGAGAGCGCGTTCCTATTTTGTCTCAATGTGCTTTCGTAATATGCCAAAGCCTGAAAGATCAGTTCTCTTTCTTCACTATTTAGTTTCTCCGTCGTCGGGATCTTTCGTCCTAACGCCTTCTCCAATGCCACCGGTGTTTGAGGTTTACCTCCCAGAGACACCGGCCGCGGTTTGAACTTGAGTAGCACTTCTACCGCTTCGTTAAACCCCAAGCCTTCCCGTTTCATCACAAAGTCGATCGCGCTTCCGCCCGTCTTGCAAGCTCCCATGCAGTGCCACAGATTCTTTACTGGCGTTACGATGAAAGACGGCGTGCGGTCGTCGTGGAACGGGCACTTTGCTACCCAGTTCGTTCCGTGGTTCTTCAGCTCGATCCCATAGCTGCGGACAAGTGCCAGGAGGTCCGTTTCCGTTTTCAGGCGGGTAATCTCTTCTTTTGGAATAAAGGGCATGGGGCGAGGCTCCTTTGAGGATACAGTATAAAGGTTGAATAACAGGGCAAAAGATGATTCAATCAATTGAATCAATATATCAATCTAAAGACTGTACATGACAAGAGAAAATTTACCTTTCTACTCGTTTTTTTCTTCTTTTTCAAGAATTACTTTATATTTTTTCAAATATATACAGCCTCTACGCTCCATGTATAAGGATTGAATCATGCCGTCTTTTGGTGATAAAGTTAAGAAATTAAGAAAGGAAAAGGATTGGTCGCAAGATGAATTCGCCGCTAAGATCGGAGTCCATGGTCGACACATTGGAAAATATGAAAACGGCTCAACCATGCCAAACTCTGAGACGGTCATTAAGATGGCGAAAGTATTTGAAGTCTCAACAGACTATTTACTTTTAGAAGAAGGAAATGCAAACCCTGCCTCCAAAATTAGAGACCAGGCTTTACTCAAAGAATTTGAAATTGTAGATCAGATGAGCGAAAAAGATCGAGAAGTCATTAAATCACTCATAGACGCTTTCATCAAAAAAGGACGAATGGAACAGGTTTTAGGAAAATAATAGAATAAAAATCTAAAAAAAGTTCAAATCGCTAAAAGAAACATATATGATACCAAATCAAACATCCATAGTTTATTAAATTTACTGAATATAATGAACTCTTCCATGAAAGCAATTCATCCCAAATTCATCACAGACCATAAAGGCAAAAAACTCTCAGTCGTTATTTCAATCAAAGAATTCAACACTCTTTTAAAAGAACTCCAAAATGCACGTCGTAGTCGGGCAAATGACAAAGAACCAACTAAAAAAGAAATCCTCGCAAGTATCAAACAAGGGATGAAAGAGGTCGAACTCCACAAACAAGGTAAAATAAAACTTAAATCCGCTAAAGAATTGCTCGATGAACTTTAAAAAGAACAATCAATGATTAGAACAAGAATCACTCCCAAAAACACAGATCTCCATCTTTCCATTCCGGAAATGTATGTAGGGAAAAATATCGAAGTCCTCCTTTACGCAGTCGATGAAATCAAAGAAGAACCAAAAAGCCCGGTTACCATGAAAGACTTTCGTGGAACGCTCTCAAAAGAATCAGCCGCTAAACTCCAAGAAAAGATTCAAAAAGAAAGAGAAGAATGGAACTGAAATTCCTTCTAACATTCTAAATACAAAAAAGCCGACGCTCCCGCCGGCCAAGTTTGGTACACGTTACACTTTCGATTTTAAAAAATATTTCAAACTCGAAGTCGTTTAAGAACCAGCCAGCTCGTATTCAACTATTCTGATATATTTAGAAGTATGAATCTGTCTTACCGTTTCTTTGATCTTTTCCAAGTCCTCAAACGGAACTTCCACTTTTACAAGCGATCCACTCTCTGTATCAAAGTAGACGCAAGGAACTTTACCGTCCCAAGTTGTATCCACATACATACGGCGGCCCGTCGTTTTGCTTCGGACCGCTTCGCCCAAAGAGAAGCTCGTTCGAGAGGTCGGGAAGTGTGGTTCTGTTCGGTCTTGCATTGTTGGAGGGTGTTAGTTTGTGTGTGATGGCTCAGGATATCCGGACTAACCTCTTTAGCTTTCGCAGAGAAGATACACCGTATTTAAACTTCACATTCGAATTAAAATATTACCTTTATTCAAAGCTGGTATTAAATCTTTAGCATCCTCAGGCAAGCCGCCTTCTCTGTATTTTTCTGAATCAATTATTTCAATTGTATTGTTAGTTAGAATCTTAACTGTTAAAATCTCTTTATTATTCGAAATAACCTTCATTAAACTACCATTCTTAATATAAGAAATGTTATCGAATTCGAAGCGGCCAAAATCGCCATACGGATTCAACAAAACTTTGTTAAGTCGAATTTCTAAAAAAATAAATTGAGAAAAATCTTGAGGGAAGTAGCTGAGTGGTAATTCGGACCAGGTTCCAGATAATTCAAATTTATTCACATCTTTCGTAGAGTCGTTTTGTAATGAATTTACTGAGGAACTTAAAGTCCAACCTTGAGTATTATTTACCTTTACAAGAGACCATTCAAATTCTTTTTCCTCCGCACCAAGAAAGTCAGTAATCTTAACGATTTTTTTTTCTTTAATCTCGAATTCATTTCCTTTCACTAAAGAAGAGACAACCTCACTCCCGGAGACTGTCTCTTTGTATAAAGGCAATTTTACGTTGGATGAAAATTTCTGTTTTTCAGAAGCAAATTTTGAACATGCAACAACTAATATAAGCAAAAAAATGATTCTTTTCATAATTTCTAATTTTTACCCTCAAATTTATTCCAATCAAAAAGCATTGGATCAGTTTCTTTTAACTTACCATTCGTAGGTTTGTAAATCGTAAAATGCATATGTGGCCCTCCTGGAGTGTTTCCAGATTGGCCGGATAGTGAAATTAAATCTCCTTTTTTTACGATTTGACCGGGTTTAACAAGAATTTCTGAGTTATGAGCATAATATGTATATACCTTTTCTCCATTCGCATTCGTGTGCTCGATTGAAATTGTTGCCCCCCCTTTATCGTTTTTATTCACTTTATTAGGATCGCTATTTCTTAGAAAATTATCCGGTTTATCATGAAGTAAAGAAACTTTACCATCCGCTACAGCTACAATAGGAGTTCCAATCGGAGTCATCAAATCAACCGCACCGTGTAATTGATTTGTTCGAGGTTCAGAGAAGACGCCATCTCTTCCTTCTTTAAATGGGATTGGTGTTCTGGCTCCATTCGAATATTCAGTTAAACCACCGCCTTTACTCGTCGTATTTGAATTTGTCTTTTCCTGATTTCCCTTGTCGGCCGGAGCCCTTAGCTCGGCTGATCTGTCAGACTGTTGCTTCAACCCAGCCCTTTGGCTTTCTAAATGTTTCAATTCATCCATTTTTTGGGAAATGATTTTCGCCGCTACTTTCTCTGGAGTGATACCGGATTCATCCATTGCACCGTTACCACTTGCAAGTGAGACTCCTTCTTCAAGCTCTCTCTTCAATTTAGAAATTCTTTCATCTAAATTATGCTCAGGAGAATCAGGTTTTTTAGAATTATTCGGATCGGAGGACGTTCCATGACTTGCATCTCCGTCACCGTCATTCTTTCTCCCCGCAACCTCAACTCCAGCCCCTGCGATCGCCGCTGCTCCAGATTCTTGATTGTTCCTATTTTGAGCGCCTCTGGATGCTTCTTGCGCATCCGCGTCTTCTTTCGCTTTTCCGGAAATAAAGTCGGCCTTCCACTTGTCGGCTAAAAAGTTCGTGTTTGCTTGGAATCCACCTGACTCACTCCAGTTTCCTGCATTGACTCCTCCCGATGCGTTAAGCGCTGCTGATACTCCGTCTCTTTGATTGAAACTTAAAGTTCCACCGGCTCCTTTCATTTGATTTGCAAGTGAATTCTTCGCTTTGTCTTTGTCTCCAGGAGCTTCGTATCCGATGTTTCCACCGACACCACCTTTCTCGCTCCAACTGATTCCGCCATTGACTCCATTACTAAAACTTTTACTAAGGCTTGCACCAAATCCGTCTCCTTCGTTGTAACTGAGTGCTAAGCCCGTTCCGTTTTGGGATGTAAATCCCGCGTTTCCACTTACACTTCCTGTTTTACTGTTGTAGCTCAGTCCTGCGTTAAATCCGCCTTTTGTTAAACCGACATCCACCGATGTTCCGCCTCGTTCGGAGATGCCGACGCTCACTGTGGCAGGTCCATAGCCGACTCCTACGCTTGCACCGAATCCGTTCTCTGCGGAGTAGCTAAGGCCTACGTTAACCGCTCCTCCGGTAAAACTTTTGACAGCAGCTCCTGCAGCTCCACCCACAGCACCGACGAGCGCACCTTTTAATCCTCCGCTTGCAGCTCCTGTGGCGGCACCCAGGCCTGCACCCACTGCCATAGCGACCATCAGAGAAGCTCCGCCGGTGAAGGGCGCTGCCGCTACTGCTACCACTGTTGTCACCATTTGGAACTCTTGGCTTTGATACCATTGTTCTTTCGGTTTGTTCATCTTCTCCATCTGATTGGAGATAAGCCATGTAGGTAATCCGGTTGCTTTCGAAATTGCGTTTACGGTCTCGTCTTTGACATACGCTTTCACTGCGTCTTTCATGCTACTTCCACCGACAAGTGCCCCTACGAGACTTGCAGGTAATCCAGTTGCTTCGGCCACGGCTCCCGTTATGCGGCTTTGTGCTTCCGACTTCACCGCTTGGGTAAATCTTTGTCCCATGCTTCCGGATCCGCCGTTCATTCCATTCAAAATTGTAAATAGAAATCCCTTGCTTTCCTTATCCGCGTCATTCGCCTTTGCTTGTTTCTCGATTCTATTTTGAATGTCTTCGGAGTAGACGGCATATTTTTGATTTACGTTCGAGAGTTGACTCTCTGCGTTTTGAGTTCCCACTAACTTCAAGTTGAAGTTGTAGCCTAAATTCGATATATCAAATCCGGATGTTACGATCAAATACTGCATTCCGTAGCTAATTTCTACAGGTATGCCTTTGACGCTCACCGAGCCTTTGAGTTCTCTGCTTCCTCCAAAAACTGTGTCGTCAATGTTTGCTCCTTCATACATCGCTTTGCCGATCTTCTTCATATCTCCGCTTTGGCCTTTGAAACTTTCTGTTCCGAAGTTGTATTTCGATCCTTGTTCGTGATAATTTTTGAGTCCTCCCATTTCTCCTTCGAACATGCCTTTCAAGTCGCCTGGTAAAGCTTGAAAGGAGGCTACCGTTGTATCCCGATTTTCTTTGTAGAGTTCCTTTTTGTAGTCTCGGATTTCTTGATTCTGTGCGTATTCTTCTTTGATCTCGTTTGTTTTGTCGCTGAACTGAGCAAACATCGTCTCCACGTTCTTTTGGAGATTGTCGATGTAGTTTTTAACTCCCAGTACCATTTCCGCGTTGAATCTTGTCGCGTTTGGATTCATCATATCCACGCTCAAGTTTCCTGGATTGAATTTTGTGTCTATTCTAATATATTGATATTCTAAATCGGGAGAATAACTCGTGCTCTTCATCGCACTGCCGTCGATTTCGATTTCTCCGCTGTAGATCTGTCGATACGCGGATATTCCTTCTCCATCCGTTCGGAAAGAATATCCTGCGTCTCTGAGATATTTGTAATCTTCTCCGTTCGTCAGAGCTTCGAGGAGTGTCTTTTGGAGTTGGTTACTTCTTTCTTCGTTGTCTTTTTGAAGTTTCTTTGCGTAATCGTCTAAGTATTTGGACACTGCGCTGTTTGCTGCCAAGTTGATTGCTTGGCTGCTTCCTTGGAGTAGGGTTTGTAATGCATTCAAATCGTTTTGGTTTGTCACAAGTGAATTCATGTGGGCAAGTAGTTCGTCTGCCTTTTTTTGTTTTTCTTCCAGCTCTTTCTCTTGTGCTTGTATGTATTGGCTCACTCCGTTTGCGCTTACTTCTTGTGGGAGTGTGCTTTGTATGCTTGCGATCATTTCTTGCAATCCATCCAAGAGTCCTTCTCCGATATTACGGTTTGCTAATTCTTTGGATTCGAGTAGCAACCGTTCCACTCGTTCTTTGTTTTCTTCTCCTTGTTTGTTTAGGTTTGTCGCCGTTTGGATCATTCCTTGGATTTGGTTGTAACTTTCTCCTTCGGAAATAATTCCTGCTACAGCGTTTTTTCCTTCTTGGATTTGTTTTTGAACTTGAGTTGTATTTTGAAAGTTTTTGTTGAGTAGGTTATCTCTGTAACTTAGGAAAGAATTTTTGGTATATGTCAATCCTCGGTTGTCTATTTCACTCGTAATTTCTTCTCCCAAGTTGTAGTATTTCTTTTTTAAATATCCTAAAGCGTTGTTTTTTTCTCTCACCGCATAACCAGTGTATAGCGCTGCTTCGTCGAATTTTGCTTCGCTTCTTGCTTTGTCTGCTAACTCTTGATATCTTTCGGATTTCTCAAAGTATTCGTTTGCGGTTTTTAAATATGTGATCTCTTCATCGACTACTTCTGCTTGTAGTGTTGTCGCGACTGCAATGTCTGCGATCATGTTCGTATACAAGGTTTCTTTTGCTTGGCTTGTGTTGTTGCGACCGTTAAAGTTAAATCCTCCGTTGGTTCCATTGATTTCATTTTGCCAAAACGTTTGGTTTTGTCCGCTCGTTGTAATTTGGGTTTGGAGTGTTTGCAACTCTATATTGTCTACGATATATGCCCCGTTTCCGTAAATCGTTTGTGCCAGTGCATTGATTCGATTACTTGCGCTGAGTTCTGCTGTTTTGTAGGCTTCGCTTCTTCCAAAAGAATCCGCGATTGTTTGAGAGAGGTTGGCTCCTTGTCCGTTCCAACTTGTTTGGTTTTGTTGATTCGTTAATGCTTGTTGCATTACGTTTCCTGCCGCTGCATATTGATACGTTTGATACAAACCTGTTGCTGCGTTGTAAAGCCCGGTTGTATTTGTCTCCGAGTTTGTAATTTGTGTTTGTAGTTGGTTTGCTTGCGGAATTGCGTTTGTTTGGAATTGTGTTTCTCCGTCAGTTGCAGTTACCGCTTGTTGTAATATATCTTTTGCGGATAAATACCAGTTGAGTTCCGATTGTTGGAAGATTGATATCGTATTATCCCAATTCTCTTGTCCGCTTCTGTATTGGCTATTTGCGTTATCCGCGCTTCCTGCAATTCCTGCCATTTGGTAACCGTAAACTTCTGTGACCCAGGCTCCTCTTGCCGCCTTCATGAGATTAATCTGATTATCATAGTTGGAAATCGTAGATTGTTTCGTTTGTTCCAGTTCTAATAGTTTTGCTTGGTATTCTTCTTCGTATGTTTGCGATCTTTCTTCCCAGTCTTTCAACGGATTGACCAAGGACAAAAATGTAGATGCAATATTTGTAAACTGAGTTTTCATACTCGTCCAAAAGTTCTGGTTTGCTTGCATCGCAGAGTCTATGTATTTGTATTTCGTTTGTATTTGAACTTGGTTATTCAATCCCAACGATCCATACCAGTTGGAACTATTTAAAGCGCTTCCTCCCAAATATACTTTTGTTTCCAATGCAACACTCGATCCGGAAACTGCATTTCCCGCTTGGGAGGATTGTCCAAATGCTGTATTATAACTTCCGAATATTGCATTTCGAATATTATTGTTGTTTGTTATCTGTTGTTGGTTGAACGTCCCGCTTGCAAATACTGTATAGTTTTGGTCGATAACTGTGTCTCGGGTATATCCGCAGAATTCGAATCTGTCACCACAATAGACACCGTTGGACTCGTAACCTCCAAATCCACCGACACAAGTTCCGCCGAAATCCCATGCTTGACAACTGATTTGGTAATGTGAGTTTTCAATATATGCGGACGAACCATATGAACCTTGGCCCACCGTGCCGGTTTCATCCGATTGATAGACCAAAGAACCGCTGCTCGCTCTCCATCCATATACACTTCCATTACTGTTGTATACGATCGATCGATTCCCACTGGCTACGTTGTTACATCCTGATCCTTCATAATTCGTACAGCTTATGGAAGAGTTCCCCACGATCTGAGAATACGCAACCGTCTGTGTCGCATACGTCTCTTGCCATTTGGTAATATTCCAGTAGTCGGCTTTTGCGGTTGCGTTTGAAATCTGACTTTGGAAAAAATTTCCCAGTGTTTGCGCTAACGTGCCGAGGGATGCGTTAGAATTCAGAGCATCCTGTAGATCTTCCAACAATTCGTCCATGTCCCCAAACACGGATGTCAAACTCGGATCACTCGATGCATTTGTTTTCAATTGATTTTCTTGAGAACGTATATTTGTAATTGTGGATTGAAGCGCGTTTCTCATTTGGCTTTGAGCGTTTGCAATCAATTGTTTGTTCGCCAACCACTGGGCTTTTGTTTGTTCGATTCCATTCAAATAACTTAATTTATCATTTTCGAGTCCTGTAATCGATTGATTCCATTGCAGGATTCCATTCTGGATCGCATTTAAGGAATTCTGTTCCCAGGTGTTTTGTTTGTTAAGTAAATCCTGCCATTTAGAATCCCAGAGCTGGGTTCCTTGGTAATAACTCTGTGCCGCTTGTGCGGGGTTTGTTGCTTGGGCGGCAGGAGTAGTGGTTACAGTTTGCACAGTCGGATTGATCGTATTCACCGCATTTGTGTTCGTCGATGTTACGTTGTTCGATGTGTTTTGGGATAATGTCGCTAAAAAGATTTGTAACTCTGCTTGTATGTACGCGTTTACGTCCGCGATCCATTGGTTCTTTGCCTGTTGTTTCTGCAATTCCAACTGAGCTCTTACAGCGTCTTTGTAAACATTTACGTTATTCACCGTGTCCGAGTTATTCACTCCACCCACGATCGCTTCTATCTCCGCGTTGACTCCCGTTTCCCAAGCGGCTTCTAATACTTGTTCTCCGTTGTTCACCGAATTTAAAAACGTTCCCGAATCCGTGGCTCCGGCTTTTGCCGCGTCCACGTAAGGTTTTAATTCGTCGTTTGCAAATTGTTTTGTCGATCCAAGCGTCGGCACACTTTGAGCGTCCAGAGAACTGGAGGACAAAAAACTGAAAACGGTCAGAGGTATGACAAAGGATATATGAAACGAAAAGATCGTGATTAAACTTACGATCTTTGTTTTAAAGGAAAAACGATTCGGAGAACTGACGACTGAGCACGGAAAACTGGGGACAGTGGGGCGAATTTTTCTTCGCTTCCGCGAAGAAAAACCGCGCTCTTCGCTCCAATCTGCATCGCAACATGTTAGCATTTCCGTATATTCCAGTTTCATCCTTCAATTCATGTTGCGTCGCAGGATTTCTGCTGCGATCGCTTTCGCTTCGTAGTTCGATGTTTGGTCTTTAAAACTCAAAAGCTGAATTCCAAACCCGTGATGCAACTTTTCCCCCGTTTCCGTCCTCTAAAGACTCGAACAAGATTGAAAAAATTTGTGATTTGTGTCAATTATCATATCACTGACAAATAACAAAAATTAGGCGTTCAGCAAAAAAAGATTCATATTGTGATGAAAATATTACGATGTATTCACAGATAACATGCAGACAGCGACCCATTCATCAGTCATACTTCCTACAATCCCTAAAAAAAACAGGAATTCATACGATACATTCTGGAAATTCAATGTCGCTAACGGCGTTATTACTTCCGAGCAGCTCAAAGGGTTACCGAAATCCACCGTTCACTCTCTAAAAAACAAAGATCCAGATTCCTTTCGTCATATCTACGGGTTTCGGTTTAACGGGATGGAGCCGAATCTTCAAAGAGAAGCTAACTACCTTTCCATACGCTTGGAAAACTCTCTTACCCTTCAAAAAGGGATCATCGCTCTTGCAAAAATCAAACTATGTCTTCTTCAGATCAAATCTCTTCCGAAAAAGATGAAAAACTCAATTCAAGTTAAAGAAAAAATCGTCCGTACCATTCAAAGAGTAAGGGACGACCTTGGATTCGAAAGAACATTAAGGAAGTTTCATATCTCAAAGTCCACTTTTCACAGCTGGTTTTTCCAAGTGCGGTTCCGATGTAGTAGTTCCTGGGAAAAACTCTGCCACAAGCGGTTTGTCGGTCAGATTTCAGTCAAGGAAATCGATTCTTTAAAAAATCTTCTTTTGGAAAAAGCTACTTTGTTTTGGCCTCTTTCTTCCATTTGGGGATACGCTAGAAAAAACGACATTCTGCATTGCAGCTTATCTTCCTTTTACAAATGGGCAAGAGTGATTCGTCCCGAACTCTTTTCAAACAAGTTTAAGAAGCTAAAGAAAGAAGGTTTTAAAACCTACCGTCCCAATGAAGTTTGGCATTGCGATATCACTCAGTTTGTCACCAAAGACAACGTCAAATCTCATATTTACATCTTGATTGATAACTTCTCTAAGATGATTTTAGCGTTTAGAGTCGCTGCCCAAGTCGACAGCGACATCTGTGCTTCGTTAGTCGAGGAAGCCATTTCCAAGTATCAAACCTCTTTTTCCAAATTGACCTTACCCGATCTTTTTCCTTTAATCAATCTCAATCTTTCTAAAGAATCTTCTTTCGTTCATTTGATGACCGACGGGGGGCCCGAAAATCAAGGCGCTCTCGACAGAATGATTTTTGATTACAAGCTTCCAATCAACAAAATTACCGCAGGTAAAGACGTTTCATTTTCTAACAGTCCCATAGAGGCAATCCACAAAATCACAAAGTATCAGTGCCTTCATCATTTAGATATTCCTAATAGACAATCTTTGATTCAAAAATTGTCCGAATGGATTCCCATCTACAACGATCAACGGCCCAACAGAGCCGGCCGTTATCTACTCACTCCTTCCGAAATCTTTCGCGGTAAATCCATTGATTCTAATTTGCTAAACCAACAATCGAAAGACGCTAAAAAACAAAGATACCTCCTTAATAAAGTTACATCCTGCGGAGTTTGTTAGAATACAGGTTTCAAATCCGGTAATTAACCCAATCATCATTTACACTTTTATAATGTGATGTCTCTCTTCACATCATCCCTGCAACTTTCATGCCGGTTCACTTTTGTGAACCGTTTAGTCCAGTTTGCACTTGGAATGTGCTCGGAATCACTGAGTTGTAACACCAGCCTTCGGCAATCCCTTTCTCAGCTTTTTCAATCCTTGTTCGGAAATTTCCGTACCAGACAGCTCTAACATTGAAAGTTGTTTCATTTTCAACAAATGAGGAATACAGCCGTCATCAATAGTAGTAATTTCATCTAAATGAAGCCGAGTAATCGTTTTACTTTTAGAAATATGTTCAATTCCTTTGTTGGTTATTTTAGTTCTTAGCAAAGACAGAGATTCTAATTTTGGAAGCGTAGAAATCTGTTTCAACCCTTCATCTGTGATTTTGGAATCGCTTAAATTCAATGTGTCCAAATTGGGAAACACAACAAGGTATTGCATTCCTTCATCCGTCATTTCCTTCATTCCTAAGTTATCAAATTTCTCCGGTTCCAATTTTTCTTCATATTGTTTGAAACTTGGGCTGATGGAGCTGTAATACTCATATGCCTTTTCTTTCAGACTTTTTTCCGCAAAAATTCCCATAGTTCCCGCCAATCCTAAAATTAAAATCGCTATCAACTTCGTTTTCATCAATTTCCTCCAGTTAATAAATCTAATGCTTTCTTCTTGTAATGACTTGTATAGTCAAAAGCGGGCAATCCTTGAGATTGTCTTACCTCTGGACCAAACGTCACACCTTGAATAAATCCGGAATGTGTTTCGGCGTTATCTACTTTCGTGTGCATATGATATGCCGGTGCGGATAACATTCCAAATCTTGGACTATTCTTGTTTGTATTGATCGATACAGCCATGTTTCCTGTAATTCCTGTATATCCAATCGGAGTTCCGTACGGCAATGGAGTTTTGTTTTTGAAAGCATTATACGCTACATCCGGCATTTGATTCAGAACATGTCGATGATATTCCACGATTTTCTTACCATTGATCATAGTTTCTGTTACGATTTCGTTACCGCCTAAGCTTCGCTTATTTATTTCCTTTATCTTAAACGTACCACCTTCCGGACCCCAAACCGATTGCGCCGCTCCTTTCGCTGCATGATAATCCCCGGAGTAAACTCCATTAGCTTTGTCAGTATGTAATTCCGTTTGAGTCCAAGGAGCTTTCACTCTTTCGTTTGGATTGGTTGGGATCAACGTATGATCCGCTCCGAGACCTTCCGTTCTGTAATACAGCTTTCCGGTTTTTTCATTTCGGATCAAATTGCCTCCGCTAGTTCCCGATTCAAGTTCCATGTTGATTAGCTTTTTGTGATAATCAGGATGCATACTTACATCGACTTCGCCTTTTTGCAAATAAGGCTTTTCACTTCTTTGTTTGTCTAAGTGATTTGATATTGCATCTTCACCAACTCGCAAGTGACGATCGGAGGCGCTTTCGGTTGAGTCCGACGCACCATATGCAGCACCATCTCCGATATTCTCGTGATGCAGTGACTGCATACTCAGCGTTTCATTGCCACCGAACGCGTTCTTAGCACCATCCCAAGCACTTGAGGCAACTCCGACAACGCTGTCGATTGCTCCATCGATCTTGTTACCAACCCAATCCAGACCGCCGCCTAACGTCTCAGCCGCCTTACCCAGAATGTGATCGAGGATTCCGTCTTCTTCTCTTCTTTGAGTTTCAATCCCTGCACCCGCGATCGCCGCTGCTCCAGATTCTTGATTATTTTTGCTTTGCGCGCCTCTGGATGCTTCTTGCGCATCCGCGTCTTCTTTCGCTTTTCCGGAAATAAAGTCTGCCTTCCACTTGTCGGCTAAAAAGTTTGTGTTTGCTTGGAATCCTCCGGACTCACTCCAGTTTCCTGCATTGACTCCTCCCGATGCGTTAAGCGCTGCTGATACTCCGTCTCTTTGATTGAAACTTAAAGTTCCACCGGCTCCTTTCATTTGATTTGCAAGTGAATTCTTCGCTTTGTCTTTGTCTCCAGGAGCTTCGTATCCGATGTTTCCACCGACACCGCCTTTCTCGCTCCAACTGATTCCGCCATTGACTCCATTACTAAAACTTTTACTAAGGCTTGCACCAAATCCGTCTCCTTCGTTGTAACTGAGTGCTAAGCCCGTTCCGTTTTGGGATGTAAATCCCGCGTTTCCACTTACGCTTCCTGTTTTACTGTTGTAGCTGAGTCCTGCATTGAATCCGCCTTTCGTTAAACCGACATCTACCGATGTTCCGCCTCGCTCGGAGATTCCCACTGTTGCTGTAGCGGGTCCATATCCGACTCCTACGCTTGCACCAAATCCATTTTCTGCGGAGTAGCTGAGGCCTACGTTAACCGCTCCTCCTGTAAAACTTTTGACAGCAGCTCCTGCAGCTCCACCCACAGCACCGACGAGCGCACCTTTTAATCCTCCGCTTGCAGCTCCTGTGGCGGCACCCAGGCCTGCACCCACTGCCATAGCGACCATCAGAGAAGCTCCGCCGGTGAAGGGCGCTGCTGCAACCGCTACAACTGTTGTTACTATTTGGAACTCTTGGCTTTGATACCATTGTTCTTTCGGCTTGTTCATCTTCTCCATCTGATTGGAGATGAGCCATGTCGGTAATCCGGTTGCTTTCGAAATTGCGTTTACGGTCTCGTCTTTGACATACGCTTTGACTGCGTCTTTCATACTACTTCCACCGACTAAAGCTCCGACAAGTGAAGCCGGTAATCCGGTTGCTTCCGCAACGGCTCCCGTTATGCGGCTTTGTGCTTCCGACTTCACGGCTTGGGTAAATCTTTGGCCCATGCTTCCGGATCCGCCGTTCATTCCATTCAAAATTGTAAACAGAAAACCCTTGCTTTCTTTCTCCGCGTCATTCGCCTTTGCTTGTTTTTCGATCCGAGACTCAATGTCTTCGGAGTAGACGGCATATTTTTGATTTACGTTCGAGAGTTGACTCTCTGCGTTTTGAGTTCCCACTAACTTCAAGTTGAAGTTGTAGCCTAAATTCGATATATCAAATCCGGATGTTACGATCAAATACTGCATTCCGTAGCTAATTTCTACGGGTATGCCTTTGACGCTCACCGAGCCTTTTAATTCTCTGCTTCCTCCAAAAACTGTGTCGTCAATGTTTGCTCCTTCATACATCGCCTTTCCAATCTTCTTCATATCTCCGCTTTGGCCTTTGAAACTTTCTGTTCCGAAGTTGTATTTCGATCCTTGTTCGTGATAATTTTTGAGTCCTCCCATTTCTCCTTCGAACATGCCTTTCAAGTCGCCTGGTAAAGCTTGAAAGGAGGCTACCGTTGTATCCCGATTTTCTTTGTAGAGTTCCTTTTTGTAGTCTCGGATTTCTTGATTCTGTGCGTATTCTTCTTTGATCTCGTTTGTTTTGTCGCTGAACTGAGCAAACATCGTCTCCACGTTCTTTTGGAGATTGTCGATGTAGTTTTTAACTCCCAGTACCATTTCCGCGTTGAATCTTGTCGCGTTTGGATTCATCATATCCACGCTCAAGTTTCCTGGATTGAATTTTGTGTCTATTCTAATATATTGATATTCTAAATCGGGAGAATAACTCGTGCTCTTCATCGCACTTCCGTCGATTTCAATTTCTCCGCTGTAGATCTGTCGATACGCGGATATTCCTTCTCCATCCGTTCGGAAAGAATATCCTGCGTCTCGGAGATATTTGTAATCTTCTCCGTTCGTCAGAGCTTCGAGTAACGTCTTTTGAAGTTGGTTACTTCTTTCTTCGTTGTCTTTTTGAAGTTTCTTTGCGTAGTCGTCTAAGTATTTAGATACCGCGCTGTTTGCTGCTAGGTTGATTGCTTGGCTGCTTCCTTGGAGTAGGGTTTGTAATGCATTCAAATCGTTTTGGTTTGTCACAAGTGAATTCATGTGGGCAAGTAGTTCATCTGCCTTTTTTTGTTTTTCTTCCAGCTCTTTCTCTTGTGCTTGTATGTATTGGCTCACTCCGTTTGCGCTTACTTCTTGTGGGAGTGTGCTTTGTATGCTTGCGATCATTTCTTGCAATCCATCCAAGAGTCCTTCTCCGATATTACGGTTTGCTAATTCCTTCGATTCGAGTAGCAACCGTTCTACTCTTTCTTTGTTTTCTTCTCCTTGTTTGTTTAAGTTGGTCGCTGTTTGGATCATTCCTTGGATTTGGTTGTAACTTTCTCCTTCGGAAATAATTCCTGCTACTTGATTCTTTCCTTCTTGGATTTGTTTTTGAACTTGAGTTGTATTTTGAAAGTTTTTGTTGAGTAGGTTATCTCTGTAACTTAGGAAAGAATTTTTGGTATATGTCAATCCTCGGTTGTCTATTTCACTCGTAATTTCTTCTCCCAAGTTGTAGTATTTCTTTTTTAAATATCCTAAAGCGTTGTTTTTTTCTCTCACCGCATAACCAGTGTATAGCGCTGCTTCGTCGAATTTTGCTTCGCTTCTTGCTTTGTCTGCTAACTCTTGATATCTTTCGGATTTCTCAAAGTATTCGTTTGCGGTTTTTAAATATGTGATCTCTTCATCGACTACTTCTGCTTGTAGTGTTGTCGCGACTGCAATGTCTGCGATCATGTTCGTATACAAGGTTTCTTTTGCTTGGCTTGTGTTGTTGCGACCGTTAAAGTTAAATCCTCCGTTGGTTCCATTGATTTCATTTTGCCAAAACGTTTGGTTTTGTCCGCTCGTTGTAATTTGGGTTTGGAGTGTTTGCAACTCTATATTGTCTACGATATATGCCCCGTTTCCGTAAATCGTTTGTGCCAGTGCATTGATTCGATTACTTGCGCTGAGTTCTGCTGTTTTGTAGGCTTCGCTTCTTCCAAAAGAATCCGCGATTGTTTGAGAGAGGTTGGCTCCTTGTCCGTTCCAACTTGTTTGGTTTTGTTGATTCGTTAATGCTTGTTGCATTACGTTTCCTGCCGCTGCATATTGATACGTTTGATACAAACCTGTTGCTGCGTTGTAAAGCCCGGTTGTATTTGTCTCCGAGTTTGTAATTTGTGTTTGTAGTTGGTTTGCTTGCGGAATTGCGTTTGTTTGGAATTGTGTTTCTCCGTCAGTTGCAGTTACCGCTTGTTGTAATATATCTTTTGCGGATAAATACCAGTTGAGTTCCGATTGTTGGAAGATTGATATCGTATTATCCCAATTCTCTTGTCCGCTTCTGTATTGGCTATTTGCGTTATCCGCGCTTCCTGCAATTCCTGCCATTTGGTAACCGTAAACTTCTGTGACCCAGGCTCCTCTTGCCGCCTTCATGAGATTAATCTGATTATCATAGTTGGAAATTGTAGATTGTTTCGTTTGTTCCAGTTCTAATAGTTTTGCTTGGTATTCTTCTTCGTATGTTTGCGATCTTTCTTCCCAGTCTTTCAACGGATTGACCAAGGACAAAAATGTAGATGCAATATTTGTAAACTGAGTTTTCATACTCGTCCAAAAGTTCTGGTTTGCTTGCATCGCAGAGTCTATGTATTTGTATTTCGTTTGTATTTGAACTTGGTTATTCAATCCCAACGATCCATACCAGTTGGAACTATTTAAAGCGCTTCCTCCCAAATATACTTTTGTTTCCAATGCAACACTCGATCCGGAAACTGCATTTCCCGCTTGGGAGGATTGTCCAAATGCAGTGTTATAACTTCCGAATATTGCATTTCGAATATTATTGTTGTTTGTTATCTGTTGTTGGTTGAACGTCCCGCTTGCAAATACTGTATAGTTTTGGTCGATAACTGTGTCTCGGGTATATCCGCAGAATTCGAATCTGTCACCACAATAGACACCGTTGGACTCGTAACCTCCAAATCCACCGACACAAGTTCCGCCGAAATCCCATGCTTGACAACTGATTTGGTAATGTGAGTTTTCAATATATGCGGACGAACCATATGAACCTTGGCCCACCGTGCCGGTTTCATCCGATTGATAGACCAAAGAACCGCTGCTCGCTCTCCATCCATATACACTTCCATTACTGTTGTATACGATCGATCGATTCCCACTGGCTACGTTGTTACATCCTGATCCTTCATAATTCGTACAGCTTATGGAAGAGTTCCCCACGATCTGAGAATACGCAACCGTCTGTGTCGCATACGTCTCTTGCCATTTGGTAATATTCCAGTAGTCGGCTTTTGCGGTTGCGTTTGAAATCTGACTTTGGAAAAAATTTCCCAGTGTTTGCGCTAACGTGCCGAGGGATGCGTTAGAATTCAGAGCATCCTGTAGATCTTCCAACAATTCGTCCATGTCCCCAAACACGGATGTCAAACTCGGATCACTCGATGCATTTGTTTTCAATTGATTTTCTTGAGAACGTATATTTGTAATTGTGGATTGAAGCGCGTTTCTCATTTGGCTTTGAGCGTTTGCAATCAATTGTTTGTTCGCCAACCACTGGGCTTTTGTTTGTTCGATTCCATTCAAATAACTTAATTTATCATTTTCGAGTCCTGTAATCGATTGATTCCATTGCAGGATTCCATTCTGGATCGCATTTAAGGAATTCTGTTCCCAGGTGTTTTGTTTGTTAAGTAAATCCTGCCATTTAGAATCCCAGAGCTGGGTTCCTTGGTAATAACTCTGTGCCGCTTGTGCGGGGTTTGTTGCTTGGGCGGCAGGAGTAGTGGTTACAGTTTGCACAGTCGGATTGATCGTATTCACCGCATTTGTGTTCGTCGATGTTACGTTGTTCGATGTGTTTTGGGATAATGTCGCTAAAAAGATTTGTAACTCTGCTTGTATGTACGCGTTTACGTCCGCGATCCACTGGTTCTTTGCCTGTTGTTTTTGCAGTTCCAACTGAGCTCTTACAGCGTCTTTGTAAACATTTACGTTATTCACCGTGTCCGAGTTATTCACTCCACCCACGATCGCTTCTATCTCCGCGTTGACTCCCGTTTCCCAAGCGGCTTCTAATACTTGTTCTCCGTTGTTCACCGAATTTAAAAACGTTCCCGAATCCGTGGCTCCGGCTTTTGCCGCGTCCACGTAAGGTTTTAATTCGTCGTTTGCAAATTGTTTTGTCGATCCAAGCGTCGGCACACTTTGAGCGTCCAGAGAACTGGAGGACAAAAAACTGAAAACGGTCAGAGGTATGACAAAGGATATATGAAACGAAAAGATCGTGATTAAACTTACGATCTTTGTTTTAAAGGAAAAACGATTCGGAGAACTGACGACTGAGCACGGAAAACTGGGGACAGTGGGGCGAATTTTTCTTCGCTTCCGCGAAGAAAAACCGCGCTCTTCGCTCCAATCTGCATCGCAACATGTTAGCATTTCCGTATATTCCAGTTTCATCCTTCAATTCATGTTGCGTCGCAGGATTTCTGCTGCGATCGCTTTCGCTTCGTAGTTCGATGTTTGGTCTTTAAAACTCAAAAGCTGAATTCCAAACCCGTGATGCAACTTTTCCCCCGTTTCCGTCCTCTAAAGACTCGAACAAGATTGAAAAAATTTGTGATTTGTGTCAATTATCATATCACTGACAAATAACAAAAATTAGGCGTTCAGCAAAAAAAGATTCATATTGTGATGAAAATATTACGATGTATTCACAGATAACATGCAGACAGCGACCCATTCATCAGTCATACTTCCTACAATCCCTAAAAAAAACAGGAATTCATACGATACATTCTGGAAATTCAATGTCGCTAACGGCGTTATTACTTCCGAGCAGCTCAAAGGGTTACCGAAATCCACCGTTCACTCTCTAAAAAACAAAGATCCAGATTCCTTTCGTCATATCTACGGGTTTCGGTTTAACGGGATGGAGCCGAATCTTCAAAGAGAAGCTAACTACCTTTCCATACGCTTGGAAAACTCTCTTACCCTTCAAAAAGGGATCATCGCTCTTGCAAAAATCAAACTATGTCTTCTTCAGATCAAATCTCTTCCGAAAAAGATGAAAAACTCAATTCAAGTTAAAGAAAAAATCGTCCGTACCATTCAAAGAGTAAGGGACGACCTTGGATTCGAAAGAACATTAAGGAAGTTTCATATCTCAAAGTCCACTTTTCACAGCTGGTTTTTCCAAGTGCGGTTCCGATGTAGTAGTTCCTGGGAAAAACTCTGCCACAAGCGGTTTGTCGGTCAGATTTCAGTCAAGGAAATCGATTCTTTAAAAAATCTTCTTTTGGAAAAAGCTACTTTGTTTTGGCCTCTTTCTTCCATTTGGGGATACGCTAGAAAAAACGACATTCTGCATTGCAGCTTATCTTCCTTTTACAAATGGGCAAGAGTGATTCGTCCCGAACTCTTTTCAAACAAGTTTAAGAAGCTAAAGAAAGAAGGTTTTAAAACCTACCGTCCCAATGAAGTTTGGCATTGCGATATCACTCAGTTTGTCACCAAAGACAACGTCAAATCTCATATTTACATCTTGATTGATAACTTCTCTAAGATGATTTTAGCGTTTAGAGTCGCTGCCCAAGTCGACAGCGACATCTGTGCTTCGTTAGTCGAGGAAGCCATTTCCAAGTATCAAACCTCTTTTTCCAAATTGACCTTACCCGATCTTTTTCCTTTAATCAATCTCAATCTTTCTAAAGAATCTTCTTTCGTTCATTTGATGACCGACGGGGGGCCCGAAAATCAAGGCGCTCTCGACAGAATGATTTTTGATTACAAGCTTCCAATCAACAAAATTACCGCAGGTAAAGACGTTTCATTTTCTAACAGTCCCATAGAGGCAATCCACAAAATCACAAAGTATCAGTGCCTTCATCATTTAGATATTCCTAATAGACAATCTTTGATTCAAAAATTGTCCGAATGGATTCCCATCTACAACGATCAACGGCCCAACAGAGCCGGCCGTTATCTACTCACTCCTTCCGAAATCTTTCGCGGTAAATCCATTGATTCTAATTTGCTAAACCAACAATCGAAAGACGCTAAAAAACAAAGATACCTCCTTAATAAAGTTACATCCTGCGGAGTTTGTTAG

Protein sequences of DBSCAN-SWA_3

>CP030147|1235515:1299147|1272062_1272329_-|AXR62364.1|DBSCAN-SWA
MRLVNSKSSTTEEEKLFQKRIEGFWNRFEKLSSTKKREEVKKLISLLTQYEKKVQTMILEWKNHFEKEREIRRKLRVIGERMGGKRKI
>CP030147|1235515:1299147|1268296_1269886_-|AXR60299.1|DBSCAN-SWA
MGVETQRREEDGILDHILGKAAETLGGGLDWVGNKIDGAIDSVVGVASSAWDGAKNAFGGNEVESLCFVAGTLVLTGRGLKTIERIKVGEEVLAYDPRTNTQTFKSVVRLFNNESSELLKINFGDGEEVNTTPGHRFFTDNRGFVLASELTTKDLFLDKSGNTVTIHSIEKETLKEKTSVFNFEVEDYHTYYVSEECILVHNDSVKMLQERIAANGELNGPLVNKGIDKILDQVNSFDKTKSGNVEAALKDFAKANGLSESSPEYKKLKELSADIAGSKSKGFNESRIEYYNQNKERIHTEALTAMYGDKIQSIDGKKAILRNGEGVIITNGKYDLQLDNKTSEYFKRESENFLGMRSSDPDYHLRNSAQCFPTTNAVMAEHAGATPRDPSKQMVDDMLSTALGKGILNRNDHKNGGQELQDYPANEKLNREYGLTQHLFNNREGLSFDDKKAAIQAAIRNGNIVSAGGKFPVGDHRNAIVGYDSKGWVVFDPYGNANTNGYKGNGMFAHYEYGKFNLGGNKAYYVTKD
>CP030147|1235515:1299147|1245085_1245286_-|AXR60287.1|DBSCAN-SWA
MRITHYPETDSIYIDLSNRPSFETKEINSDLNVDLDENGRPVGIDIHGQASKYVDISSILFETAKP
>CP030147|1235515:1299147|1280394_1280655_+|AXR60307.1|DBSCAN-SWA
MNSSMKAIHPKFITDHKGKKLSVVISIKEFNTLLKELQNARRSRANDKEPTKKEILASIKQGMKEVELHKQGKIKLKSAKELLDEL
>CP030147|1235515:1299147|1237059_1238772_+|AXR60284.1|DBSCAN-SWA
MIQNNYFSDNQDIQNHFEHILPWTEIILDYENEFPDPSDGGPANPSETKEYYKTLLNTVGDLAGNILSPHVAKLDREGLKFKDGKVEFPPKMIELVSKVVEAGVQAYGFSRKYGGLGIPWTVKSFISEIFYRVDTSLAIAIGCVNLAEILEHHAAREMKEEWIPKFAAGKFVCAMGLTEPDHGSDLSNLRTKATKDKYGNWVLNGTKRFITHGCGFGDIPAILLTLARSGKTNSGARGLSLFLVQSKDVQIAGIERKLGLHCSPTCEVVFENSPGLLIGEEGLGLIKYTMGMLNGARMGIAQQSTGLATAAYYEALKYTKERIQFGKPLIEIPAVKKIIDRIERETYAMRCLTLEGSRVMDRYYWRMFRLEKQGATEKEAKNDIIVHYWEKIANVLTPISKFYCSETCLKVVSDALQIHGGSGYTEDYDISRIYRDARITTIYDGTSQIQINACIGGITSGLTHSFGEYISELVNKSDFPLTHKLFHEFQELVSLYKNFSKKENKDLYAEEIVFTCSRLLAGILLELSCRRLPEERKQARLKHTKDYHLDTLFFLEGNLAKLKEANRVPI
>CP030147|1235515:1299147|1290812_1296494_-|AXR62366.1|DBSCAN-SWA
MKTNASSDPSLTSVFGDMDELLEDLQDALNSNASLGTLAQTLGNFFQSQISNATAKADYWNITKWQETYATQTVAYSQIVGNSSISCTNYEGSGCNNVASGNRSIVYNSNGSVYGWRASSGSLVYQSDETGTVGQGSYGSSAYIENSHYQISCQAWDFGGTCVGGFGGYESNGVYCGDRFEFCGYTRDTVIDQNYTVFASGTFNQQQITNNNNIRNAIFGSYNTAFGQSSQAGNAVSGSSVALETKVYLGGSALNSSNWYGSLGLNNQVQIQTKYKYIDSAMQANQNFWTSMKTQFTNIASTFLSLVNPLKDWEERSQTYEEEYQAKLLELEQTKQSTISNYDNQINLMKAARGAWVTEVYGYQMAGIAGSADNANSQYRSGQENWDNTISIFQQSELNWYLSAKDILQQAVTATDGETQFQTNAIPQANQLQTQITNSETNTTGLYNAATGLYQTYQYAAAGNVMQQALTNQQNQTSWNGQGANLSQTIADSFGRSEAYKTAELSASNRINALAQTIYGNGAYIVDNIELQTLQTQITTSGQNQTFWQNEINGTNGGFNFNGRNNTSQAKETLYTNMIADIAVATTLQAEVVDEEITYLKTANEYFEKSERYQELADKARSEAKFDEAALYTGYAVREKNNALGYLKKKYYNLGEEITSEIDNRGLTYTKNSFLSYRDNLLNKNFQNTTQVQKQIQEGKNQVAGIISEGESYNQIQGMIQTATNLNKQGEENKERVERLLLESKELANRNIGEGLLDGLQEMIASIQSTLPQEVSANGVSQYIQAQEKELEEKQKKADELLAHMNSLVTNQNDLNALQTLLQGSSQAINLAANSAVSKYLDDYAKKLQKDNEERSNQLQKTLLEALTNGEDYKYLRDAGYSFRTDGEGISAYRQIYSGEIEIDGSAMKSTSYSPDLEYQYIRIDTKFNPGNLSVDMMNPNATRFNAEMVLGVKNYIDNLQKNVETMFAQFSDKTNEIKEEYAQNQEIRDYKKELYKENRDTTVASFQALPGDLKGMFEGEMGGLKNYHEQGSKYNFGTESFKGQSGDMKKIGKAMYEGANIDDTVFGGSRELKGSVSVKGIPVEISYGMQYLIVTSGFDISNLGYNFNLKLVGTQNAESQLSNVNQKYAVYSEDIESRIEKQAKANDAEKESKGFLFTILNGMNGGSGSMGQRFTQAVKSEAQSRITGAVAEATGLPASLVGALVGGSSMKDAVKAYVKDETVNAISKATGLPTWLISNQMEKMNKPKEQWYQSQEFQIVTTVVAVAAAPFTGGASLMVAMAVGAGLGAATGAASGGLKGALVGAVGGAAGAAVKSFTGGAVNVGLSYSAENGFGASVGVGYGPATATVGISERGGTSVDVGLTKGGFNAGLSYNSKTGSVSGNAGFTSQNGTGLALSYNEGDGFGASLSKSFSNGVNGGISWSEKGGVGGNIGYEAPGDKDKAKNSLANQMKGAGGTLSFNQRDGVSAALNASGGVNAGNWSESGGFQANTNFLADKWKADFISGKAKEDADAQEASRGAQSKNNQESGAAAIAGAGIETQRREEDGILDHILGKAAETLGGGLDWVGNKIDGAIDSVVGVASSAWDGAKNAFGGNETLSMQSLHHENIGDGAAYGASDSTESASDRHLRVGEDAISNHLDKQRSEKPYLQKGEVDVSMHPDYHKKLINMELESGTSGGNLIRNEKTGKLYYRTEGLGADHTLIPTNPNERVKAPWTQTELHTDKANGVYSGDYHAAKGAAQSVWGPEGGTFKIKEINKRSLGGNEIVTETMINGKKIVEYHRHVLNQMPDVAYNAFKNKTPLPYGTPIGYTGITGNMAVSINTNKNSPRFGMLSAPAYHMHTKVDNAETHSGFIQGVTFGPEVRQSQGLPAFDYTSHYKKKALDLLTGGN
>CP030147|1235515:1299147|1274502_1275570_-|AXR60303.1|DBSCAN-SWA
MSWQEKLETLRISPVGSFENYCYSYLERNRTGKGHSLSTLKNTHACLIDFFEWCALREIRYPNEVTLSLLERYRNQVVGLKNKYNGKELSNNNKHKRLASVREYFGWLARKRVLLVDPSLDWEIPRYVKRNIPHNVLSVEEAERILSVPDVKNVLGLRDRAMLEVVYSTGIRRMELGNLYVSDIDFFGRTVLVREGKGKKTRLIPISERALSWVRRYLERSRVALLRNTDEPHLFLGKSGKKLEHASITSLFAVFREAADVRKRQAVHIFRHTTATGMLDNGADIRHVQEMLGHETLSTTQIYTHVAIRKLKEVYDKTHPSIHTPDSTSLVGRISKKEETVSKDKDSNQEEPNTS
>CP030147|1235515:1299147|1261667_1262483_-|AXR60294.1|transposase|DBSCAN-SWA
MVSREQKREALLLIKTRLGERKSCRLLQISRTGFRHRSRLQDKNMELKDRILTLAYKHKRAGYRQIHDFIRQEERVNHKRIYRLYSALGLKYRIKPKRKRVSLPAIPKIVPKKPEERWSMDFMSDSLYSGRKFRILNIIDDFGRFAVATQVEFSITSERLVRILNEVSEVRSLPKQIVVDNGPEFTSKAFLRWAFEKGVDIHFITPGKPTENAFIESFNGKMRNECLNENWFKNIEEAQRLVEDWRNFYNSERPHSSLGGLTPEEYLRRSA
>CP030147|1235515:1299147|1288746_1290132_+|AXR60311.1|transposase|DBSCAN-SWA
MQTATHSSVILPTIPKKNRNSYDTFWKFNVANGVITSEQLKGLPKSTVHSLKNKDPDSFRHIYGFRFNGMEPNLQREANYLSIRLENSLTLQKGIIALAKIKLCLLQIKSLPKKMKNSIQVKEKIVRTIQRVRDDLGFERTLRKFHISKSTFHSWFFQVRFRCSSSWEKLCHKRFVGQISVKEIDSLKNLLLEKATLFWPLSSIWGYARKNDILHCSLSSFYKWARVIRPELFSNKFKKLKKEGFKTYRPNEVWHCDITQFVTKDNVKSHIYILIDNFSKMILAFRVAAQVDSDICASLVEEAISKYQTSFSKLTLPDLFPLINLNLSKESSFVHLMTDGGPENQGALDRMIFDYKLPINKITAGKDVSFSNSPIEAIHKITKYQCLHHLDIPNRQSLIQKLSEWIPIYNDQRPNRAGRYLLTPSEIFRGKSIDSNLLNQQSKDAKKQRYLLNKVTSCGVC
>CP030147|1235515:1299147|1249674_1250346_-|AXR62359.1|DBSCAN-SWA
MLQAEGEKVRKDLIPIFKKCYRPDEHLSLVASSSLIEKGKPKNNYGPNNIDDINKDTVWGVSKNEGIGEWIYTYNYVDYNTNHYHQLVGKSQKNYFSFLNGLAKDATSFQENGRIKKVRIDVYELEGTETMANLKDPLVYHNYPIENDSFELELADTPEEQTFEREIFTKIKPQDDFYGRYLLFKLTILEIYPGTKSKNVFLTEFHAYSEDVKKKFRITRERK
>CP030147|1235515:1299147|1262784_1264149_-|AXR60296.1|DBSCAN-SWA
MSSSSLDAQSVPTLGSTKQFANDELKPYVDAAKAGATDSGTFLNSVNNGEQVLEAAWETGVNAEIEAIVGGVNNSDTVNNVNVYKDAVRAQLELQKQQAKNQWIADVNAYIQAELQIFLATLSQNTSNNVTSTNTNSVNTINPTVQTVTTTPAAQATNPAQAAQSYYQGTQLWDSKWQDLLNKQNTWEQNSLNAIQNGILQWNQSITGLENDKLSYLNGIEQTKAQWLANKQLIANAQSQMRNALQSTITNIRSQENQLKTNASSDPSLTSVFGDMDELLEDLQEALNSNASLGTLAQTLGNFFQSQITNATAKADYWNITKWQETYATQTVAYSQIVGNSSISCTNYEGSGCNNVASGNRSITYNSNGSVYGWRASSGSLVYQSDETGTVGQGSYGSSAYIENSHYQISCQAWDFGGTCVGGFGGYESNGVYCGDRFEFCGYTRDLAPEFRTI
>CP030147|1235515:1299147|1280994_1281174_-|AXR60309.1|DBSCAN-SWA
MYVDTTWDGKVPCVYFDTESGSLVKVEVPFEDLEKIKETVRQIHTSKYIRIVEYELAGS
>CP030147|1235515:1299147|1252705_1253239_-|AXR60292.1|DBSCAN-SWA
MKTKLMAILILGLAGTMGIFAEKSLKEKAYEYYSSISPSFKQYEAKLEPEKVSNLRMKEMTDEGMQYLAVFPNLDTLGIGDSKITDEGLKQIPGLSKIKSLYLERSKITNKGIEYISKSKTITRLHLDEITTIDDGCIPHLLKMKQLTTLELSGTEISEQRLKKLRKGLPKTGVTTQ
>CP030147|1235515:1299147|1264642_1266028_+|AXR60297.1|transposase|DBSCAN-SWA
MQTATHSSVILPTIPKKNRNSYDTFWKFNVANGVITSEQLKGLPKSTVHSLKNKDPDSFRHIYGFRFNGMEPNLQREANYLSIRLENSLTLQKGIIALAKIKLCLLQIKSLPKKMKNSIQVKEKIVRTIQRVRDDLGFERTLRKFHISKSTFHSWFFQVRFRCSSSWEKLCHKRFVGQISVKEIDSLKNLLLEKATLFWPLSSIWGYARKNDILHCSLSSFYKWARVIRPELFSNKFKKLKKEGFKTYRPNEVWHCDITQFVTKDNVKSHIYILIDNFSKMILAFRVAPQVDSDICASLVEEAISKYQTSFSKLTLPDLFPLINLNLSKESSFVHLMTDGGPENQGALDRIIFDYKLPINKITAGKDVSFSNSPIEAIHKITKYQCLHHLDIPNRQSLIQKLSEWIPIYNDQRPNRAGRYLLTPSEIFRGKSIDSNLLNQQSKDAKKQRYLLNKVTSCGVC
>CP030147|1235515:1299147|1262476_1262779_-|AXR60295.1|DBSCAN-SWA
MKSSQEHKILEENMKKRFSEDQIHKILKESESGISTPELCRKYGISGNTFYRWRSKYGGLELNDLKRMKTLEEENSRLKKLYAELALENEAIKMLLEKKW
>CP030147|1235515:1299147|1290279_1290813_-|AXR60312.1|DBSCAN-SWA
MKTKLIAILILGLAGTMGIFAEKSLKEKAYEYYSSISPSFKQYEEKLEPEKFDNLGMKEMTDEGMQYLVVFPNLDTLNLSDSKITDEGLKQISTLPKLESLSLLRTKITNKGIEHISKSKTITRLHLDEITTIDDGCIPHLLKMKQLSMLELSGTEISEQGLKKLRKGLPKAGVTTQ
>CP030147|1235515:1299147|1266495_1266675_+|AXR62362.1|DBSCAN-SWA
MFLRFREEKPRSSLQSATQHFAFSVYSKVRIERFMLHCSISAAIAFAVVDRGFVVKKKV
>CP030147|1235515:1299147|1297761_1299147_+|AXR60313.1|transposase|DBSCAN-SWA
MQTATHSSVILPTIPKKNRNSYDTFWKFNVANGVITSEQLKGLPKSTVHSLKNKDPDSFRHIYGFRFNGMEPNLQREANYLSIRLENSLTLQKGIIALAKIKLCLLQIKSLPKKMKNSIQVKEKIVRTIQRVRDDLGFERTLRKFHISKSTFHSWFFQVRFRCSSSWEKLCHKRFVGQISVKEIDSLKNLLLEKATLFWPLSSIWGYARKNDILHCSLSSFYKWARVIRPELFSNKFKKLKKEGFKTYRPNEVWHCDITQFVTKDNVKSHIYILIDNFSKMILAFRVAAQVDSDICASLVEEAISKYQTSFSKLTLPDLFPLINLNLSKESSFVHLMTDGGPENQGALDRMIFDYKLPINKITAGKDVSFSNSPIEAIHKITKYQCLHHLDIPNRQSLIQKLSEWIPIYNDQRPNRAGRYLLTPSEIFRGKSIDSNLLNQQSKDAKKQRYLLNKVTSCGVC
>CP030147|1235515:1299147|1272362_1273568_-|AXR60301.1|DBSCAN-SWA
MRSQEERAKEWMETQEASPRPGSTFKKQYIPKGVTLNPIVKMVLPSSLKPNPKNDFDPLSEEEYANLKENIALNGILDALTAKKDGTIITGENRYRIALELKDHEDENVRRRVESIPVRYYMNELNDEEEYDILEGDNLFRRHLTAEQRKERLKRRILRKYKDDLLQDNRGGNRKNESSHSLAENPEEETKQENETSSMEEQTESEMGLGLFFGEVGTLEEQAQGTNLEGADLKVGSDKESKKKSFSLVGTDSSRSKVQGEPLKQSPKEKSKYQGDILNEKHDLAKKVSENENIPLGTARRYVTELKKELKTKEPKPAKKKTEKKKETLTKKDKVKEFQKRYSKLSASAKKAEVSRLVGKLVQVRKQKEKLEAQVTTLAKEDSEIVEKLLSVGEKKRVQGL
>CP030147|1235515:1299147|1271176_1271371_+|AXR60300.1|DBSCAN-SWA
MIKAGVVFFLLRGSREVVRKGSFRFLLLATRFSRQQRFRTHTRLIFETFFNQNEKLFHPHTFFL
>CP030147|1235515:1299147|1280667_1280889_+|AXR60308.1|DBSCAN-SWA
MIRTRITPKNTDLHLSIPEMYVGKNIEVLLYAVDEIKEEPKSPVTMKDFRGTLSKESAAKLQEKIQKEREEWN
>CP030147|1235515:1299147|1282007_1286606_-|AXR62365.1|DBSCAN-SWA
MKTQFTNIASTFLSLVNPLKDWEERSQTYEEEYQAKLLELEQTKQSTISNYDNQINLMKAARGAWVTEVYGYQMAGIAGSADNANSQYRSGQENWDNTISIFQQSELNWYLSAKDILQQAVTATDGETQFQTNAIPQANQLQTQITNSETNTTGLYNAATGLYQTYQYAAAGNVMQQALTNQQNQTSWNGQGANLSQTIADSFGRSEAYKTAELSASNRINALAQTIYGNGAYIVDNIELQTLQTQITTSGQNQTFWQNEINGTNGGFNFNGRNNTSQAKETLYTNMIADIAVATTLQAEVVDEEITYLKTANEYFEKSERYQELADKARSEAKFDEAALYTGYAVREKNNALGYLKKKYYNLGEEITSEIDNRGLTYTKNSFLSYRDNLLNKNFQNTTQVQKQIQEGKNAVAGIISEGESYNQIQGMIQTATNLNKQGEENKERVERLLLESKELANRNIGEGLLDGLQEMIASIQSTLPQEVSANGVSQYIQAQEKELEEKQKKADELLAHMNSLVTNQNDLNALQTLLQGSSQAINLAANSAVSKYLDDYAKKLQKDNEERSNQLQKTLLEALTNGEDYKYLRDAGYSFRTDGEGISAYRQIYSGEIEIDGSAMKSTSYSPDLEYQYIRIDTKFNPGNLSVDMMNPNATRFNAEMVLGVKNYIDNLQKNVETMFAQFSDKTNEIKEEYAQNQEIRDYKKELYKENRDTTVASFQALPGDLKGMFEGEMGGLKNYHEQGSKYNFGTESFKGQSGDMKKIGKAMYEGANIDDTVFGGSRELKGSVSVKGIPVEISYGMQYLIVTSGFDISNLGYNFNLKLVGTQNAESQLSNVNQKYAVYSEDIQNRIEKQAKANDADKESKGFLFTILNGMNGGSGSMGQRFTQAVKSEAQSRITGAVAEATGLPASLVGALVGGSSMKDAVKAYVKDETVNAISKATGLPTWLISNQMEKMNKPKEQWYQSQEFQMVTTVVAVAAAPFTGGASLMVAMAVGAGLGAATGAASGGLKGALVGAVGGAAGAAVKSFTGGAVNVGLSYSAENGFGASVGVGYGPATVSVGISERGGTSVDVGLTKGGFNAGLSYNSKTGSVSGNAGFTSQNGTGLALSYNEGDGFGASLSKSFSNGVNGGISWSEKGGVGGNIGYEAPGDKDKAKNSLANQMKGAGGTLSFNQRDGVSAALNASGGVNAGNWSESGGFQANTNFLADKWKADFISGKAKEDADAQEASRGAQNRNNQESGAAAIAGAGVEVAGRKNDGDGDASHGTSSDPNNSKKPDSPEHNLDERISKLKRELEEGVSLASGNGAMDESGITPEKVAAKIISQKMDELKHLESQRAGLKQQSDRSAELRAPADKGNQEKTNSNTTSKGGGLTEYSNGARTPIPFKEGRDGVFSEPRTNQLHGAVDLMTPIGTPIVAVADGKVSLLHDKPDNFLRNSDPNKVNKNDKGGATISIEHTNANGEKVYTYYAHNSEILVKPGQIVKKGDLISLSGQSGNTPGGPHMHFTIYKPTNGKLKETDPMLFDWNKFEGKN
>CP030147|1235515:1299147|1235515_1236610_+|AXR60283.1|transposase|DBSCAN-SWA
MKRKVYVGMDVHKETNRIANLTSNTKEIVKEQQIKHNEVQIKKFVNKLKSEWNEIHSCYEAGVTGYPLYRYLKSLGVNCILVAPGKIPRQSSDKIKTDKRDAIKLAKLLRSGELESIHVPSEEDEAVRDYLRSRDSLRLDLGRNRQRLMKFLLRKGITYSATKYWTVSHNKWLNNLQFNNEILQETFNDYYSRVRVQEENLKAMDKRIQEIAESEPYREKVGILRCFRGVDYLTAMFLLCEVCDFKRFKTAGSFMSFLGLVPGEYSSGSKRKQTGITKTGSPRLRRILTEAAWQHRFPGTGSKIVTARRSGQPALVVALAEKASLRLHKKFRNLQQRGKTPQVMITAVSRELSGFLWAAMNLVA
>CP030147|1235515:1299147|1275576_1275951_-|AXR60304.1|DBSCAN-SWA
MKESEYTELLVYFCLWNLEKFPLWMHTVCIPTSKARENLLFAARLTQTSPLKRLTSPSKTATSPGGSLGVACPSPGGSRPLTLAFCWGLEYVSVQNTDFTSKKGLLGPKKFFRTLSVRLLAGWF
>CP030147|1235515:1299147|1273564_1274326_-|AXR60302.1|DBSCAN-SWA
MYIVAIASSKGGVGKTTHSTNLAIQLARRGKRVLAADLDLNNNLTDFFLRYLKRGVLEERNILSVLLGEREVGECIHKSRFAGLDVLPSTLSFGAGVKNLEVEYLLSVLGGEFQKLSYDYLILDTPGHLSVELEFAVLVADLVLSPVCPKRWSFQGMKDLEEVAQGIAEKLVVVPSLVGRGKQESERILNLKKKIRVSRVSIGKLSGIEKASEEGRELKPGSKGDLWFEALAEEVMELEGESESFKTNRRVNV
>CP030147|1235515:1299147|1267019_1267235_-|AXR62363.1|DBSCAN-SWA
MEEVGKKREKGYVLGEAVRNKTTGQKMYVEVAWNPEVSCIYFDAEKESLVKVQVFPEDLERIQGVLPYLPK
>CP030147|1235515:1299147|1245922_1246108_-|AXR60289.1|DBSCAN-SWA
MKVKEIIKILEDDGWYLVDQRGSHKQFKHALKSGRVTVAGKPSLDIPPGTLNSILKQSGLK
>CP030147|1235515:1299147|1279947_1280301_+|AXR60306.1|DBSCAN-SWA
MPSFGDKVKKLRKEKDWSQDEFAAKIGVHGRHIGKYENGSTMPNSETVIKMAKVFEVSTDYLLLEEGNANPASKIRDQALLKEFEIVDQMSEKDREVIKSLIDAFIKKGRMEQVLGK
>CP030147|1235515:1299147|1245282_1245513_-|AXR60288.1|DBSCAN-SWA
MKYTRYFENEVLRKRPELRLEWLEETVYYPDKKEVQEDGRIRFWKWIVEAGKYLRVVTLEDGETIHNGFFDRGFKE
>CP030147|1235515:1299147|1249106_1249376_-|AXR60290.1|DBSCAN-SWA
MSFQTGGRMEENKSKKGYVLGEAVRDKRSGQKMYVDTTWDDKVPCVYFDSEKGTFVKEEVSFDDLEKIKETVRQIHVSKYMRIVEYEFG
>CP030147|1235515:1299147|1244256_1244478_+|AXR60286.1|DBSCAN-SWA
MATAIACLSLPMKLKTMLVNASVFSTLELFRITDKSVFLKQEDHISKKMRIPSNELGFIESSFENERKVYFSF
>CP030147|1235515:1299147|1267558_1268233_-|AXR60298.1|DBSCAN-SWA
MLQAEGEKTRKDLIPIFKKCYRPDEHKVLVASSTLIEKGKPKNFYFPNAIKDYNKDTAWGVSKNQGIGEWIYVHNYFDDNLNHYHQLAGKSQKNYFSFLNGLAKDATSFQENGRIKKVRIDVYELEGGETMANLDDPLIYHNYPIENDSFELELKDAPEEQTFEREIFTKIKPQDVFYGRYLLFKLTILETYPGTKSKNVFLTEFHAYSEDIKKEGFKITRERK
>CP030147|1235515:1299147|1239175_1239439_+|AXR60285.1|DBSCAN-SWA
MKKRFSEEQIHKILKESESGVSTPDICRKYGISGNTFYRWRSKYGGLELSDLKRMKTLEEENSKLKKLYAELALENEAIKMLLEKKW
>CP030147|1235515:1299147|1253238_1255296_-|AXR62360.1|DBSCAN-SWA
MKDAVKAYVKDETVNAISKATGLPTWLISNQMEKMNKPKEQWYQSQEFQMVTTVVAVAAAPFTGGASLMVAMAVGAGLGAATGAASGGLKGALVGAVGGAAGAAVKSFTGGAVNVGLSYSAENGFGASVGVGYGPATVSVGISERGGTSVDVGLTKGGFNAGLSYNSKTGSVSGSTGFTSQSGTGLALSYNEGDGFGASLSKSFSNGVNGGISWSEKGGVGGNIGYEAPGDKNKPKDSLANQMKGAGGTLSFNQRDGVSAALNASGGVNAGNWSESGGFQANTNFLADKWKADFISGKAKEDADAQEASRGAQKEAAAHSGADSIAGMGVETQRREEDGILDHILGKAAETLGGGLDWVGNKIDGAIDSVVGVASSAWDGAKNAFGFGKGESLSMKPLHHENIGDGAAYGASDSTESASDRHLRVGEEAISNHLDKQRSENPYLQKGEVDVSMHPDYHKKLINMELESGVSGGNLIRNEKTGKLYYRTEATGADSKLIPTNPNERVRSPWTQTELHTDSLNGIMSGDYHAPKGAAQSVWGPKGGTFMITNVRSIGLGGNEITTRTMINGKEIVEYHRHVMNQMPDVAYNAFRNKTPLPYGTPIGYTGITGNMAVSINNDKNSPRFGMLSAPAYHMHTKVDNAETHTGFIQGVTFGPEVRQSQGLPAFDYTSHYKKKALDLLTGGN
>CP030147|1235515:1299147|1281354_1282002_-|AXR60310.1|DBSCAN-SWA
MKRIIFLLILVVACSKFASEKQKFSSNVKLPLYKETVSGSEVVSSLVKGNEFEIKEKKIVKITDFLGAEEKEFEWSLVKVNNTQGWTLSSSVNSLQNDSTKDVNKFELSGTWSELPLSYFPQDFSQFIFLEIRLNKVLLNPYGDFGRFEFDNISYIKNGSLMKVISNNKEILTVKILTNNTIEIIDSEKYREGGLPEDAKDLIPALNKGNILIRM
>CP030147|1235515:1299147|1245702_1245891_-|AXR62358.1|DBSCAN-SWA
MIEKSSTGYGAYVPDLPGCVAVGETEAEVTQLIKEAIEFHLEGMRKDGEPVPNPSKVTLIAV
>CP030147|1235515:1299147|1256471_1260710_-|AXR62361.1|DBSCAN-SWA
MADSFGRSEAYKTAELSASNRINALAQTIYGNGAYIVDNTELNQIQNQITTSGQNQSFWQNEINGTNGGFNFNGRNNTSQAKETLYTNMIADIAVATTLQAEVVDEEITYLKTANEYFEKSEKYQELADKARSEAKFDEAALYTGYAVREKNNALGYLKKKYYNLGEEITSEVDNRGLTYTKNSFLSYRDNLLNKNFQNTTQVQKQIQEGKNAVAGIISEGESYNQIQGMIQTATNLNKQGEENKQRVERLLLESKELANRNIGEGLLDGLQEMIASIQSTLPQEVSANGVSQYIQAQEKELEEKQKKADELLAHMNSLVTNQNDLNALQTLLQGSSQAINLAANSAVSKYLDDYAKKLQKDNEERSNQLQKTLLEALTNGEDYKYLRDAGYSFRTDGEGISAYRQIYSGEIEIDGSAMKSTSYSPDLEYQYIRIETKFNPGNLSVDMMNPNATRFNAEMVLGVKNYIDNLQKNVETMFAQFSDKTNEIKEEYAQNQEIRDYKKELYKENRDTTVASFQALPGDLKGMFEGEMGGLKNYHEQGSKYNFGTESFKGQSGDMKKIGKAMYEGANIDDTVFGGSRELKGSVSVKGIPVEISYGMQYLIVTSGFDISNLGYNFNLKLVGTQNAESQLSNVNQKYAVYSEDIQNRIEKQAKANDAEKESKGFLFTILNGMNGGSGSMGQRFTQAVKSEAQSRITGAVAEATGLPASLVGALVGGSSMKDAVKAYVKDETVNAISKATGIPTWLISNQMEKMNKPKEQWYQSQEFQIVTTVVAVAAAPFTGGASLMVAMAVGAGLGAATGAASGGLKGALVGAVGGAAGAAVKSFTGGAVNVGLSYSAENGFGASVGVGYGPATVSVGISERGGTSVDVGLTKGGFNAGLNYNSKTGSVSGSTGFTSQSGTGLALSYNEGDGFGASLSKSFSNGVNGGISWSEKGGVGGNIGYEAPGDKNKAKNSLANQMKGAGGTLSFNQRDGMSAALNASGGVNAGNWSESGGFQANTNFLADKWKADFVTKQGEIEEAQAEAEAQAKQKEAAARGSADAVAGAGYSTTRREDGLPGSQGTIGFGDADGPNPAHGAPSSHDPGQTLASSGSFGPDGKPTGGRQLSAADVAEFKADWRKESPAQTDANIAGLKAAGYDTSGLEKFVNDYRNQSKPGYGNSNQTGSPIVVNGSRTSTLGERASSIFGSVVDGAKGLWNRATGGSSSHVISTGPEHYDTVTGNKLTYKLHEEGPGFKSNSGQDGADDHRYGQKPLVDTISNTINEWTGKNPGYPIVTNDLGYKTGGYDPRATGTQEAKDAGYYQHHKNGNAIDLSYMSTPGVDPTGKNYDVNKAYDRDKTIEYIKTISRNIPEGVGSKTTNFIKFNDPAVHEYFKKNPLPNLYMTSDKPGAKVLHSNHLHLELGLPKVK
>CP030147|1235515:1299147|1250406_1252548_-|AXR60291.1|DBSCAN-SWA
MPSECGTSVDVGLTKGGFNAGLSYNSKTGSVSGSTGFTSQSGTGLALSYNEGDGFGASLSKSFSNGVNGGISWSEKGGVGGNIGYEAPGDKNKPKDSLANQMKGAGGTLSFSQRDGVSAALNASGGVNAGNWSESGGFQANTNFLADKWKADFISGKAKEDADAQEASRGAQNRNNQESGAAAIAGMGVETQRREDGILDHILGKAAETLGGGLDWVGNKIDGAIDSVVGVASSAWDGAKNAFGGNEVESLCFVAGTLVLTGRGLKTIERIKVGEEVLAYDPRTNTQTFKSVVRLFNNESSELLKINFGDGEEVNTTPGHRFFTDNRGFVLASELTTKDLFLDKSGNTVTIHSIEKETLKEKTSVFNFEVEDYHTYYVSEECILVHNDSVKMLQERIAANGELNGPLVNKGIDKILDQVNSFDKTKSGNVEAALKDFAKANGLSESSPEYKKLKELSADISGSKSKGFNESRIEYYNQNKERIHTEALTAMYGDKIQSIDGKKAILRNGEGVIITNGKYDLQLDNKTSEYFKREEAGLFGTKSLPDYHNKPSAQCFITSNAVMAEHAGVTPRDPSKQMVDDMLFTAKGKGILNSNDHVKGGEELKTYAGTDRINKEYGLKQNMLVYPNKATFEDKKTVIQQALRDGHIVSAGGKFPVGDHRNAIVGYDSKGWVVFDPYGDANTKGYKGNGMFAHYEYGKFNLAGNQAYYVTKD
>CP030147|1235515:1299147|1255973_1256453_-|AXR60293.1|DBSCAN-SWA
MIFRILLACCILLNSCDKPVNKEETKVKTYTKQEKMKMFDAMLSKLLKDIQEKKNFTPFLEVSDEHSGYTISIGESLGDELVGGNFQKDGFSKLEKYVTIEEVVRLIKKGSKGTISESGDSFWWGLVADRFEYGLDFYFPEEQGRWIIRRFDRLRPERD
>CP030147|1235515:1299147|1276542_1277351_-|AXR60305.1|transposase|DBSCAN-SWA
MKSDLGHLDIPEEIWKRLHPLLPKRKTNSKKGGRPRLDDRVAMAAIFYRVRTGIQWRYIPPMFGSKSTLHRRFQEWVASGVFDKIEKEALKLYERTVKIRTKRMASDGSFARAPKGGPFTGPNPTDRGKRGLKRHILVDRRGAPVAFVIASAGTHDSKLLFPTLEKFKVFRNKKLLKPEILSLDKAYSNKTIKNNLKKKNIQYRIPNKKNARNPEWIAPLNPFRWTVERTFAWFNAFRAIKTCWEFKFENYKALFQIAFAIILIRMSWK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXR60283.1|1235515_1236610_+|transposase	IS110 family transposase	NA	NA	NA	NA
AXR60284.1|1237059_1238772_+	acyl-CoA dehydrogenase	NA	NA	NA	NA
AXR60285.1|1239175_1239439_+	hypothetical protein	S5WIS5	Leptospira_phage	8.5e-10	85.4
AXR60286.1|1244256_1244478_+	hypothetical protein	NA	NA	NA	NA
AXR60287.1|1245085_1245286_-	DUF2283 domain-containing protein	NA	NA	NA	NA
AXR60288.1|1245282_1245513_-	hypothetical protein	NA	NA	NA	NA
AXR62358.1|1245702_1245891_-	HicB family protein	NA	NA	NA	NA
AXR60289.1|1245922_1246108_-	type II toxin-antitoxin system HicA family toxin	A0A0U4KLG1	Pseudomonas_phage	6.4e-12	59.0
AXR60290.1|1249106_1249376_-	hypothetical protein	NA	NA	NA	NA
AXR62359.1|1249674_1250346_-	hypothetical protein	NA	NA	NA	NA
AXR60291.1|1250406_1252548_-	hint domain-containing protein	NA	NA	NA	NA
AXR60292.1|1252705_1253239_-	hypothetical protein	NA	NA	NA	NA
AXR62360.1|1253238_1255296_-	hypothetical protein	NA	NA	NA	NA
AXR60293.1|1255973_1256453_-	hypothetical protein	NA	NA	NA	NA
AXR62361.1|1256471_1260710_-	hypothetical protein	S5VY01	Leptospira_phage	6.4e-280	52.4
AXR60294.1|1261667_1262483_-|transposase	IS3 family transposase	S5WIU1	Leptospira_phage	5.9e-118	81.5
AXR60295.1|1262476_1262779_-	hypothetical protein	S5WIS5	Leptospira_phage	3.7e-09	80.5
AXR60296.1|1262784_1264149_-	hypothetical protein	S5VY01	Leptospira_phage	8.1e-152	65.1
AXR60297.1|1264642_1266028_+|transposase	transposase	NA	NA	NA	NA
AXR62362.1|1266495_1266675_+	hypothetical protein	NA	NA	NA	NA
AXR62363.1|1267019_1267235_-	hypothetical protein	NA	NA	NA	NA
AXR60298.1|1267558_1268233_-	hypothetical protein	NA	NA	NA	NA
AXR60299.1|1268296_1269886_-	hint domain-containing protein	NA	NA	NA	NA
AXR60300.1|1271176_1271371_+	hypothetical protein	NA	NA	NA	NA
AXR62364.1|1272062_1272329_-	hypothetical protein	NA	NA	NA	NA
AXR60301.1|1272362_1273568_-	chromosome partitioning protein ParB	S5VKH6	Leptospira_phage	2.4e-59	45.1
AXR60302.1|1273564_1274326_-	ParA family protein	NA	NA	NA	NA
AXR60303.1|1274502_1275570_-	recombinase XerC	A0A0K2CP59	Brevibacillus_phage	1.2e-17	25.3
AXR60304.1|1275576_1275951_-	hypothetical protein	NA	NA	NA	NA
AXR60305.1|1276542_1277351_-|transposase	IS5 family transposase	NA	NA	NA	NA
AXR60306.1|1279947_1280301_+	XRE family transcriptional regulator	W8CZ48	Bacillus_phage	1.7e-08	31.1
AXR60307.1|1280394_1280655_+	hypothetical protein	NA	NA	NA	NA
AXR60308.1|1280667_1280889_+	hypothetical protein	NA	NA	NA	NA
AXR60309.1|1280994_1281174_-	hypothetical protein	NA	NA	NA	NA
AXR60310.1|1281354_1282002_-	hypothetical protein	NA	NA	NA	NA
AXR62365.1|1282007_1286606_-	peptidase M23	S5VY01	Leptospira_phage	0.0e+00	72.1
AXR60311.1|1288746_1290132_+|transposase	transposase	NA	NA	NA	NA
AXR60312.1|1290279_1290813_-	hypothetical protein	NA	NA	NA	NA
AXR62366.1|1290812_1296494_-	hypothetical protein	S5VY01	Leptospira_phage	0.0e+00	59.1
AXR60313.1|1297761_1299147_+|transposase	transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>CP030147|1963162:2011973|DBSCAN-SWA
CATGTTAATTATGATATTAGGCGCAGTGTTTATGCTGGCCATTTCTATTTTTATTCACGAGTTAGGTCATCTTCTTTGCGGGATGCTCGTAGGGGTTAAGGCTAGAATTTTTTCGATCGGTTACGGTAGAGGAATCTGGAAAAAAAAGGTGGGCGAGACCACGTATCAGATCACTGCGATTCCCGTCGGAGGATACGTTTTATTCAAAGGAGATGACTACGGTGGAGAAGTAAAGGGAGAACCTGGTGAACTTCTTTCCACTCCACCTTTGAAGAGAATGATTCCGGTGCTCGGAGGTCCTCTTTTTAACTTATTTTTGGGATTTGGAATATTATTAATTTTGAATTTTATAGGCCACAATCCTCCGGGAAACCGGATTTTTATCGATCCGGCTGACCAGGAATTTTCCGCCGCATACCAATCGGGTCTCAGAACGGGGGATCGTATCCTAAATATAGACGGTAATCAAATTGAAAAATTTGAAGACATAGTGACTAACGTGGGATTGTCTTCCGGGAATGCTCTCAAAATTTTGGGTGAGCGCGATGGGCAAAAGATGGAATGGAGTGTAATTCCTCGGATCGTTTATAACCCGAAACGTTCTTCCGGAATTCCGACGATTGGTGTGGAGCCCTTCGGAGAAAGAAGGGTCGTTGCGACCTTCAGTTATCCGGAACAGTTTCAGCATTGGTTATCTTCTCGTTTGGATAGGTCTCACGAAGCGGAAAATTACTACCAGGAACGTTTGAAAAAGGCTGTCGAAGGAAGGGACATCCCCGCCGAAGTTCTGCTCGAAAAAGAAAGAGAGGAGAAGGAAAATCTGCTTCGTTCTAGAGCGTTGAACTATCTCAACGACGGAGACGTGATTCAAACCGTGAACGGTAAGGCCGTTTCCACTGTGGGGGAACTTCAAAGGATCCTTGGGGAATATCAAAACCGAACTGTGACAATTGTTGCGGATCGAAAAACATATCCTCTCGTAAATCCTTGGTCCACGGAAATTGTTTCCGTGGAAATTCCGGTTTTAGGGGCTAATATATTAGAATTTAAGAATATTCGGGATCAGAAATTTCCCGAATTGAATTTGGAATCTTACCAGTTTGCGAGTTACGATCCCGAACTCGGTCATAAACTACTCAACCTGGCAGTGGACGGAAAAATGTTTCCTAGTTTTGAAGAACTTCTCGTTTATATTAAAACGAAGAATGGAAAAACCGTTACAGTCGATGTGGGGAATCTTAAGTTGGAAGCCGAGCCGAAAGTTCGTCCAATCGGGCTCCTCGGGTTTAGACCCAACATGAAATTCAATCCGGAACCGATGCAGAGAGAACTAGGCTTTGTGGAATCTTTCATCGTTGCGGGAAAAGACGTTTATGAAAATGTGGAAATCACTCTCAAAGGAATCGGGATGTTGTTTTCGGGAATCCTTTCCGTAAAGGATAGTCTTTCTGGACCTGTGGGGATTGTATCGTATGCAGGAATCAGTTTGGAGATCGGCTGGGAAACCTATCTTGAGTTTGTCGCAAGGATCTCAATCGCTTTGATGATTATGAATTTACTTCCTATTCCGATGGCCGACGGTGGGCATATCGTATTGTATGCATATGAAGCGATCACCGGAAGACCTCTTCCCGGTAGAGTAATCGAGTCCATCTTCCGAATCGGATTTTTGTTTTTACTCGGGCTCGGACTCTACGTCACCTTCAACGATGTAATGCGAATTTTCTAAACACATGAAGGCATCGAAATATATTCTTCCCACAGAAAAGGAAAATCCAGCGGATGCGGTCGTTGCATCCCATCGCCTTATGATCCGCGCGGGTCTTGCACGCAAGTCCTCCGCAGGTCTTTACTTTTATCTTCCACTCGGCCTTAAAATTCTCCAAAAGATCAAACAGATCGTTCGTGAAGAGATGAACGAAACGGGAGCTTTGGAGTTCGATCTTCCTATTTTGACTCCTTCGGATTTTTGGGAACAAAGCGGTCGATGGACCGCGATGGGAAAAGAAATGTTCCGTATCAAAGATAGACACGATCTTTCTTATGCTCTCGGTCCCACACACGAGGAATCCTTCAGTTTTTTATTAAAACCTCTTTTGAAATCGTATAAGGATCTTCCGGTTAACGTCTATCAAATCCAAACTAAATTCCGAGACGAAATTCGTCCTCGTTTCGGCGTGATCCGCTCTAAAGAGTTTATTATGAAAGATGCATATTCCTTTCATATCGACGATGTTTCTCTCGACGAAACGTATCAAGCGATGCGGGTTGCTTACAGAAAAATTTTCGATCGCTGCGGTCTCAAGACGATTCCAGTGCAGGCGGATTCCGGAAGTATGGGAGGCTCTGCGTCGGAAGAGTTTATGGTGGTTTCTCCGATTGGAGAAGAAACGTTGCTTTTGTGTAATTCTTGCGGTTATAGTTCCAATAGCGAAAAAACTCCTCTTGTATTAAAAAAAGGAAATGCACCAGCGAAACTTTCCGAAAAGAAAGAAATTTCCACACCAGGAAAAAAGGCGATTGCCGAGGTCAGCGCTTTTTTGGGAATTCCCGAATCCGAAACGATCAAAGCGATCGCGCTCAAATCGGATAAGAAAAAGATTCTTGTGTTCTTACGCGGGGATTTGGAACTCAATCTTCATAAACTACATTCTCTTCTCCGAATTACGGACTCGGAGCCGATGACCGATGTGGAAATTCGGGAGCTTGGGTTGACTCCGGGTTTTATTTCTCCGATTTCTGCGAACGACAAGATAAAGGTATTATACGATCGTTCTCTTCAAAAAGATTTTCCTTACGTAGTCGGTTCGTCTAGGGAAGATTTTCATACCCAAGGTTTTATTTTGGAAAAGGAAGTTCCCGGTCTTCCGGAATTTGCGGATGTCGCATTGGCAAGAGAGGGAGATCTTTGTCCGAATTGTAATTCTCCTTTAAAGGCCGAGAAAGGGATCGAGGTCGGTCATATATTCAAACTAGGAGAAAAATACACAAAGGCTTTCGGGATTCAGGTTTTGGATCAAAACGGAAAATCCAGGATTCTTACCATGGGTTGTTACGGAATCGGTGTTAACAGAACCATGGCTACCGTCATCGAGCAGTGCAACGACGAAAAAGGGATTTTCTGGCCGATCAGCATCGCTCCGTTCGAAGTTACACTCGTGAGTATTACAAAAGGCGAGGAACAATATTTCAAAGCAGAAGAATTTTATAATGTTCTAAAGAACGAAGGAATTGAAGTTTTTTGGGACGACCGGGATGTGGGTCCTGGTTTTAAACTCAAGGATTCCGAACTGATCGGTTTTCCGATTCGAGTAACGATTGGTAAAAAATTCTTCGAAAACGGAGAGATTTCGATCTACAATCGTAAAAAAGACAAGGAAGAATCCTTTGTCTTTGCCGGATTTGAGAATCTAATTGCAAGGGTAAAATTTCTGCGTCAGGAACTTTTCGCAGAATTGGAGTAGTTATGGGAAAAAAACGTCATTCCGGAAAAGAAGGTTACTTCGGAGAATTCGGCGGTCGTTATTCTCCCGAAATTCTTCACGATGCGCTTGTGGAACTTGAAGCTATGTACAAAAAGCTTCGGAAGAACAAACGTTTTCATAAAGAACTCGAATATTATCGTAAGAATTATATTGGTCGTCCTTCTCCTCTTACTTATGCCGAACGTTTGTCAAAGGCCTGGAGCGGAGCTAGGATTTGGCTCAAACGCGAAGACTTAAATCATACAGGTGCACATAAGATCAACAATACGATCGGGCAAGTGTTGATCGCAAAGGCAATGGGCAAAACTCGAATCATTGCGGAAACCGGAGCGGGACAACATGGAGTGGCAACGGCGACAGTTGGTGCCATGTTTCAGATGGAAACAGTTGTTTATATGGGAGAAGAGGATCTTCGTCGTCAGGAACTCAACGCGATCCGAATGAAAATGATGGGTGCCAAAGTCGTAGGAGTTTCCAGTGGCACCGCGACTCTCAAAGACGCGACCAGCGAAGCCATGAGAGACTGGGCATTAAATGTTTCTAATACACATTACATCGTTGGTTCTTCCATCGGTCCGCACCCGTTTCCTACCATCGTGAGAGACTTTCAATCTGTAATCGGTATCGAATCCAGAAAACAATTTAAAAAAGTGAACGGTAAACTTCCAAACGCTGTGATCGCTTGTGTCGGTGGCGGTTCGAACGCTATCGGTATGTTTTACGGCTTCTTAAAGGATAGGAAGGTAAAGCTTTACGGTGTGGAAGCCGGAGGTTATTCTACCGAACCGGGATATCATTCTGCAACGATCCAATTCGGTAGAACCGGATTTTTACACGGAACTAAAACGTTGGTAATCCAAGATGAATTTGGGCAAATCGTTCCGGCTCATTCCGTATCTGCAGGTTTGGATTATCCTGGGGTCGGTCCGGAACACGCTTATTTTCATAAAAGCGGGAGAGTGACTTACGAAAACGTGGATGATGAAGGTGCTTTAGATTCTTTTCTTGAGGTATGTCAGATCGAAGGGATTATTCCTGCATTAGAAACCGCTCATGCGTTTCGTTTTGCAAAAGACCTGGCGAAATCGATGGGGAAAAAAGAAGACATTCTCATCTGCCTTTCCGGAAGAGGGGATAAGGACGTTGCCGAGGTCGCAAGACTTAGAAAAGGAGAATTTTCTTGAGCGCCATCTCTTCCGTTTTTTCCTCCGATAAAAGTGTTTTCATTCCTTATATCTCTTTGGGAGATCCGGATTACGAATCCTGTATTTCTTGGGCGGATGCTCTGATTCGAGGTGGTGCTGGAATTTTAGAATTGGGAATTCCATTTACCGATCCGGTCGCAGATGGTCCGGTGATTCAAAAAGCTTTCAAACGAGCGTTGGCTTATCCTTTCTCCATGAAAAAAATTTTAGAGGTCACCGCAGAAATTCATAAACTACATCCACAAACTCCTCTCGTGTATTTAACGTATTTTAATCCACTTTATTCTATGGGCTTGGAATCTTTTACGGAAAGTGCCAAAAATTCGGGGATCCAAGGTTTGATCATTCCAGATCTTCCGTTTGATACCCCGGAAGCCGAAGAGTTCTTTTCTCAACTTGATCGAAAAAAGATCGATTTTATTCATCTTGTGACACCTGCAACTACAAGCGATCGAATTCAATCTATGAAATCTCTTGCATCTGGTTTTATTTACTATGTGACTTCCTACGGTGTGACCGGGGAACGGAATATTCTCGCGGACGGTTTGGAAGAAAGAATCCGAATGGTGCGTAGCAAAGTTGGTCTTCCGGTTTGCGCAGGGTTTGGAATTTCCACTGCGGATCAGGCTAAGGAAATTTCGACTTACGCGAACGGGGTGATTATCGGCTCTGCCGTACAAAAAATCATCGAAGAGAACGGCTCCAATCGAGAGGTTTGCATAAGCAAACTTTTTATGTATGCATCGGAAATTCGTGCTTCTATGAAATAAGAAGCTATGTGCGTTTCCCTGAGGTGTTTTTTGTGTCTGCGAATTGGAGAAAGGGAGGGGTTTTTAAATTGGGTGTGCCCTTCCCAGCTGAATTTGACTTTGTAGGAGTTTTTGTGAAAAGCGAATTTCTCTGGTAATCTTCAAAATTGTTGGAGCTCCATAGAATTTTGTTTTTCTGGGGGTTCCTTCTATTGACCATTCTAACAACAGAGAAAATAACAAACATCGAGAAATCCCTAGTCCCCAAGCAAGGATTCCCAGTTTGCACCAATCTTCTTCGAAAGGACGAAAGTTCATCTTTTGTAGATTCAGATTTTTCTCTTGATATCTCGCATATGCCAGTCTCTTCCCTAAAAAACGTTTCCGAATCAAGATTTCGTCCCAACGGGATAAAAGAAGGTGTAAGGTTTTTCGGAGAATTTTCGGTTGAAGCTGGTTGGTTCTAACCAGGTTTTCCGGAATTAAAAATGAGCAAAGGTTACCGGATTTACGAATCGAACAAAATGTAAGCTCGGATTTTAAGGAGGAATTCTTCATAACTGGAACGGTTCCGGGATGGATGTGTGTGGAGGTGAAACGGAGTAAAAAATGAAAGCAAAACTAGAATAAGCGATAAAGTCTGGAAAATATTGACGAAACTCTGACGGATGGGATATTGATCCCGATCAGGGTCGGAGGAACGTATGAGCGAAATCAAATTTAAAATCACTCCATTCCACATTATTTCGATAATACTGGGGGGAATGGGGATTGTTTTCATAACATTTACTGCATTTTTTCCGAGCTTTTCATTCAACACAGAATTCTTGCTTGGAGGGTTCGTGTTGCTTTTGATCAGTTCGTATCCGATCTATAAGTTCATAGAGGTCAACACTTCGGATAAACAAAAGTCCGGAGGTATTTGGCTCTCGATGGTAGTCTCGTTTTCTATGTTTTTCCTATATCAGGTTTTTACGCCTCTCTCCGAGTTGGAAGAATCCTCCGTGTCTTGGAGATTTACATTGCTTAGATCCGGGGTGAACAAGAGCGAAAAAGAATCTGAAGAAGGAACGATTGAATACACGCGTTACAATCCGCCGCCTGGAGCAAGGCAGGACATACAGATCATAGGAATCACGACTACTTCCTTGGAAAAATTACAAGGAAGGTGGCCTTTGCCTTGGAAATATTATGCAAACATTATAGACATATTTAAGAACACGTCCAATCAGTTGATGTTCGATATTTTCTTTGTGGACTATAAGTCGGGGCAAACGGAAGAAATGGCTGAAGCCTTGGCGAAAAATTCGCAGGTCATGTTTGACTATCCGATGGAAACAAGTTTAGAGTCCAAGAGTTCCATTTTGAATTTGGAAAAACGGATTGATCTGCTTAGAAAGTTTAAATTAGAAAACGTGGAAGATCCGGGGGATATCGGAACATCTTGGTTGAAATTTCCTCAGCCTCCGATAGAGCCTGTGGCGGAAAAGGCGTCTGGATTAGGATTCGCGAATATTAAAAAAGACGAAAGTGGGCTCAATCGAAGAATGCCTCTTGTTGCGAAATTGTTGAATGCGGGTCCTTTAAGGGAAACGGAATATTATCCATCCATAGACTTAATTATAGCGTGTAATTATCTCGGCGTGGATGTGAAGAGAGACGTAGAAGTCGTGATGGGCAGATACGTCAAGATCAAGAATATTCCACAAAAGACCCTGACGAGTTTCAACCGTAAAACTTTGAAGATGGAAACTAAGGACATCATGAATCGGCCGAATGAAGATCGTGAGATCATAATTCCGATAGACAAAGATGGACAGATGCAGATCAATTTTCCGGGAGGGCTTTATTCATTCCGAGCGCATGAAATTTTCGAAGCGGCGACGGAGTGGAATGAGGAAACCGCGTCTCAATTTCAAAACACGATTTTTCTTGTCGCGATGTATTACGCGACTGGAGCTGGGGCGGCAAAAGATACGCATTTATCACCGTTTGGGGATATGTCCGGGATTGAACACCATGCGGCTTCGATCAACACGATTCTCAATCAAGATTTTCTCTTCGAGCTTCCGTTATGGGGAGAATTTCTAATTTTAATCCTTGTGGGAATATTGGGGGGATTTGTACAACCTCGATTGAAAACCTGGTTGGCGTTTCTGTTTTTCTTAGTGACTGCGTTCATCTATTCGGTTGGAACGCTCGTAAATTTTTCCGAATTCAACTTGGTGCATTTGTATCCGACTGTGGTATTGGAGCAGTTATTTATTTTTATCGGACTGATTGGATTTAGGATTTTAACGGAAGAGGAAAATGTGAAATATATTCGAAGTACGTTTTCCAAATTCGTATCTAAGGATATCGTGGATGAGCTACTCAAAAATCCGGACAACTTGAATCTAGGGGGATCCAAGCGAGACATCACGATCTTTTTCTCTGATATTCGAGGATTTACAACAATGTCGGAAAAAATGGGGCCGGAAGAACTGGTTCAATTTTTGAATCAATATCTTTCTGAGATGACGGAGATCATCATTGAATTTAAGGGAACGATTGATAAATACATGGGGGATGCGATCATGGCATTTTGGGGGGCGCCTGTGCCGTTAGAAGATCATGCTTACTATGGATGTGCGGCCGGGCTTGCTCAGATGAAAAGGCTTGCTACTTTGAAGGAAGAATGGAAGAGTTTGGATCTACCTCAAATGGATATCGGAATCGGACTCAATTCCGGACCTGCGGTTGTAGGAAACATGGGTAGTTCTCACAGGATGGATTACACCTGTATGGGAGATACGATCAATTTAGGATCTAGATTGGAAGGAACGAATAAGGAATACGGAACTCATATTATTATCTCTGAATACACTTATGAGAAGGTAAAGGACAGGGTCATCGCAAGAGAACTGGACTTGATTAAAGTGAAAGGAAAGACTCAACCTGTAAGAATCTACGAATTATTGGATTTAGTGAATGAGGATGACCTGAAACTATTAAGAAAACCTTTGCAGGTGAATTGAAAAATTAATGTTAATAAAATTATAGAAAATTTTCATGCAACAGGAATCAACTCTGCTGGATAGGATCGACTATCCGGCCGACCTCAGAAACATACCGTTGGAAAAACTTCCTCAGGTCTGTAAAGAGGTTCGAAATTACATCATTGATACTCTATCAGGAGTAGGCGGACATTTTGCGAGCAATCTGGGAGTCGTGGAGCTTACGGTAGCGCTTCATTACGTATTTAACACGCCGAAGGATCGACTGATCTGGGATGTGGGCCATCAAACGTATCCGCATAAGATTCTCACCGGAAGAAAGGACAGACTCAAAACCGTACGAAAATTCAACGGGCTTTCCGGGTTTCCAAAAAGGGAGGAATCCCCTTACGATCTCTATAACACGGGGCATGCGGGAACTTCGATTTCGCAGGCGCTCGGAGAAGCCGCGGCCCGAGATCTAACAAAGGGAGAAGATTACAGTGTAGTTGCCATTATCGGAGACGCGTCGATTGCGACCGGAATGGCTCTTGAAGCGATGAATCACGCTGGTCATTTAAAAAAGGACATGATAGTTATCTTAAACGATAATTACATGTCAATCTCGAAGAATGTGGGTTCCATCTCTAATTATCTTAACAACATCATTACATCTCATTTTTATAATCACTGGAAGAGAGTATTTTATACTTTTTTAAAGTGGTTGCCTATCATTGGGCCTGCGACCGAGAGATTTTTTAAAAGAGTGGAAAAGGGATTCAAAGACGTCTTAACGCCTGGAGGGCTATTTGAGGATTTAGGATTCGGATACATTGGGCCCGAAGACGGGCATGACGTGGTTCGACTCGTGAACATGCTTGAAAAAGTGAAAAAAATGAAGGGACCTATTCTGCTTCATCTAATCACGCAAAAGGGGAAGGGATATGACCCTGCGGAAAGGGACCCGATCAAGTATCATGGAGTCACACCGTTTCGAAAAGAAGACGGAGCGATGGACAGTGGAGATTCTTCCAAGATTGCATACAGCAAGATTGTAGGAAAGATGTTGTCAATTCTGACGGAAACAAATCCTAAGATTGCGGCGATCACGCCAGCTATGATCGAAGGGAGCGGGCTTAAAGAATACGCCGAAAAATATCCTGACCACCTTTTTGATGTGGGGATAGCAGAGCAACACTCCGTAGCGTTTGCCGGAGCAATGACGAACGGAAGTATCATTCCTTATATGTGTATCTACTCGACGTTTTTAACGAGGGCAATGGATCAGCTCGTCCAGGATGTATCATTGATGAATTTACCTGTTCGGTTTGTAATTGATCGTGCGGGATGTGTGGGGCCGGACGGGGAAACGCACCAAGGATTTTTCGATTTAGGATATCTGCTCGGTTTGCCGAACATGGATGTGTTTGTTCCGTCTAACGGACAGGACATGATCGATTCGCTTCGATGGATGGAAACATACGACAAGGCTCCGATTGCAATTCGATTCCCGAAGGCGAGTGTGGACTTGAAGACCTTGGATTTTTACAAAGAAGTCGATCTTCGACCTGGAACATTTCGAGTTCTCAAAAGAGGAACGGATCTTGCTCTTTTATCGATCGGGTCCATGATCGACGAAGCCAAAAAAGCGACCGAAATTCTGGAAAGTGCGGGTTTCAGCGTAACGCTCATTGATCTTATATGGTTACGACCACTTGGAGTGGAAACACTCAACGAAGAATTGTCTGGTGTGAGACATTTTGTGATAATAGACGAAAGTTATGTCGACGCGGGAGCTTCCGGATATCTGCTCAATCGAATTCTTCCTGAAAATTTATCGAAATACGTTAAAACGTTCGGGTTTCCGCCGGAGCCGATTCACCACGGAGAAAGGAAAGAAATTATCCAAACGTATAAGTTAGATGGAACATCGATTGCGGAACTCGTAGCAGACGTATTGAAAAAAAACTTAATCAAGCCATAACCATTCCAAACCGAAAATAAAAATAAAAACGGGTTAAGGAATTGGAAAACATTACTCCTTCGGATTTTTTAGAAGCGGCGAAATATTTTTATAAAAAAGGCGATTCGGACAGAGCAGAGTATTTGTTCAAACTTACTTTGGAGGACGAAGAGAGTCACGAGGCTTATTTCTTTTTAGGGCTTCTCGAAAATCAGAGGGGAAATTCGGCAAAAGGGCTTACACACTTTTATCAATCTGTGGAATTGAATCCGAATTACGGAAATCCCTGCAACGAAATCGGAATTATACTTTTAAGAGCGGGGAAGGAGATCGAGGCGGTTTACTGGCTTAAAAAATCCTTACGTTGTGAATTGAACGATGCGCCTCATATTTCGCTCTACAATCTTGCCACTCTGTATAAAATTTGGAACCGTCCCGAAAGATCCCTTCAGTATTTACATCGTGCGATATTGATCAAACCCGATTTCGAAGAGGCCAGAAAGCTCAAAGAGGAGTTAGGTTCTACAATTTGAGCTAAGGAGAATTTGTATTTCTGGCGATAAATTATAATTTGATAGGAATTATCCAGATAAAAAATGCGGATAGTTCATTTCGGATTAACGAATTTACTAAGGGTCTGTCTAAAAACCTTAAAAGAAATCAGTTACAATGATTCAGTAAGTTCGTAATAAAATATGGAAGTTACCACAAATTACGTCCTTTGGTAGTTTGCGAGCTTTCGAGCATATTTTATAACCGTTAGGTTCTTCGTCTGGACAAGCTCTAAAATGTTTCTAAGATTTAAATAAGGATATTTCCGATATGGTTTTTGCCTTATCGAAAAGGCGCCAAAGGGAAAATTGGGTTTGCGAAATCATTGTTTGCACTAATATTATATTCTGTCAATGGGATTGAATCAGAATAATAAGGCTCATAGAAGTTCGATTCTTCCATTACGATTTTCGGAAGAGGCCGTTGCGGTGATTCGAACACATCTTGCAAATCGACCTGAATCCTCGTTTCATCTAAGGATTGAGAGAAAGGGTGGACATGCCAGTGTTCAGGTAGGTTATGAACAAAAGAAAAATCTGAATACCATACATGCCTATCCGATTAAAATAGAAATTTCCGAAGAGGATGAGATTTGTCTGGAAGGTTCTCGAATCGATTGGAAACCGGAAAAACAGGAATTTTATATTTATCCGGACGTGGATTTGGATATAGAATATCAAAATATTCTAAATAGATTTAAGATACGTGCAAATCGGAATGTATTTAGAAATGATAAAGCTAGAATTTATAGGGATCCTTCCGAGTTTCCGAATTGGTTTCCCTTGAGGATTCGGAAGTTAGAAATTTCTAAAGTAAAAATTCAGGGGAAAATTTGGATCTTGGCTTTGGCCCATCGTTATGAACCGGAAGAAATTCTGAAGATTGAAAGTACGATTGCAGACGAGATATTGGATTATTTTAGCGACTTTCCGGACCGCAATGATTAGCGTTTCCAGAATACTCGATCACCTTCGGAAATCGATTTTAAGCCTTTGTTTCCGTTATCCGGAACGGCTCTGGAAAGAAAGTAATCGATTTCTTCGATCGTAGCTTCTCCAGATTTTCCGGAGGTATTGTAGAATTGAACCTTACTACCTTTTTTTAAACCATCTAGAATTCCAACATTGATGATGACGTCTTCGTCTTTTACTTTTAAGACGGAGCCGCTAGGAGGGATCGCCGCTGAAATTTTAGAGACGGATCTTGCTACTGCCTCCGGAATAAAATCTCTCCCTTTTGAGAATACTCTAAATGTGGAAAGGATTTTTTCGTGTTTGGAATCCTTAATCGTCCAGTCTATAAACAATGAATGATTTTCGTATTTTAGAGAACCATAAACTAGAAATCTAGGTTTAATTCCATTTTTTGCGGAGTCCTTGATTTTGAGAAAGGTAGATTCCGTGTAGGGTAAGATTTCCGTATAAGGATCGGCTTTTATATCGAAGGAAACTGGATTATTCCGAATGGATTCTAAAACCTCTGAAAGAGAGACGGTAGGATTTAAGGAAAGATTTCTACGTACGGAAGAAGAAACTAAGACCGCGAGATCTGGATAATCACCTAAATAAGAATTATCGGAGAGGTCGAACAATAAGAGAACAGGCGGGGTTCTTCCGTAGTTTTCCACGAGATTGTCGCCTGTGATTTCAAGAAATCCTTCTTTATAGGCGATTGATTGTTTCATCGAGTTCAGAAGATTTTCGATTTCGTACTGATATTTTTGATTTTCGGGATATTTCTTTCTCAAAAATAAAAGGAGATTGAGATAACGCGGAAAAAATCTGGTTCTTTTGTATTCGGATAAGGTTTGAAATTGAACTTCTGGCTGACCGGGGATCAGTTCTCTAGCGGAAGCAAGGTGATGAGAGGCCATATCGTATAAAAGAGAATTTTTAGAGGAATGAAAGCGTTGCATTCTATACTCTCCGAGTTTTCTTCGAAAAGAATGATTTTCCGGAAAATGACTCAATGCAACTGATTCCGCTTTTTGCCTTGATATCGAATTTAAGTCGTCTAATTTTAATATTTCGGTTAACGCGTCTTTTGCAGAAAAATCTTTGTTCGTTCCTTTTTCTTCGGTAAATGCTTTTAAATAGAGATACAAAGGGTTTTGAGGGTAAAGAGAAACGAGTTTGCGAGACAGTAAAGCCGCGGATGCAAAGTCTCCCTGCCAGATTTTAATTCTTGCAAGCGAGTCGATCGCTTCTTCGAAATCCGGATATAAGGAAATAGCTCTTTCTAACTTTTCTGATGCCATTTCCAATTTTTGTCTTCTCTCTTGATCGGAACTTTTTTTGGACCAATCAATCAATAACGAAGCTATGTTGAAAAATAAATCAGGATCATCTGAAGAGGACGCGAGAACAGTATTCCAAAGATGATAAGATTTAGAAAAGTTACCGGTTTTACCGTTTACTTTCGCTTCTAAAATTTGAATTTCTTTTGAGTTTTGAAATTTGGATCTGGAGACTTCCAGTTTTTTGAGAGCAGATTCGTAGTTTCCCATTTCCAAAAGAATTTGAATTTGAATCGGGGCTAAAACCGGGTCGAATGGGTCGATTTCCAAGGAAGGCTTTAAGAGATTTAAGGAATTTTGATATTCTTTTTTACGGGCATAGGCTAAGGCGGCTCCTTTGATTGCGGTTTTATTTTCCGGCTCAAGTGCGAGAACCTTGTTATATGCTTCGAGGGATTCCTTGTCTTTATGAAGATGTTTTGCCGCCTCCGCGAGCCCAAGTGAAGAACGAGTCGACATGGGATTAGAACGGGACGCTTCGGAAAAGGATTGGTAGGCTGCGGTAAAATTGCGAGCTTTGAGAAAGGATTCTCCTTCCTGAATTTTTTGAATCGTATTTTCAGAAGAAATTGGTTCGATAAATAAGAATAGGATTAAGATACCAAGGGAGTGTCTTTGTAAAAAACTTAGAATCATTTCGTAAAGAATCCTGCTTCAGTCTTGCCGGATGTGTTTCTAAAATTTGCTTCTATGATCAAGGGAATGTAAAAATCCTTTTTATCCACGTCGATTCTACTTTTGAAGGATACGATATAACGCCTGTCTTTATGAGATAAAAAGGAGTTGTAAAGGTTCTTTTCTAATCCTTCACCCGGAATTAAGATAAATTTTCCTCCGGTAGAAGCCGCAATTGTCTTATATGTTTCAACTGCAGGTCCGGTGTCCGAAAGCGATAAAAAATATATGGGAATCGAATGTGCTTTGGAATAGCGGATAATTTTTTCCGGTGAAATTTGGGTAAACGAATCCGGATAAGAATTCCCTGAGATCAATACCAAAACGATTCTCGGCCCAAGACGACTGAGTAAATCGGATATTCCTCTGTAAATCGCTTTCCCAGTCTTAGAGCTTGAGTCACTGGGAGATGTTCTTAATATTCTAAAAATCTCATACATTGAATGGTTGAAATCGGAAGTTTTGATCAATTCCTCACCGGAACGAAGAACTTCTATTCCGTCGTATTGTCGAAGTGAAGTTAGAAGAGGCTTTAAGGATTTTTCGAATATTGGATAAGCGGATTTAACTTCGGGAGTATTTTCATAAACGAGGGACACTGAGATCCGATTGTTAAACTGTTGCATATCTGCAAGTCCGATCAGTGGAGAAAGATTTCCATATTCATAAACTTTAAAGGAGTTTCTTGGTATCGCCTTGATATCTCGACCTGATCTATCTCTTATGCGGAGAAATACGGAAATATCTGGATATTCTTGATTTAAAACTTTTTCCAATACGATATCCATGTTGGAAGACAATTGATTGGAGGGGCTAAAAATTTCCACTCGATGTCGATTGAAGTCCGCGATGAATTGTGTCCCGGTATAATCGAAGGTTGAAGAGAAAGGTTGGTTAAGTTTTCGTACTACGTTTTTTGAATCTCGAAAGGAATCTAATAATCTCCAAGTATTGTCTACAGTGTTGTAAATGATGAGTCCCGACTTTTCGTCTGAGATATAAATTTCGTTTTTTCGAATTGTTAGATTGCGGGGAGATAAAAGGATATTTGGATTCGTAATTTCTCTGAGAAAATTACCTTCCGAATCGAATACGGCGATTCTAGAATTTCCACGATCGGCCACATAAATTTCCCCTTGGGAATTAACTTTGAGTCCGGACGGGTTGCGTAGAATTCCGACCCCTATTTCTTGAATGAAAGTACCATCTGCTTTTAACTTTTGAAGCCGATTATTACCCGAATCGGAGACATAAAGATATCCATTTTTTGTGAAAAATATTCCGGTTGGTCCGTGAAATTCCCCATTTCCTTTTCCTGAATTTCCGAATCGATTATGGTATTCACCTTTTGTATTGAACTCATAAATCTTATCAGCTTTAAAATCAGTTACAAAAATTGAATTCCCTCTCAATGAGAAAAATAAGGGACCCGATAAATTCCGACCTAAGGAACCTTTGAAGTTATCAACCGGATTACCATTCGGATCAAACTTTACTATGTTTGCTGTGTCAAAAGAAAGGACATAGAGAAATCCGTCGTCGTCGACGGCTACGTCGGATGGATTTCGAAATCGGAAACGTCGGAGGTCATCACCAAAGATTGAGGAATAATAACGGACCGCTAAATCTTGACTTCCGCCAGCTAAATTGATTCTAAGTGCGTCTAATCTCGCTTTTTGAATTTGATTGAGACCTGTAATCCCCTCAATTTGTTCTAATTCCGACATGCTCTCAGGCCAGTCGCCGGAGAGATAATATGAGTTCGAGAGTAGGAGCCGAGCTAATGTAAAGTCGTTTTTAATTGAAAGCGCTTTTAAAAAGCTTTCTCGTGAGGATGAATACTGAGAGTTATTAAAATAAGAGAATCCTCTCGCAAATTGTATTTTTGCCTCCTTTTCCTGGATGGAAAAGTTCGGAAGTCCGTCGGAATTCAAAGAGAATGCAATAGAGATGAGGATTAAAATAATAAAAAGTCGAATAAGATGCATTCTTAATTTGGTCCCTATCTTCTATAGGCAATTGAAAGAGACATAATTTCAAGAATTTTTTACCAAAGACTCAGGAATAACTCTACTCTGAAAATATTAGCAGTGCTTATTTGGGAAGTTGTATTAAAGAAGGGACCTGGGCGTTAAGTCATTCGGAAGATTGGCGTCTCTCTGAAATTGAAAGTCAGATAAACTTTTAAAATCCCTATTCAAGACTTATTGTTCCTCTAAAAACTTCTTGGCTTTAAAGGGAAACATTTTTGAAAACTTTACTACTTTGTTTCCAGTTTTGGTGATGTTCTTGCCAAATCTCTCTCTTAGCCCGATTTTCGGAAAGCTCCTCTCTTGTTTCTCTAATGAGAAAATCTAGGATAAGAATATAGTTTCTGAAACTTATCTCGATTTGATTCAGTTTTTCTTCTAAGGAGACATCCATTTCTCCTTTAAATATCGGTTTTTCCGATAAAAAAACGGAGAATTATGCGCTATTCAACTCGAAATTTTTTCCGCACACGAGTTTCTTCAAAATCGATTTTTGGTCGGAAAAAAATCGTAAAATGAAAAGGGATCTTTTGTTTTCCTAGCTTAATAAGTTCATTTTCTAAATTCTTAAATTGCGAATCTTCTTCTCTATCCAAATCGATGAGTCGAGAAAAAAAACTTACAAACTGAAATACCAAAATAGAATCCTGCAAATTTTGCTTCATACCAATCTTGGTGATTGGGACGAAAAGAATAACGGATAAGCTGTTGATTCTTTGATTGATAGAGTGTCTTTCTGAAAGTTGTATCCGTGAATTTATAGAATAGATTTCTTTTTTGAAATTTAAACATCAAATAATGAAAGTAGTTCTTTGAATTTTTATATTTTTTGATTTGTATAAACTTATTCAAATGACCCGGGATCAATAAATTCGAAGGTCCTGTATTTTTTGGATTTGTCTTGAAACTCTGTGAAAGCGTTTGGAAAGATTTTTTGCATTGTATCTCCCTGCTAAATGCGCTTCCATAAAACTGATAAAATGAAAAAAATTACAAAAATATCCAATTATTCATTCGGCTCCATAAATAGGAATTTAGCTTTGAAAAATCTCGCTGAACGTTTTTTCTTGATGTATTTCTCTTTATGGAGCCGAATGATTTCGGTTTTACGACTTAGAAGATTCTAAAGAAGAAAATTACTCGAAATGAGATCCTACTAGTTCCTATAAAATTGAGTACCGTAAATTTTTATTACAAAGCACGTTTCAGTGAAAATATTGGGTACTCTGTTAATATGATTTTGAGTAAGAAAATCTTTCGAAAAGTTGGAAGAACACTTTTGAAAGGTGGAATTTTTTTAGTTTTGATTTTCCCCTTTCGAATCAAGATTTGAGATTGATCGAAAACTAAAATCAGAGCCTATCTTAAAAACCTTAAAAGAAATCAGTTATAATTATTTGTAAGTTCGTAATAAAATATAGAAGTTCCCACAAATTACGTTCTTTGGTATCCTAAATGCGATTCCTGAGGAACGATTGTTTGAGTTTCTCTTGCGTGAATTATTTTTAAAACATAGAAAATTTCCAGAGATCGACTGACATCTTTTATAAATATAGGATTTCGTTTAATATCCGAAGAAAGATAAATCCAGTTTATAACCGATTTGACAACAAAAACAGAACGTTCGTTATGTTCTAAGAACTTGAAGTGTGGAAAACTCCCTTGACCCGCTATTTGAACAAAATATTTTAGCTGCAGAAAGTTCAAATAGGAAAGGATTATGATTGATTTAAAAGGTAAAAGCGCAGTAGTCACGGGATCCGCGAGGGGAATCGGAAAATCTACGGCTCTGACTCTTGCAAAAGCGGGAGCGAATATTGTGATTGCTGACCTAAATGAAGAATCCAGCAAAGCGACCGCAGATGAAATTGCGAAACAAACCGGAGTAAAAGCGATCGGAATCGGAACGAACGTTGCAGATGCGGATTCTGCGGCAAAAGCGATCCAAGCCTGTGTAGATGCATTCGGGTCCGTGGACATTCTTGTAAATAACGCAGGGATAACGAAAGACACACTTTTGATGAGAATGAAAAAGGAACAGTGGGACGCGGTGATTGCGGTAAATCTTACGGGAACTTACAATTGCACTCAAGCGGCTATCAAGTTTATGATGAAAAATCCGAACGGAGGATCCATCATAAACCTTTCTTCTATCGCCGGAGTGAACGGAAACATCGGACAAACCAATTATTCCGCGTCTAAAGCTGGAGTAATCGGTTTTACAAAGGCCGTTGCATTGGAAATGGCTTCTCGTAAAGTTCGTTGTAATGCAATTGCACCTGGTTTTATCGCAACTGAAATGACAGACGCGATTCCTGAAAAGATCAAAACCGCCATGATTGCGGCAATCCCACTCAAAAGAGCAGGACAACCGGAGGACATTGCCAACACAATTGCATTCTTAGCTTCCGATATCTCCTCTTTTATTACCGGCCAAGTAATCGAAGTGAACGGCGGTGGCTTTCTTCCGGGCGTTCAAGCTTAAGATAAGAATATAAAAAGATTCTTTCACTCTAAAAAGAATGAAAGAATCGAGTCTTCTTTTATTTCCTTTAATTTGTTCGAAAACCCTAACCTCATTTGATTCTTTTTGTTCCTTTTTAAAATAGAAGGTTGGGAAGAAACGTTTGCAAACGATTCTAATGAGACAACCTGTTATAAAAGTCTATTTCGGAATGGGAGAGAAGGTGTCTCACGTTTTTGAAGAGTGAAATGCCCTTGGGTTCACAACGCTTTCGAAAAGGCGTTTTGAGTTACCGGTTTGACTCTTTTGAGAAAATAAAAGTAAGTTTTGGAACACTTTATAAATTTCAAAAATTTAACTTTCATTTGCGAAATGTTTTCTTGGTAAAGTCTGAATTATAGGGAAACATTTTATGAAATTTTTCCTGCGTTACATCCGATCACTTTCAATCTGTAAAAACCGATTTGAAAAACAAAAACCAATTATCAATTTAAAGGAGTTTTTTTCTGAAAAAAAGTATATTGGCTTGCCAAATATTTTCGGAATTAAATCTATAAAATTCGGTGGATTTTATATCCGCCTGACTAAATCTAACAAAAAATCATCATACCACCTAAATGTGGTACGGAGGAAACAATGGCAGACTTTGAAAAAGTTAAATCTATTATCGTAGAACAACTTGGAGTGGATGAATCTGAAGTTACACCTGAGGCTCACTTCATCGACGACCTCGGTGCGGATTCTCTAGATACGGTTGAATTAGTGATGGCTCTTGAAGAAGAATTCGGAATCGAAATCTCTGACGAAGACGCTGAAAAAATTCAAACTGTCGGAGACGTAACTAAGTTCATCGATAACCTCAAGTCCTAATCGTTTGAGATTTTCCGGGTTCTTCACGGGACTCGGAATTCTTTTTCCTTCCTTTGGTCTTTAAAAAAACACAACCTCCCCCTTCGTTGAAAAATCCGGAACGGGTTCAAAGTTTTAAAAAACTTTCCAAAAAAATCGGAATCAAGTTTTCAAAAATAGAATATTATAATACCGCATTTATCCATAGTTCTTATAAAAACGAAAATCCGGAGATCTTAGAAGACAACGAACGACTTGAATTTTTAGGTGATTCGGTATTGGGTCTTGTGGCCGCTCGTTCTCTTTTTCAAAAATATCCGAAAGCGAGCGAAGGGGAATTATCTAGAATCAAATCTAGAATCGTTTCCACTCCTATTTTAAATTCAATTGCAGAAAAGTTGAATCTCGGTGAATATCTTCTCTTGGGCAAGGGTGAAAAAAAATCTCAAGGAAAAGGTCGTCGTAAAATTGCGGCGAACCTTTTCGAATCTCTTGTGGGGGCGATTTATTTGGATCGAGGGTTTGAGGTCGCGGAAAAATTCATCGTTCAGCATTTGTTGGAATTTGCAGAGAATCCGGACATGGAGGAATCTGTTAGGGATTATAAAACACAGCTTCAGGAATATTCTCAAAAACATTTTAAGACTCTCCCTGTTTATTACATGAAAGGAGAATCGGGGCCGGACCATTCAAAGACGTTTCAAGTTTCCGTTCGGATTCGAGATAAATGGGAAGCAAGTGGTTACGGAGCCAGTAAAAAAACAGCAGAACAAAACGCGGCAAAGGAGCTTTACGTCCAAATTCGGAGGAGGTCTTAAGAAACTCATCTGTATTCTATTTAAGAATACGAGGTCTTGGATTTTCTCGGATGATCTATAACTGCGAGTTGTAGAGAGTATGTTGTTGCTTGATTGAAAGAAGTTATAATTCTCCGTAATGTGGGAATTACCCCAAGCTCAAGAAGGTCCCGCGGTGTGGGTCCGGGGAAATATACGAAGAAATTGAAGTGCAGCTGGAAACAGAAGAGTGGGAGGTCTTGGTTTTACTAGACTTTTCCCACTCAAACCTCTCTAAAGTGAAATAGTTTCGACGTTTCAGTGGTTAGGATTCCCCGATGTGAGCTTTTAAAAATTAGTGTCCAATATTGGTAGTTCCCACGTTTTAGAAGTAGCGGGTAGGTTTTAGGTAAAACTCGTCTTTCCAAATCAAGATTCCTCGGATCAAAAGACGACAATCTAAATAGAATGGATTTTTTCTTTAAAAATAAAGGAATGCGGGTCAGAGTCGCGGCCCTAATCGAAAATTCTCAAAATGAGATTCTTCTCATTCAACAAAAGAAAAAGAATTCTTACTACTGGCTTTTGCCGGGAGGAGGAATTGAATTCGGAGAAGGTGCGGAAGACGCCCTCAAAAGAGAATTAAAAGAGGAACTTTCTCTTGAAATGAAATCGGCTTCTTTTTTACTTTTAAATGAATCTATAGAACCTGGCGGAAAAAGACATCTCATTCAACTCGTCTTTTCGGTGAGCGTCAAAAAAGAAGTTCCTGAACTCAATCTGAATGAAAGGGCAATTACGGGTTTCGGTTATTTTTCTCCGGCGGCGATTCGTGAAATGGATCTTAGGCCCGACATTAAATTCTTCCTTTTGGAGGGAGATTTTAAATCAGCGCCGTTTATCAAAAGCATTTGGGTATCGGAAAAAAAATGAGTCTTATCGAAACCATTCCAGTAAATACGGAACACAAATCCGTTCCGGTTCACCTTCATTCTGATTTTTCCGGTCTGTCGGAAGAAATTGCGAAACTTCCCGGGATCACTTCCGTTTTCTTAATCACGGAAAGATCGATTCATTCTATCTATTCCAAATATCTTGAAAAAGAATTATCCTCTCTCGGAATTCCAGTCAAAGAGATTTATATCAAAGGCGGAGAAAAATCGAAACACATAGATCGAACCGGACATATTTACAACCGACTCATTGAATACGGGGCAGACCGTATGTCTTTGATTCTTGCGTTCGGCGGAGGAGTCGTGGGGGATTTTGCGGGTTTTATCGCTTCCACTTATTTGAGAGGAATTCGTTTCGTTCAGATTCCGACGACGCTCCTTGCTTGTGTGGATTCTTCCGTTGGAGGTAAGGTTGCTGTGAACGCCGACTTCGGAAAAAATATGATCGGCTCTTTTTATCAACCCGAGTTCGTATTTGCTCCTTTGTTCGTTTTGTCTACCCTGCCTGGTAGAGAATGGAGATGCGGTCAGGCGGAAATCATAAAACACGCTCTTCTTTCCGGTGGCGAATACTGGGAAAAAGTCAAGAAACATTCATTCAAAGATTTGAATGTAAATTCTCCGGTCCTTCCTTACTTAATCGCGGAATCGGTTCGTTTTAAGGCGAACGTGGTTTCAAACGACGAAAAGGAAACGGGGCTACGAAAAATTTTAAATCTCGGACACACCACCGCTCACGCAATCGAATCCGTCACGAGGTATAGGAAATATTCTCACGGAGAGGCGGTTGCGATCGGTCTTGTAACCGCGCTTTTAATTAGCGAACAAAAATCGGATCTCGATCCCATTACCATACAAGAAACGATCGAGACTCTGAAAAATTATAAACTTCCGTTTCAGGTCAAATTAAAATCCAAAGAACTCGCCAAACACATGCTTCACGATAAGAAAAACTTAGGCGGTTCGATTCGTTTTGTCCTTTTAAAAAAACCGGGCTTTCCTGTTTTCGATGTTCCTGTGGAATCCAGAGACATCATATTAACAATTCGTAAACAAAAAGGTCTTTGATGTATTTTGTAATCGATTTTTTGAAAAGTATCAATCCATTCATCCTTTTGAAGGTGAGGGATCGAAGTCTTTCCGAAGAGTTGATTTTGATCGCCTATTTCATTCTTTTTTTGGTCCTTTCTTATAAAGTCACCATTATCGTTCTCGATTTTTTCAAACCTACCGTGGACGTAAAATCTCGTTACAACCGTAGAAAAATGGCCAGAATGTCCTTTGTAGTTTTGGGTTTGATTACTCTTTTGCCGGTTGTCTTTTCTGGTCTTTCGTATCTTCCCACTGTGATTGGATTGGCCGGTGCCGGTATCGTCATCTCTCTGAAAGACATCACCCTTAATTTTGTAGGCTGGTTTTTTATTCATGGGAGCAACGGTTTTGAAGTGGGGGATCGTATTGAAATCGAAGGAGTTCGGGGTGATGTCATTAATATCGGGATGAATCGTTTTACACTGATGGAAATTTCGTCTGATCCTAAGTCCGATCAATCTACGAATCGCCTTGTTCATTTTCCGAATCATTTTGTGATTTTACGTCAAGTGATCGTTGTGAAAGACAAAATGGATTACGTCTGGGACGAGATGAGAATTAAAATTCCGTACGATTCCGATTTTGAAAAAGCTGAAGAGCTTCTGAATGGTATCATCCGTAATAACGCTATTATTGATCAGAGTGAGATTAATTATACTCTCCAGGAACTTTCTAAAAATTATCTTGTTCGCCTTGGAAAAACATCTCCAATTGTTTATCTTTCTTTGGAAGACGGAGGAATTCTTTTTTCTCTTCGCTACTTAACTCACATAAGAGGAAGAAGGGATATGAAGACGAAAATTTCCCATCAGATTTTGAAGGAGTTTAAGCAGTTCCCTGGAATTCGGATTTTGTAGTTTAAAAGCCTTTTCAAAAATGGAATTCGGCTTATCGCAAAAATAACGAAGAGTATGGAAAATAAGTTAATACTTTGACGGGTTCTAAGAGGTGTTCGTGGGAGGTTCCGTTTTATGTAAGGAATGTTTGGTCCTACCAAAACGGTTAAGAGAAAACTTTGTGTGAGTCTTAAAATGCCGCAACGAGGATCGTTTCGATTTCGTTCTTGGGAAGCTCTCTCGGGAGGGAATCCAAAAAAGGAAACGAAGCCGCAAGGTTTGCGATCGATGGAAGATCGATCTTTTTTACCTCGTATTCTGAAAGCCTCTGGGGAATTTTTAGTTCGATAAAAATTTTACGAATACCTTCCACGGCCTTAATCGCTGCTTCAATCACAGAAATATTGGTGATATCCTCGTCTAAGGCTCTCGCGATCATTACATACTTACCTGCGGAAGAGGTCAGATTGTATTCCATAACGTGGGGGAGTAGAATGGACATAGACTGAAAGATATCTAAGTTTGTAATATTCGCACTTGCTAATGAAAGAGCGAAACAAAGTCCGAGCGAACTTGAGGATTGAGCGATCCCTGTCAAAAGGCTCGCCGCGTAGAGACCGTTTTTATAGTTTAGATTTTTTGGATCCCTGATCGAAGGGATCAGGTTTTTTTGTAAAAGTTCGATGGCTCTGAGTGCGGAAGAGATTGTAAATTCCGTGGAAAACTTAGAAAGAATCGTATCCACGGCTGCGGCCAAAATCCCCACACCTACTTTGGAAATGTCTGCGGAACTCATAAATGAGGAAATTTTAGGGTCGGCAATGATCAGTTCGGGAAATAAGAACTCGTGAGAGAAATACTTCGTAATCTTTTCATCTCCGAGAAGTATCGTCGAGATGGGAGAGCATTCCAAACCGAAAATGGGATGAGTCGGAATTAAAATCAGAGGAATCGGTCTTTTAAGCTTTGCCTTCTTGTCGTTTATCATGTCTTTCGCGAAGATATCGTTTGTGACGAGTAGGGCAATGAGTTTTGCCATGCTGATTGATTCGTAAGAGCCGTAACCGATGATACAATCGGCGTTTGCGATCTTCGCGAAATAAGCGGCCGTATCTAATTCTTCTGAGGTAGGTTCCTTGACGATGTCGTCGTAGAGGATGACTCCGTCGATATGTTTTTCTAAACTCGTTTTGATCATGGAAAGTTCGTCCATATTATCCAGCTCTTGTTGAGTGGAAAATATCACGGTTCTTGAACCGATGTTTTTGACGAAGTTACCCACTTTGTACCCGCAATCGGCTTCAAAGTGGATTTTTGGAGGAAATGTATAGTGAACCCAATCGGGGAGTATCGGCATCTTTGTCGTCTCCCGGAGCTATCCTAGCGACTTTCTAATTTAGATAGAGGTAAAAAATCAGTTTATTCGTACGGTTTTTATTGACCCAACATGGTTTCTGAGATTCTGTCCGCGATTGTATTCAAAACGTCGGAACTCAGATTATCGTAATCCCCGTTTTTCAATTTTTCCTTAATTTCTTTGAGTTTAACGGAACGATCACTATCGTCCGGAGTGGAAAGAATTTTGCGAGTTATAGTTTGAATTTCCGTTTGAAGTCGTGCTTCGGATGCTTTTTGTTTTGCGGTATCGGAAATAGAAACGTTATCGAAAGTTTCTTTTGATTCAGCTTTTTTAACCGGAGTTGTTCTTTTCGGTTCGTATCCGCTTCCACCGATCCCACCGATTTTATCGATAGTCATGATTTATTACCTCTACTGAATTCTATCGGCCGATCTAGAAGAGCCTTTAAGCATTTTTTTCCGATTCGTATTGATTAAAACCACAAATTCACCCTTATGGACAAATTTCTTCGGGTTTTCAGAGAGAAAAGGAGAGAAATAGAGGATTTCTTCGTGAATTTTTGTCATTTCCCTACCAACAAGAAATTCGGAATCTGGAAAAACCTCTTCTACCGCATCCAAAGTATCCCCGATTCTATGAACGGATTCAAAAAGCATGACGAGTCCTTCGAATTTTTTCCATTCGGTGAGTTGGTTTCTTTTTTTATTTTTCTTTTCGGATAAGAATCCAAGGAACAAAAACGGATTAGCTTGCCAGCCGGAAATTCCGAGCAGTGCCGTGAGGGCGCTTGCACCTGGAACGGGAGTGATTTTAAATCCTGCCTCTCGAACCACTCGAATCAAATGGGAACCTGGATCCGAAACCCCTGGAGTTCCTGCGTCTGAAACGAGTGCGAACGTTTTTCCCACTTTCAATTCTTCTAATATACCGGAATATGGAGTTTCTGATTGATCTCTGTAGAGAGTAGAAGCGGGTGCCGAGATAGAATAAGATCGGAACAGTTTTCTAGAGTGCTCCGCATTTTCGCAGAGGATTCGATCCGTATTCTTTAAGATTCTAAGCGCTCGAAAGGTGAGATCTTCTAGGTTTCCGATCGGAGTGGAGACTACATAAAGAGTTCCCGGCTCAAGAGGAATTTCCGCAAATGATTCGGGAAAGGATTCTTCCCCTAAACTCATAGATTGCAGCCCGGAGGAGAAACTCCGGAAGGACAAACACAACCAGTTTCTTCCGCGTTAGAGATCGTGCAAGGATTACAAAGTGTTCCGACGGGACAATTTTGTTTTACCACGGTTGTGCAAGAAGCGTTATTGCATTCCGAGGGATTGCAGCTGGAACCGATCGGACAGAGGTAGGGCCTGGAAGAAGAACACATTTTTACAGGAGTAGAAGGATTGGAGAAGATTCCACTGTTCAAAAGGGCCCTCATCGTGAACGTATAAATTTCACATTTAATAAATGGAAATACTCCAGGGGGAGGAATCTGATTGAGGATCCTGTGAGTTTGTAGTTTAGAAGAACTCGTAGATGCTTCGGAAGAAAGATGAGAAAAGGAAGGTTGTACTCCATTTTCCAAATACACGCTTCCAGCGGCGAGGGTTTCCGCAACCGAAGGAGCTGTCGTTGTGATGTAGAGATTATAGCCTACGAATTGTGGTTCTGCATTGGTCACATAATAGCGGATTAAAAATTCCGGTTTATAATTGTTCGGCTCGGATAGGAAATCTACGTCTTTTGACATAGTATTCGTGATTCCCTCGTTTACTGCGACGATGCTTAAAAATTGAGGAACCCCTACTGGAGAAATAAATATAAAAGGAGATTGTGCCACATCCGTGTTTCTACCACAACCTAAGAAAATACAAATCAAGGAAAGAACCGGAAGAAACGTTGGACGAAGAATCTGAAAAGCCATTTTTATCTTGCGTAGGATTTGGTTTCTTAAAAATTAGAAACGTATTCGGGATAGAATTTCCTAGATCAGCGGTCTTACAATCAAAATTTCTCGAATTTCTTCGGAGCATCTCGTGGTTAGCATTCGTAAATTAGTTCTTTATTCTGGGATTTCAATTGTGTTTGTTGTACTCGTTTGGATTCTTTTTTCTTCGGAAGATTCAGGTGAGAAAGAAAAAAAGAGTAAAGAAGCAGATAGTGTTGCGCTTTTATTAGGTGGAGGGGGAAGTTCATCGTCTTCTTCCGGGAGCGGGAGTAGAACGAACGAATCCATTTTCGATTCTTCCTTTTATAAGGCTGGAAAGGGGGAATACGTCGAGGCTGAAAGAGGAGAACAGAAAGAAGCCGATCCGGATGCGGCTGACGCGGATAACCCTATCAATCCTCAAACGAATAAACCTTATACCAATGAGGAGATGGAACGTTTCAGTCAGCTTCGGGAACGTTTCCCGAACAATTCCCTCGTTCCGAAAAAGTTAAGCCCTGCGGAAAAGGAAGCGAAAAAACAAGAAGACAATCAGATTGCGGAAGCGGCAAGAAATGTTTACGCAAGAACTGCTTCTCCGACTCAAATCCGTTTGTATTACAATCATATGGAAAAACAAACTCTGGATAGAATGGATATCATCAACTATCTTGTGGATTTACAAAAGGGTTCCGGAGATGAAGAGACCGAAAAAAAACTACAGAACATCCAGGATTCTATCAAAAACCAACTCCAACAGGTTCAAAAGGATAAGGAAAACGCCTTTCAACAAGCCGGACTGTAAGTGCCTTGAGGATATGGTATTTTGGAAATGATCTGAAGTATGAAGGGCACATTTTCAGTGCCTTCCCTTCAACTGATTCTTTTCCAATTCTTTAAAATCCGTTTTTTATTTCTGGCAGATATCTATTTTTACAACGTATAATATCCTAATCATTTAGATCTCTTTGTGACACTACATTATGCAATGATTGGTAATAATCGGAACACACTAGCAGTTAAGAATATTCTAAATTTCTGATTCACTTTCTTCGGAGAGAATCGGAAACCGAAAACTGGATTTAGGGTCTAATCCGTAATCGTCCAGGTGAAACGAGGGAGGAAGTCTTTCCCGTTTCCACTGATTTCTATGAAAGAGGACGATGTATTTTCGCACAGATTCTTCCAATCCTCCGGAGGTTAATTTTTGTATTTCCGAGTCTTTCGAAAGAAGTTGAACGATTTCGGAAAAACTGGCGCCTCGTACTATGAATAACTCTTCGATTTTTTGTAAAAGAGGGTAGGGCATTAGATCCTTTTCGTCTTCTTGTTTATCTTTTAAAGGTTTAAGTTCTGCGCTTGGGGGAGACAGCGCAATCTCTTTTACCGAAGGATATGCGGGAAGGATCGAATCCTTTCCTTCTGCGACAAAGCGCATCCATTTCAAAATAAATTCTTTACTAACTCCAGTAAGAGGGGCGACCGATCCGGAAGAATCTCCGTCCATCGTGGTATAGCCGACGCTTGCTTCGCTTCTATTTCCGGTGGAAAGAAGAAGATGTCCGTTTAAATTTGCGAGCATCCAAATGATCGGAGAGCGGATTCTCGCTTGTATGTTCTGCAGAGTTAGATTGTGCTCGTTCCAATTGAAAGAAATCCCCGTGATCTCGGAAATTTTCTGGGAGATATTTTGAACTTCGGTGTCAATTGTAAGCTCTCCATGAACGGACTTTACGTCTTCAGCCAATGCTTTTGCGAGAGATCTAGTCCGGTCCGAATTGTTTACGGTCGCTTGATAGAGAGTGGAAAGAATGGAGTCTTCTTTGATTCCTTGGGAGCTGAAAATTTTTTCGCCTAGTTCTTGTTTGGCAATTTTTTTCATGGCAGTTACAAGAAGGGCACAGGCAGAACTGTCCGCTCCGCCGGAAAGGGAAAGTGTGTAACCCTTTGTTTTGGAGTGTATTAGATAATCAAAAAGTCCTAATGCTACTGCTCTTGTGAAATCCAGATATGATTCTTCTTCTTGGGAAATGGAAGGTTCCGGAAGCGGATAATTTATTTTTGGAGTTCTTTTGGGAAATTTAAGACTGAGATGGATCCGATTTTCTTCGAAGGATTTTTTTGAGCTGAAACGGTTTCCGGAAGGGCGAAAGTTTTTTGCACGATCGGCTCTGGAAGTTTCAAAGTTTATTTCACAGGAACAAAAATTGAAATCGCCGAAAAACAGACGTTGCGATTGCGCAATTAGCTTTCCGTTTTGAACGATCATCGAGCCGCCTTCGAAGATCAGCCTTCCTGACTCGTTTCCGCAGAGATTGGAAAATAAATATACGTTCGATTCCCTTCTGGAATTTTCCTGAAAGATCTGCCTGCGGATTCTCTGCTTTCCGAATGCGAAATGAGATGCTCCCGGAGAAAGGATGAGATCGGTTCCAGCTTCGGAGAGTGGAATTGAAGGCTTTTGTAGAACCCAGGAATCTTCGCAGATTTCCACTCCGAAAGAAAATTGATCAGTTTCAAAAATGAGGGAACCGAAAGGAATTACGGAACCGTCCGGAGCAGCAAAATTTTTACGGGTTTCTTCTCCTCTCGTAAACCATCTGTTTTCGTAGTGCACTCCCGTGGAAGCGAGATTGGATTTGGGAACGATTCCCGCTACGACTCCATTGCAAAGTACGGCCGCACAATTGAATAGATAAGGATTTTGGAATATAGGTAAGCCAACAATTACGATCTTATTTTCAGTAAGAGGAAGAAGTTCGGTCAAAGAATTCCAGGATTTTTTCCAGATTCGAGGAAAGAAAAAAGAATCTTCGCACCCGTAACCTGAAATACAAAGTTCCGGAAATAAGATCAAATCCGAGTTCTTTTCCTGTTCGAGAACTTTTTTGATCTTATTTAAATTTCCTGTAAAATCGAATACTCTCGTTTTGAGAGAAACGGATGTAAGCCTCACGGGTCGCATGTTTTACAGGATCCAGGTTGAAATTTGTTTTGAAAGTGTTTTTTTATTGGAACTTATTTTGGTAAACGATCTTGTTTATAAGACTCGAAATTCCTTGGAAATAGGATTAGGACGAACTGAGTCCACGTTTTTTTGGTTGAGTAGGTTTTGGAAGAACGGGGAGGCGTTTGCAAAGTCGGAAAATACGTGAATTCATGCTGATAGAATCTGTTTTTGAGATGGCTTTCGATTGAAAACGGGTTTTCGGATTCTTTCCTGAAAATTCACTGGTTAAAAACGTGTAAGAAAGAATTTCGATGAAACAGAAACTTTTAGAACTCATTCGGACTCATGCATACCGTTATTCGGAGCAACCTTTTACCCTCGCTTCCGGAAAAAAATCCAGACATTATTTTAATTGTAAGGAAATTACGCTCGTTCCGGATCGTTTGGAACTTCTCTGTCGATTTATCGTAGAACGGCATTTAGACGAATCAGGGATTTTAAAACCGCAGGCTTTCGGAGGTCTTACAATGGGAGCCGATCCAATCTGCTACGGAATCAGTTTGGAATTTAGAAAACAAGATAGGACCGTATACCCTCTGATTGTTCGCAAATTTTCCAAGGATCACGGAACAAACAAATTGGTGGAAGGTGCGGTGCACGCGGTAAAAAACTGTGTGATCGTAGACGACGTAATTACGACTGGGGGATCCACCATTCAAGCGATTCGTAGCATGCGTGATTCTGGAATCGAGGTCACTCAAGGAATCTGCATTTTGGATCGCCAGGAAGGTGGAAAGGATGCGATCCTTGCGGAAGGGGTTCAAATGTTTCCTATATTCAAAAAAAGTGATTTTGGGAATTTGGAACATGAGTGAATTTCCGTACGATTTCGATAAATTTCGAAGGAATCTGATTTTTCGTTCGATTGCCGTAGTTCTTCTTTATCTCGTGTTTATTGTCTGGAATTTCCTTAAAGTTCCGGAAGAAAATCGAACTGATTTCGTGAAAATTTTTGGTCTTCTTTCCATGGTTCTCGGATTTCTGCTTTATAGAAATTTTTCCAGACAGTTGAAGATTTTAAAAGGAGCCAAAGTGGAATTGACTTCCAATTCCCTGAGGCTCTTCAATTCCAAAGGTCAGTCTCTTGAAACGAAACTCAAGTCTATCGTATCGATTGAAAGGGACGTGTTCCGTTCTTACGTTCGTTTTTTGATTGCAACAAAGGACGACCTGATTCCGGTTTTGAATCTTTTAGAACCTGATCTATTTCAATCCGAGCTGGAAAAAAATTCCGGAAAAAAGGTGGTCGTTCAAAAAAGCAGACCCGGTTTTTTACATCCGAAAACTCTTTTGTATTTCATTCCTTCTTTGATTACGTTCGGCGCCGTTTTTTACGAACCTTTTCATTTGAGAATGGAGTCCTTTTATCTGATTGCTAATATAAACGCCCTTCTCGTGGCGGTCTATTTTCCGGAAGATAAGGTAAAACTTGTGTATTCCGCAAAACGGAGATGGATTTTCCTTTTGGGAGCTTTATTGATAGCTCAGTGTTTGATTTACTTAAAAATTCTATAATATTTAAATGAACGATCGCACACTACAGATCGGCTCATCCTCAGTACATTCCGAGTAAAAGGTTTACAATAATAGTGAACTGGAACGGAAGTTGTTGCCTGTGCGAGTAGAAAGATCATATTATAAAGTGTAAATGGGATTAGAGTTAATTTTGGAGTTTGAAACCTGTTAACTAACAAACACTATAGGATGTAATTCTATTAAGATCGAGTCTAAGAGCGTGTTCTTAAAAACCTTCTTGTACACATTAATGTATGATGCGATTTGACCTCAGAGTTGGGTCATTTAGATATTTTCCTGAGGAAATTTGGAAACGTCTTCATCCGCTGTTGCCCAAGAGAAATCACAATTCACATAAGGGCGGCCGTCCATGACTTAGAACCAGTCTCAAAACTTCAAAATGTAAGAACTACAATCTTAAGCGACAGGAAAAACCGCCAATGTGAGTAATCTGTAGGAACTCCCACATTTTTAGAAACTTGCTGGATCGTTTAGAAATATTTTTTTAAGGTTTTGGGACGGGTTCTTATGATTGAGTAGTAATGGCAGAGATATTTTACAGGGTTTGAACTGGAATCCAATGAAGATATATTCCTCCAATGTTCGGTTCGAAATCAACGTTACATAGAAGATTCCAGGAATGGGTGGCAGCAGAAGTTTTTAATAAAATTAAAAAAGAAGCATTAAAACTTTATGAATGTTCTGTTAAAATTAGAACTAAAAGAATATGACATCGGACGGTAGCTTCAAGGGCTTCACGGGTCCAAACCCGACGGATCTCTGTAAAAGAGGCATTTAAAGGCATATTCTTGTCAATCGGCCATCTGTAGCTTTTGTAATCGTTTCGGCTGAAACTTACGATTCTAAACTATTATTTCCTAATTTAAAAAATTTTAGAATATTTAGAAATTATAATGTTCTGAGGCCGGAGATTCTTTCTTTGGATAAAACTTATGCTAACAATGCAATTGAGGATAAATTAAAAAAGAGGAATATTCGGTATCGAATTCAAAATAAAAAGAACGCGAGAGATCCTGAATGGACTGCTCCATTAAATCCTTTTAGATGGATAGTCGAATGCACTTTTGCTTGGCTCAATGCGTTTAGAGCTATAAAAACTTGTTGGGAATTCGGATTCGATAATTATAATTCATTATTCCGACTCGCATTTGCTATCATTTTATTTAGAATGTCCTGGAAATAGGTTTTGGGACAAGCTAAGTAAAGCCAACGTAATTCTAAATGTAACATCAGTATTTGACGATCTCAAAATTAGGGAAGAAGCAAAGGGGTTGAATACTAAAGAACGAGCCGAAGTTATCTACGACATAGCAAGTTGTAATCTCTCTTGAATTAATTTCTTTATTATCATTTCTATTTCATCTTAATTTCAGGTACTCATTTTGATATTAGCGATTGGGATTTCATAGACTTCTTTTACGATCCTTGTCGAAATTTGGACAAATCATAATTATCCATCAAATTATATCGACTCCGCATTTTTTCACTTTCCATAAATTTCATTCCGAATTCTACTGTTCCCTCAAAGAAATGACAAACCCTAACATAGCAGATCCCAAAAGAATTAGGATTTCAAACCTCCGTAAGTCGTATCAAAGCGGAAAGCTTCAAACGGAAGTTCTCAAAGGACTGGAATTGGACATTCCAAGTTCTTCTGTCATCACTCTAATGGGGCCTTCGGGTTCTGGTAAATCAACTTTTTTGAATATACTTTCCGGCATAGACAAACCCGATTCCGGAGAGGTTTTTGTAAACGGAAAGTCTCTACATTTAATGAACGAAAAGGAGCTGACAAAATACAGAAGAGAGGAAACAGGAATCGTATTTCAATTTTTTCATTTACTTCCGTATTTAAATGCACTTGAAAATGTGGCCGTTCCTCTTTACATTTCCGGAATCGGAAAAATGCAGGCCCGAAATACGGCGGAAGAAGCGCTCGAAAAAGTAGGACTTTCTTCGAGAAAATTTCATAAACCGGACGAACTTTCCGGAGGAGAACAACAAAGAGTAGCAATTGCAAGAGCCCTCTGCAAACAACCGTCTCTTATTCTTGCGGACGAACCCACCGGAAATTTAGACACGAAAAATGCGGAAAATGTAATACAACTTCTCATAGACCTGCAAAGACAATACGGGTTTACACTTTTTATAGTAACCCACGATCAAAAGCTTGGTTCTTTAGGGGAATTTCGTTTGAAGATGATGGACGGAATTTTGGTGGATTAGAACCTCGTGTCTTTTCGGATTTATACACTATTCTTATTCGAATATTTTCGAAGCCATAAACTCGGTGCATTTTTCGCGTTAGCCGGAATATCCTTGGGTGTAGGACTTTTCATTTCGACCAGCGCAAACGGAATAAAAGCGGAAAAAAGTCTGACGGACTTCGCTATGGGATACTTTCAGGGGAAATATAAGATCAAAATTTCCTCTTCTTTAGGAGATCAAAACATTCCGGTTTCTCTTATCCGTGATCTATCAAAAGATCCTTCGATCGTAAAAATCGCTCCCCGACTTCAAAAAGAAGTCATTTTAAACGATTCGGTTCGAGGCGTATTTATCGGTTTGGATTTTTTAAAAGAATCCGGAGAGTTTCTTTCCAAACCAGAAATCCAAAACTCCAGTACACAAAACACAAGAGATAAACTTTCTTCCGTTTTTATCAGCCGCTCCCTTTCCCAAAGGATCGGAGCTTCTAAAGTCGATATACGCACAAACTCGAAGAACTTCTCCGTTACGGAGTTGACTGTATTTGATACGGAAGGCGGAAGTATTCTTATGGAAGACATAGAATCCGCAATGGAAAGATTCGAGACGGCAGGACACGTTAGTTTCCTTTTAATCCAACCTGACGAGTTCCGGCCGGAACAAAAACGGATTCTTGAACAGAAATTAGGCCCAGACTACAGAGTAGAAACAGTGGAAGATATCCAGGAAAAATCTGGAAACGCGTTACGCTCCTTTCAGATCAATCTTTTGGTGATCTCTCTCATTTCTCTTATAATTGCACTCTTTATGGTTTCTAACACGATGTCCGGTTTATATGTCAGCCGTGAAAAAGAACTGGGAATCTTAAAAACGATGGGACTGAGCGCGGGTCACACTTTTTTCCTCTTCGTATCTCAGGCTTTGTTTTTGGGGATATCAGGAAGTTGTATGGGACTGGGACTTGGTTTTCTTTTTTCGAAACTTGATTTTTTCAGCCCGGAAGCGACTTCTGTGAACCTTTCCTATCTTAAAACATACAATTCCGTTCCTATTTCCACTTGGCTACTGGGATTAGGAATCGGAATTGTCGGATCTTTTTTATCCGCCGCAGTTCCATCTTTTAGAGCGGGAAAAATTTCTCCGGTTTCCATTTTGAGAGAATCCTCTTCGGGAACGTATCGAACGAACGAATTCCGTCTGTTATCGATCGGACTTTTATTTCTCTTTATCTTTACTTGTATTGCGTTTTTTCCGTTTCGCTGGAAATTTCCTATTTTCGGGCTTCTGGGAATCGGAGGAATTGTAGTCGGTTTTACTCTCTGTTTTCCCTGGGTATTTAAAACTTTCGTGATATTCTTTTTTAAACTCGTAGAAAGATCAGATCGGTCTTTTGTTTTTATGAAAGTAGGTTTGGAAGAAATGAAAAATCAAACGCTACGAAATACGCTCACATCCGCGACTCTGATGCTTGCCACTTCTCTTGTAGTCTGCCTTTCGATTTTAGCGGACAGTTATCGAAGATCCCTGAACGATTGGGTCGAAGCAGAATTCCCCGCTGAGTTTACGATCATCAATTCAGCAAACTTAGTGGCGGAAATCCAAGGAGGAGTTCCCATTGGTTTGTTAAACGAACTCTCTCAAATTCCAGAAGTGAAATCCCTCGACGGTTTTTGTGTGAATACGAAAGTCGAAACGGACCGGGGAAACTTTACGATTCATGCATATACGTTTGCAACACACGACCGGGAGGATTCTCCTGAACGCCTAATAAAAACGGAAAACGAAATTCTAATCTCATCCAATATGGCTTACCTGCAAAATTTCAACGTAGGAGACTCAATCCTGATCGAAACGAAATTCGGAAAAAAAGAATTCAAGGTTCGAGGTATTAAGGAACATTTTTTTTCGGAGCGCGGAACGATCATGATGGATATTCGAAGTTACGAAAAATTCTTCGGACTTCATGCATACAATTCGATTAAGATCTTTTTAAAGAAAGACGCAGACCAAAAACAATCGGAAGAATCGATCTCTAAAATTTTAGCACAAAACTCCTCTCTAAAATTGCTAAACGTAAAAGAATTACGAGAGCTTTATACGGAAGGAGTGGATAAAGTCTTCGGAGTCTTAGAAACCCTAAAAACGACTGCTTTTATCATTGCCATGCTTTCTTTGATTTCTTCTTTGTTTCATAATCTCATTTCGAAAAAAAACACTTTGGGGATTCTCAAATATTTGGGGGCCGATCTTAGACAACTCGAAAAAATTTTACTGACCGAAAGTGTATTCATCACAAGCGTCTCCATTTGTTTTGGGATTCTTCTGGCGTCTTTTCTTTCCCCCATAGTTTTATACGTCGTTAACAAGAACGCATTCGGATGGACCTTAAAATTCACCGTTTCTCCAGAAGTGCCGATCTTTTTTCTAATTCTATCGCCGATTCTAGGGATTCTATCCTGTTTGGTTCCGTTATATACTTTACAAAAATTGAGTTTTCGAATCAGCCAAGAATGAAGACGCTTTCTTTCTCTTTTCAGGATGAAAACCAACTTGATTCGAAACCTTCTTTCCAATAGGATGCCTAATTCTTATGAGCGCATTAAGTGAAGTAGCGTTACAAATCGCTTCCGAAATCCGGAAAGTAAATCTTCGAGAAGATCAAAGAATTCCGACCTCGGATGCCTTCATTAAAGAAATGATGTCACTTTATTCAAGGGAACCGGACGATCTTCGAAACATTCTCGAAGCCCTTCGAGCGGCCAAAATCATATTCATCATTAAGATCGTTTTGCCGGAAGAAAAGATGAGTAAGATAAACGATCCGGGCGTAGATGCATACGCCTACGCGGATCTCAAAATTCTTAGCGACTTGAAATATTATTCAGAAAAAAAATTAGAACGCCTTTATGAAGCAACTTACTATAAAAAGAAATCCCCTTCCTTAATCACAAGAGAACTTTTTCCGAAAATCCGAGAATTGAATAATACTCCGATCGGAAGAATGGTCAATATCGTCGTGATGCTCGAAGAGTTCATCCGGATGATGAACAACAATCCCAACGATTTCGAAGAAGGATCCCGCTCTCAGGCCATGGAAGACATTCTCGTAGCCAAAGGCGATACCCCTAAAAGTATCTCCGACGAATCCTCTAAATTGACGCCTTTATCGAATTCTTTTGGACCGACTCTTTCTCAAAGAGCCACAGATCGTATGGCAACTCAAGAGACCAATCTCAACCCGAACAGCCCTTGGGGAAGAATGGCCTCTAAATTTTCAATTGAGTTCTTACTCAGAGTACACCTCAGAAAATGCGAGTTTGAAACGGTCCGTAAATTGATCACCTCGGGAAAGGTAACCGATGAAGTGAATCTCCGTTTGATCCGAGACAGCCTTTTGAAAATGGAAAAAAACATCAACGTGGACAAGGTTCTCGCCTCTTATCTGGAAGAAATGATCGAACTCAGAAGACTTGCTCAGAGAAAGCTAAATGCGGTCTCTAAACCGAGAACTTTTTAGAGGTTATCTCAAAAACTCCTAATAACGATCATGATACATGCGAGTATCAGAATTCCATAAAAGTTTTGATCGTTTCGTTCGTATCGAGTTGCAAATCTTCTGAAGTTCTGTAGCCAAGAAAAAGTTCGTTCAATTTTCCATCTTCCACGATATTTCCGCAGCTTACGTCCATCCTGTGTCTTTTTCTTTTTTCGATTTGATTTGTGTGGAGCGATCAAATTTACTTTATATTTCTTTTTAAGATATTCATCTAAAGGACCAGAATCGTAAGCACGATCTCCGACTAAATCTTTGATTTTGCCTTTGACTTTTTTGCGGATGATTGCACCTTCCGCGAGCTTACTTTCATGCGGCGAAGCACTTTCAATCCCGGCGGAGATAGGAATACCATTTTTGTCGACGATAACCATGACTTTTGTACCCTTTCCCCGTTTAGTTTTGCCAATACGTAGGCCCCTTTTTTTCCAGGAACAAAAGTCCCGTCAATGAAACACGTACTTAAATCCATCTTGCCTCTTATTTCTAAGTCATGAAGAAGCGCTTCTAAAATTTTATCCAGGGTTCCATTTTTGCGCCATTCTTGAAATCTTCGATGGCATGTTTGATATGCGGGATATCTATCAGGTAGGTCTATCCACGGAGCACCAGTGCGAAGAATCCATAATATACCGTCCAAAATTGATCTTGAATTTACACGCGGACGACCTTTACCGTCATCTCTTGCTTCGGGTTCTACAAGTAAATCGCAAAGCAAATCCCATTGTTCGTTCGTTAAGTCACCTAATCGGCTCATAACGATCAATTATATTATTTATAGTTTAAGTACAAGAAATTTTAAGTCTGACTACACGGATGACGGTTTTTGAGATAACCTCTAGTTATTAGTGAGGGTGTCAGCGTTCCTGTGTAAATGACATATCTTAAAACGAATCGAACTTCAACCGATCGCCGAAAATAATCGAAAATTGATTCATTGCTTTTCCCCAATCTTGAATAGGCATGGTCCATTTTTTAGACATATTATTCAAAGCTAAATAAAGAAGCTTGATAGCCGCTTCATCGGTAGGAAACGAACCCCGATTCTTGATAATTTTTCTTAAACCCATATTCATAGATTCGATAGCGTTTGTGGTGTAAATCGCCTTACGAATATTAGGTGGATATGCCAAAAAAGGAATCACCGATTCCCAATTGTTTCTCCAGGACTTGCTAATCATCGGATATTGACTGTCCCATTTGGTTGAAAAATCATCAAGGCTTTTCTTAGCAATCTCTGCCGACGGAGATTTGTAGATAGCCTTTAAATCAATCATCAACTCTTTCTTCTGTTTGTAAGAAACCCATTTCAAAGAATTCCTTACCATATGAACGATACAAAGTTGAACTTGTGCATTAGGAAAAACTGATATGATCGTATCCGGAAATCCTTTTAACCCGTCAACGCAGGCGATTAAGATATCTTCAACTCCGCGATTCTTTAAATCGGTTAAGATCTGAAGCCAGAACTTCGCTCCTTCGGTGCGCTCCACCCAAATCCCAAGTATCTCTTTTGTGCCCTGTAGATTGATTCCTAAAGCCAAATAGAAGGATTTGTTTTGAACGTGGTGGCCGTCTCTCACCTTTACGACTAACGCGTCCATGATGAGAATTGGATATACTTTATCCAAGGGGCGATTCTGCCACTCGATCACCGTTTCCAGTACCGAATCGGTGACTTCTGAGATCAGATCCGCTGAGACTTCCACTTGATAGATTTCTTGGAGATGTTGGGTAATTTCTCGTGTGGTCATTCCGCGTGAATACATCGAAATGATTTTGTCATCGAAGCCGGTAAAACGTGTCTGACCTTTTTGTATGATCTGAGGTTCGAAACTGCCGTTTCTGTCTCGAGGTATTTCCAAATCGATTGTTCCAAAATCTCCTTTGAGCTTTTTGTTACTTTTTCCATTCCGAGAATTTCCTGTGTTATTGCCCAACGAGGAATTCTTCTCATATCCAAGGTGATGCGTCATCTCACCTTGCATCGCTCGCTCTATCAGTGATTTCGTTAGTTGCTTTAAGAGGCCTTCATTTCCCAGTAGATCTTCAGGACTCTTATCTTTGATTAATTCATCGAGTAGCTCTTCAGCTCGATTTTTGGGTTTGCTCATATTGGGTTTATCCTTGTTACTTTTTGGTTATTCACAAGTCATTTACACAATCGACACGACACCCTCTTATTAGTGGATAAGTGTGACCTTGCCTAGGAGATGTTGCCCTACGCTGTGATCCATATCGGGAACAATGTAGCCTGGTTTTTCTTTTTGACTATCGTCCTTCCTATTTTTAGTAAATTTAGAGCTTGTCTTAAAAGCCTCGGATGTAGGAACTCCAACGGGAGTAACAACAATAAAATCTATCTGAAAGTCAATACAACGAATCTGTGGGAACCTCCCACGTTTTTTAGAAACTTACCGGATCGTTAGAGATATTTTTTAAGGTTTTGAGACGTATTCTTAGAGAATTCCATGTTCTTTCAGGGTTTTTTCGGAGAGTCCTGTAATTTCTAAAACGGTCTTTAGATCAATCCCTTTCTTTAACATTTTACCGGCATCTTCTAATTTACCTTTCTCAACACCTTTTTCGATACCTTGCTGCATTCCCTGTTGTATGCCTTCTGAAATGAGTCTCTCCGCTGTAGTCACTGTTAGTTCCTCGTATTGTTCTAATTTTGATCTTTCCAAAACTCTTTTGAGTTCCGTAGGTTTTAAATCACGGGCCCAATAAATATACAACAACAGTTTCCGTAAGATTGCAACCCTTTTCGATTCTTCCTCTATTCCTAATAATAGCGAAAATAACCCCGGTAAGTGAGAAACAAATTCCAAATCCCCTTCCCGGATTTTTTGAACCACTCCCAAAGTGACTTGAAAAGTAATGCTTTCCAACTTCTTCTTCAACTCTACTTCTTTTAGATCAAACAAGTCTATTTTAAAATCGGGGATAAAGTCCTTCAGAATTTCCGTTTCTTGTTTTGTTAATACGAACTGGTCCAAAAATCGATTCCCCAATTTCCATTCCTTTTCTCCGTGATAGAACACGAATGGAATGACTACGGAAAGTGGCTCTCCATTTCTTTGTTGGTTTCGATAGATTTCCGTTAAATATCCGAGTAATTGAATATAGATGGTGTTTTCTAAATAACTTTTGTGTTCGAAAAGTAAATAGACGTTCGACTTGTTTCCGGACTTGAGAGGGATTTGAAACAGCAAATCCGTTTGTTCTTGTTTTAGTTCCTCGGATATAAAGCTCGATTCGGTCAATTCCAAGTTTTCCAAGTCGAGTAGTTTGACCACTTCCGGCGGTAACGTGTTTTTGAAAAAAGTAGCCGCTTCTTTTTTGTCCTGAAAGGTTTCTCGGATCAGTCGATCGTGAGGATTGTTCACTTCGGTCATCCGTTATCCTTGAGCTATCATTTTTCTCGGTCAATTCCATTTGGGAACTCTTCTAACCTACCATTCTTCCGTAAAAGGCAGAGTTCGAAGTTTTTCACAAAAACGTTGTTATATTTGATGGGTGTTTCTACGAATTTTTCCGTGGAACCCATAAGAATTTTCAGTTTAAAATTAGATAAAGATATCTTTATTATCGAATACGGCGATAGAAAATTCTTGCTAAAAGGTTTATGATGGAGGAGGTTTCAGTGGGATAATACCTCTTATTCACGTCGAAAAAGCGGGATCTATATTAATTAATAAGAATATTAGAAACTGATTTTAAAAAGTAGTTCTATAACGTTGGTATCCGTTTTTGATATGGTTTATAGTAGACTTAATGTTCGAATTTTAATAAGGAAAAAATCTATGAAAGAAGTTTTCCTATTAAAATTAGTAATTTAACGTGTAATTCTTGCGAGATCGGTTCCGGGATAGTAGTGTCTTAAAATTTCGACATAGTTGTAATTTTCTTTCGCCATCCCGAAGCTTCCCCATTGACTTAAACCCACGCCGTGACCGGATCCCATTCCTTTGATAAGAAAGCCGTTTCCTTCTTTTTGAATTCCGAAACGCAAAGAGCGAACGGAAGCGCCGAGAGTTTGCCTGAAATCTTTACCCCGAATTCTGGAAGAACCATCCGTTCCGCTGAGTTCTATAAGATCGACTCTTCCTGATGCCGTTCTGGATAGAACTTGGATTGATTGAATTTCGCCGAGTTTTAAATTCGAGAATTTAGAATTGATGAGTTCTTGAGAGACCGTTTCTTTCCAATAAAAGTTGTCTCCGGCACTGTCGAATTCCGAAGCTACAATGGAAAGGTAGGGAACTTTTTTGCCTCCCCAAATATTTTCGGGAGTTTCCGTTTTTCCGCCGCTGTTCGAATGAAAAAAAGCTTGGATCGGATTCTCTTCAAAGACGGCCATCACGCCGGTTGTGTCTTGAACCGCCTTTGTAGTCAATGGATGTTCCTTTTCAAGGCCTCCGTATACTTGTGAGTTTGTAGTTGCTTCCACGTCGTAGAAAGTATTCTTTTTATTTAATATTTCACGAACGGCATAAGTTCTTGCGCAGATTGCCTGGGCTTTTAACGCTTCCATCGGCCAGCTATAAGGAACTTCGGAGGGGACAACCGCCAAGAGGTATTCTTCCAAAGGAAGTGCATTAACCACAAGAGCGGGGCCTTGGTTTTGGGGGATCAGATGAATTGCTCCTCGCACTTTGAGAGATTTATATCCAAGGCTCGTGTTTTGACTTACAAAACGAATCGGGGCCTTTAAACGTGAAGCGTCCAAAGAAATGATGTCGATTCCTTTTTTGATCAAAAGATCGTTTGCATCATAGACAGAAATGATTCCTTCTCCTCGAATTTGGAGATCACCTTCGGCTTTTCCAAGCAATACTCTGATTTCGTGAACAGAACGGCTTTTATAGGGAGGGGTCCAAGGACGGATGATGACGGTGTTACAGCCCACTTGCAAAAGAATGATTGTGAGAATGAAAAACAAAGCTAGTTTTTTGATCATAAAAAGTATCTCTCCTCTTGAATATCGATGAGAAACTGAAATCTCTATAGGAATTTTTGAGTTTTATAGGAAGTTGAAAAAGGCTTTTGGCTTTCGAAAACGTAAAACCGACTTTTTTGGAAATGGACGTATACAATCATAATTGAAGAAAGGGCAAAGGAGGAAATTTTTAGCGGAATTGTAATCGTTTGCGTTCATTTGAGTCAAGATTGAACGTTTTGGATGGATCCGTAAACTCTGAAAATTTTAACGGATCATTCCCTGAAAAAACGGAAAAATCCTAACTGTCCTGAAAGTTTTGTAAATTGAAATTCGGTGATTGTGAACACAAAAAAAGTTACAGTAGGAAATAAGTCTCTTCTTGCGGGAAAAAGATTTTAACCTAAAATTACGTTTCGATACGGATATAGAGAGATAAATAAATATTCAAAAATTAAAGAATATACTAAAAATATAATTATATTGAACGTTAATGGAATTCTGGCTTTCGATTACTGAGAGTTTGAAATTTGCATAACGTTCGTGAGGGATGAGCTCCGAAAGAAAAAATATGAATCAAAAAATTGTCATATCGGTTGATTCAATCCGATTGAATGGGTATATTTTTGGAACTTAAGAGCGCAACGGATTCCAAGTGAGGAGTTTGAGGATACGGATCCGTGATGAGAATTTTTTGTATTTGAAAAAAGTCCTTCAATTTCCAGAGATCTTCTTTTTGGGAGGTTGGATTGCAGGAAACGTAAAAAAAAGAGGAGATCTTTGAATTCTTCAATGCTTCCGTAACGAATTCGCCGAGCCCGGCACGTGGAGGATCGGCGATTAGAATATTTCTTGATTGAAGCAATTCGTTCAGTTTGGGAGAGGACTTTTTTGAGAAAAGATCTTCTCTCAAGTAGGAGAATTCGATTTTTGGAAAATCGAAAGACATTTGTTTACGGGCGATTTCTAAAGAGCTTTCTGTGGAGTCGATTCCTGTAATTCTTCTGAATCTATGGGCGAAGATTCTACTAAAAAAACCGGAACCGCAAAATAGATCTATGAGATGATCGGATGATTTTGGGATTTCGGTTTCGATGAAATCCAAAATAGGTTGAAACCCTTCTGGATTCGGTTGGAAAAAAGAATCGAAGGGGACTTGAAATTCTTTTCCGGAAACGAATTCCAAATAGGATTCTTTTCCTTTGAGAACTTTTACTTCTCCGATCGCTGAAATTTCCCCTTTTCTTCGATTGAAACAAAATAGAATATGGTCCGCTTTCAGGTATTTTAAACAGACTTTCGAAAATTTTTCCTCTTGATCTGAATTTTTGAATTCTTCTACGAAAGTCAGGATAGTCATCAATTCGGAAGAGTTCTTCGCCTTTCGAAGAGTAAAATACTTTAAAAATCCTGAATCCGATTTTCGGTTGTAGGGAAGGTCTGGAAATTCGGAGATCAGATCTCGGAATCTTTTCAATTCCGCATTTGATTCCTCGCTTTGAATAAAACAATATTCCAAATCGACGATATGCCTAAAGGAACCCGCTTCCCTTTGTCCGATAACCGGTCCGGGAAATACGGCGAAATCCATTCTATTTCTGTAATGAAGTTTTTTTAGGGCCGGATATAAGATAGGTTCTATTCCGAAATCCTTTTTATAACTTTCTAAAAGAGCCGAGGTTTTATAATGGAATTGCTCTTCATAGGGAATGTGTTGCGCGGAACAACCTCCACATCTCGTAAATACAGCACAAGGAGGAATCACGACTCTTGGAGTTTGAAAAACTAAGTCTTGTTTGGTGGAGTGCTTGCGGCGTTTCTTTTTAAAAAAAGTGACGTGATAAATGTCTCCGGGTAGGGAATAAGGAATTTCGATTGAAATATTGTTTACAACGCTAACCCCTCGGAGTTTGGAATTCACAAATTCAACCGTGCCTTTATGAATGAAATTTGTGTCTTTATCGGGCATTATCGACCAGTTAATCGATTTGGTATGTATGGTAAACTTTAGTTTGTTTGAAAATCGATTCTTTTATAAAAAACTTTCGAGTAAAATTTGCACTTAGAGCCGGTCTCAAAACTACCTATCAAAAAAGTTAAAAGCAATGATAGAACTTGCGAGATAAAGAGATGCAAGATAATTTTCAGATTTTCTTTCCCAACGAATTAGGATAGCTCTGAATCGATTGTGCCAACTGTTAGTTCTTTCGAGGGTGTCAGCGCTCCTGTGTAAATGACATATCTTAAAACGAATCGAACTTCAACCGATCGCCGAAAATAATCGAAAATTGATTCATTGCTTTTCCCCAATCTTGAATAGGCATGGTCCATTTTTTAGACATATTATTCAAAGCTAAATAAAGAAGCTTGATAGCCGCTTCATCGGTAGGAAACGAACCCCGATTCTTGATAATTTTTCTTAGCCCCATATTCATAGATTCGATGGCGTTTGTGGTGTAAATCGCCTTACGAATATTAGGTGGATAAGCCAAAAAAGGAATCACCGATTCCCAATTGTTTCTCCAGGACTTGCTGATCATCGGATATTGACTGTCCCATTTGGTTGAAAAATCATCAAGGCTTTTCTTAGCAATCTCTGCCGACGGAGATTTGTAGATAGCCTTTAAATCAATCATCAACTCTTTCTTCTGTTTGTAAGAAACCCATTTCAAAGAATTCCTTACCATATGAACGATTGTATTTACCGATGAGAGGCTTTTCACCTTTTTTCCGAATATGAGATTGAATGTTTCTTCTTTTGATTAAAACTTCTATATCTTGGAAGTCATAACCTTTATCTAAACAAAGATGTTTTGGCTTTTTTCTTCTTTTTCCGGAAAATATTAGGATTGAATTCAACGTATCTTTTACACCGTGTTTGTCATGAACGTTAGCTCCAGTCAACGTAATTGCCAAAGGAATTCCATTTCCATCCGTAAGGATATGCCGTTTAACCCCTAATTTGGCACGGTCTGTAGGATTTTTCCCGGTTAAACTCCCCCTTTGGGAGCTTTAACCATTGCCGAATCCATCGAAGCCCAGTCCCATGCTATCTGATTCTTTACATCATAATATTTTAAAATGGATTTATAGATCTTTTTGAATACCCCTGCTCGTTCCCATTCTTGAAATCTTCTGTGACAAGTTTGACCAGATCCAAACTCATTGGGAATTGCACGCCACTGACAGCCTGTTTTCATTCGATAGATGATACCTGCCATTACTATTCTTGAAGGAACACGATTGCGACCTCCTTGAAGATTGGGCTTTTCTTTAGGAATCAATGGTGCTATTTTTTCCCAAAGTGCATCGGGGATTTCTGAATAATATTTGTCCATTTCACATTTATATTTTTACACTTTCTCTGTACAACCAGTTTTGAGACCGGCTCTAAGCGTTCGGAAGTGATTGAGAATTCTGTCTGCGTTACCACGGCGAATCTTCCAAAGTCATCGATAATATTCAAAATTCTGAATCTTTTTCCCGAGTAGAGTGAGTCCGACATGAAATCCATGGACCATCTTTCTCCAGAATTCTTAGGAACAAGCTTTGGAACTGATGGTAACGATAGTTTCTTTCGCTTTGGTTTGATTCGATATTTTAAGCCCAATTCGGAATACAAGCGATAGATTCGTTTATGATTTACTCGTTCTTCTTGTCGTATGAAGTCATGGATCTGTCTGTAACCCGCCCTTTTATACTTATACGCTAAAGAACGAATTCGATCTTTTAGTTCTATGTCTGGATCCTGAATTTTGGAACGATACCGAAAGCCAGTCCGCGAAACGCTCAAGAGTCTACAGGACTTGCGTTCCCCGAGCTTTGATTTGATTAACATGACCGCCTCTTGTTTCTGCTCTCGGCTTACCACTTTTTTTCAAGTAACATCTTGATTGCTTCATTTTCTAAAGCTAATTCTGCATACAGTTTCTTGAGCTTACTATTCTCTTCTTCCAAAGTTTTCATCCGCTTTAGATCGCTCAGTTCGAGACCACCATATTTCGAACGCCAACGGTAAAATGTATTTCCGCTGATTCCATACTTCCGACAAATATCTGGGGTCGAAACTCCTGATTCCGATTCCTTTAGAATCTTATGGATTTGTTCTTCGCTGAATCGTTTCTTCATATTTTCCTCCAAGTTTATGATTCTTCTGGAGGATTTCAAACATTCTAACTGGTCCTAAATTCGGGGGATAGGTCACAAAAGCCCTCGAATAATAAGAGGTTGTCCCAAAACCTCCTTGTACTTGTAGTCTCAGGAAATAGATATGACATATGAAATCAGATTTAGGTCATTTAGATATCCCTGAAGAGATTTGGAAACGTCTTCATCCCTTGCTACCAAAGCGTAAAACAAACTCCAAGAAAGGAGGTCGTCCTCGGCTTGATGATAGAGTGGCGATGGCCGCAATATTTTACAGGGTAAGAACAGGAATTCAATGGAGATATATACCTCCGATGTTCGGTTCAAAATCAACGTTACATAGAAGATTTCAGGAATGGGTAGCCAGCGGAGTTTTTGATAAAATTGAAAAAGAAGCATTAAAACTTTATGAGCGCACTGTTAAAATTAGAACTAAAAGAATGGCATCTGATGGTAGCTTCGCAAGAGCTCCCAAAGGGGGGCTTTCACGGGTCCAAACCCGACGGATCGCGGCAAAAGAGGCCTTAAAAGGCATATTCTCGTCGATCGGCGTGGAGCACCTGTAGCTTTTGTAATCGCTTCGGCAGGAACTCACGATTCTAAATTACTTTTTCCTACTTTAGAAAAGTTCAAAGTATTTAGAAACAAAAAATTGCTTAAACCAGAAATCCTTTCTTTAGATAAGGCTTACTCTAACAAAACGATTAAGAACAATTTAAAAAAGAAGAATATTCAATATCGAATTCCAAATAAAAAGAATGCGAGAAATCCTGAATGGATTGCTCCGCTAAATCCTTTTAGATGGACAGTCGAACGTACTTTTGCTTGGTTTAATGCATTTAGAGCCATAAAAACTTGTTGGGAATTCAAATTTGAAAATTATAAGGAGAGTGTCGGCTTGATTGTGTAAATGACTTGTGAATAACCAAAAAGTAACAAGGATAAACCCAATATGAGCAAACCCAAAAATCGAGCTGAAGAGCTACTCGATGAATTAATCAAAGATAAGAGTCCTGAAGATCTACTGGGAAATGAAGGCCTCTTAAAGCAACTAACGAAATCACTGATAGAGCGAGCGATGCAAGGTGAGATGACGCATCACCTTGGATATGAGAAGAATTCCTCGTTGGGCAATAACACAGGAAATTCTCGGAATGGAAAAAGTAGCAAAAAGCTCAAAGGAGATTTTGGAACAATCGATTTGGAAATACCTCGAGACAGAAACGGCAGTTTCGAACCTCAGATCATACAAAAAGGTCAGACACGTTTTACCGGCTTCGATGACAAAATCATTTCGATGTATTCTCGTGGAATGACCACACGAGAAATTACCCAACATCTCCAAGAAATCTATCAAGTGGAAGTCTCAGCGGATCTGATCTCAGAAGTCACCGATTCGGTACTGGAAACGGTGATCGAGTGGCAGAATCGCCCCTTGGATAAAGTATATCCAATTCTCATCATGGACGCGTTAGTCGTAAAGGTGAGAGACGGCCACCACGTTCAAAACAAATCCTTCTATTTGGCTTTAGGAATCAATCTACAGGGCACAAAAGAGATACTTGGGATTTGGGTGGAGCGCACCGAAGGAGCGAAGTTCTGGCTTCAGATCTTAACCGATTTAAAGAATCGCGGAGTTGAAGATATCTTAATCGCCTGCGTTGACGGGTTAAAAGGATTTCCGGATACGATCATATCAGTTTTTCCTAATGCACAAGTTCAACTTTGTATCGTTCATATGGTAAGGAATTCTTTGAAATGGGTTTCTTACAAACAGAAGAAAGAGTTGATGATTGATTTAAAGGCTATCTACAAATCTCCGTCGGCAGAGATTGCTAAGAAAAGCCTTGATGATTTTTCAACCAAATGGGACAGTCAATATCCGATGATCAGCAAGTCCTGGAGAAACAATTGGGAATCGGTGATTCCTTTTTTGGCTTATCCACCTAATATTCGTAAGGCGATTTACACCACAAACGCCATCGAATCTATGAATATGGGGCTAAGAAAAATTATCAAGAATCGGGGTTCGTTTCCTACCGATGAAGCGGCTATCAAGCTTCTTTATTTAGCTTTGAATAATATGTCTAAAAAATGGACCATGCCTATTCAAGATTGGGGAAAAGCAATGAATCAATTTTCGATTATTTTCGGCGATCGGTTGAAGTTCGATTCGTTTTAAGATATGTCATTTACACAGGAGCGCTGACACCCTCATTATAAGGCATTATTCCAAATCGCATTTGCTATCATTTTAATTAGAATGTCCTGGAAATAGGTTTTGGGACAAGCTCTAACGCAGGTTGTCCCGATCTACGTGCGGTTACAATCTTACTTCCTGTTCCAGGGAAACGATGTTGCCAAGCTGCTTCTGTCAATATTCTTCGAAGTCTGGGACTTCCAGTTTTTGTTATCCCTGTTTGTTTTCTTTTGGAACCGCTGGAATATTCTCCCGGAACAAGTCCTAAAAAACTCATGAACGAACCGGCTGTTTTGAATCGTTTGAAGTCACAAACCTCACAAAGTAAAAACATTGCGGTTAGATAATCCACTCCTCGGAAACATCTTAATATTCCTACTTTCTCTCGATACGGTTCACTTTTCGCTATCTCTTGTATTCTCTTATCCATCGCTTTTAAATTCTCTTCTTGAACTCTTACTCGACTATAATAGTCGTTAAATGTCTCTTGAAGGATCTCGTTGTTAAACTGTAGATTGTTCAACCATTTGTTATGACTGACTGTCCAATACTTTGTTGCTGAGTAAGTTATACCCTTTCTTAATAAGAATTTCATTAACCTCTGACGATTCCTTCCTAAATCCAAACGAAGGCTGTCACGGGATCTCAGATAATCTCTTACCGCTTCGTCCTCTTCACTCGGTACATGAATCGATTCTAATTCTCCACTTCGCAATAATTTTGCTAATTTGATTGCATCTCTCTTATCCGTTTTGATCTTATCCGAGCTTTGTCTTGGTATCTTTCCGGGTGCTACAAGGATACAGTTCACTCCCAAAGACTTGAGATATCTGTAAAGTGGATAACCGGTTACTCCTGCCTCGTAACAACTATGTATCTCGTTCCATTCTGATTTTAGTTTATTGACGAACTTTTTGATCTGAACCTCATTATGTTTTATCTGCTGTTCTTTTACTATTTCCTTTGTATTGTTCGTTAAACTCGCAATTCTAATCGTTTCTTTGTGGACATCCATTCCTACATATATTTTTCTTTTCAT

Protein sequences of DBSCAN-SWA_4

>CP030147|1963162:2011973|1969108_1969342_-|AXR60833.1|DBSCAN-SWA
MWNGVILNLISLIRSSDPDRDQYPIRQSFVNIFQTLSLILVLLSFFTPFHLHTHPSRNRSSYEEFLLKIRAYILFDS
>CP030147|1963162:2011973|1999893_2000412_-|AXR60864.1|transposase|DBSCAN-SWA
MIVMSRLGDLTNEQWDLLCDLLVEPEARDDGKGRPRVNSRSILDGILWILRTGAPWIDLPDRYPAYQTCHRRFQEWRKNGTLDKILEALLHDLEIRGKMDLSTCFIDGTFVPGKKGAYVLAKLNGERVQKSWLSSTKMVFLSPPGLKVLRRMKVSSRKVQSSAKKSKAKSKI
>CP030147|1963162:2011973|2008865_2009643_+|AXR60870.1|transposase|DBSCAN-SWA
MKSDLGHLDIPEEIWKRLHPLLPKRKTNSKKGGRPRLDDRVAMAAIFYRVRTGIQWRYIPPMFGSKSTLHRRFQEWVASGVFDKIEKEALKLYERTVKIRTKRMASDGSFARAPKGGPFTGPNPTDRGKRGLKRHILVDRRGAPVAFVIASAGTHDSKLLFPTLEKFKVFRNKKLLKPEILSLDKAYSNKTIKNNLKKKNIQYRIPNKKNARNPEWIAPLNPFRWTVERTFAWFNAFRAIKTCWEFKFENYKESVGLIV
>CP030147|1963162:2011973|1985200_1986082_+|AXR60847.1|DBSCAN-SWA
MYFVIDFLKSINPFILLKVRDRSLSEELILIAYFILFLVLSYKVTIIVLDFFKPTVDVKSRYNRRKMARMSFVVLGLITLLPVVFSGLSYLPTVIGLAGAGIVISLKDITLNFVGWFFIHGSNGFEVGDRIEIEGVRGDVINIGMNRFTLMEISSDPKSDQSTNRLVHFPNHFVILRQVIVVKDKMDYVWDEMRIKIPYDSDFEKAEELLNGIIRNNAIIDQSEINYTLQELSKNYLVRLGKTSPIVYLSLEDGGILFSLRYLTHIRGRRDMKTKISHQILKEFKQFPGIRIL
>CP030147|1963162:2011973|1974443_1975037_+|AXR60837.1|DBSCAN-SWA
MGLNQNNKAHRSSILPLRFSEEAVAVIRTHLANRPESSFHLRIERKGGHASVQVGYEQKKNLNTIHAYPIKIEISEEDEICLEGSRIDWKPEKQEFYIYPDVDLDIEYQNILNRFKIRANRNVFRNDKARIYRDPSEFPNWFPLRIRKLEISKVKIQGKIWILALAHRYEPEEILKIESTIADEILDYFSDFPDRND
>CP030147|1963162:2011973|1995415_1996111_+|AXR60860.1|DBSCAN-SWA
MTNPNIADPKRIRISNLRKSYQSGKLQTEVLKGLELDIPSSSVITLMGPSGSGKSTFLNILSGIDKPDSGEVFVNGKSLHLMNEKELTKYRREETGIVFQFFHLLPYLNALENVAVPLYISGIGKMQARNTAEEALEKVGLSSRKFHKPDELSGGEQQRVAIARALCKQPSLILADEPTGNLDTKNAENVIQLLIDLQRQYGFTLFIVTHDQKLGSLGEFRLKMMDGILVD
>CP030147|1963162:2011973|1987831_1988599_-|AXR60850.1|DBSCAN-SWA
MSLGEESFPESFAEIPLEPGTLYVVSTPIGNLEDLTFRALRILKNTDRILCENAEHSRKLFRSYSISAPASTLYRDQSETPYSGILEELKVGKTFALVSDAGTPGVSDPGSHLIRVVREAGFKITPVPGASALTALLGISGWQANPFLFLGFLSEKKNKKRNQLTEWKKFEGLVMLFESVHRIGDTLDAVEEVFPDSEFLVGREMTKIHEEILYFSPFLSENPKKFVHKGEFVVLINTNRKKMLKGSSRSADRIQ
>CP030147|1963162:2011973|1975033_1977022_-|AXR60838.1|DBSCAN-SWA
MILSFLQRHSLGILILFLFIEPISSENTIQKIQEGESFLKARNFTAAYQSFSEASRSNPMSTRSSLGLAEAAKHLHKDKESLEAYNKVLALEPENKTAIKGAALAYARKKEYQNSLNLLKPSLEIDPFDPVLAPIQIQILLEMGNYESALKKLEVSRSKFQNSKEIQILEAKVNGKTGNFSKSYHLWNTVLASSSDDPDLFFNIASLLIDWSKKSSDQERRQKLEMASEKLERAISLYPDFEEAIDSLARIKIWQGDFASAALLSRKLVSLYPQNPLYLYLKAFTEEKGTNKDFSAKDALTEILKLDDLNSISRQKAESVALSHFPENHSFRRKLGEYRMQRFHSSKNSLLYDMASHHLASARELIPGQPEVQFQTLSEYKRTRFFPRYLNLLLFLRKKYPENQKYQYEIENLLNSMKQSIAYKEGFLEITGDNLVENYGRTPPVLLLFDLSDNSYLGDYPDLAVLVSSSVRRNLSLNPTVSLSEVLESIRNNPVSFDIKADPYTEILPYTESTFLKIKDSAKNGIKPRFLVYGSLKYENHSLFIDWTIKDSKHEKILSTFRVFSKGRDFIPEAVARSVSKISAAIPPSGSVLKVKDEDVIINVGILDGLKKGSKVQFYNTSGKSGEATIEEIDYFLSRAVPDNGNKGLKSISEGDRVFWKR
>CP030147|1963162:2011973|1979293_1979485_-|AXR60840.1|DBSCAN-SWA
MDVSLEEKLNQIEISFRNYILILDFLIRETREELSENRAKREIWQEHHQNWKQSSKVFKNVSL
>CP030147|1963162:2011973|1967826_1968621_+|AXR60831.1|DBSCAN-SWA
MSAISSVFSSDKSVFIPYISLGDPDYESCISWADALIRGGAGILELGIPFTDPVADGPVIQKAFKRALAYPFSMKKILEVTAEIHKLHPQTPLVYLTYFNPLYSMGLESFTESAKNSGIQGLIIPDLPFDTPEAEEFFSQLDRKKIDFIHLVTPATTSDRIQSMKSLASGFIYYVTSYGVTGERNILADGLEERIRMVRSKVGLPVCAGFGISTADQAKEISTYANGVIIGSAVQKIIEENGSNREVCISKLFMYASEIRASMK
>CP030147|1963162:2011973|1964894_1966625_+|AXR60829.1|tRNA|DBSCAN-SWA
MKASKYILPTEKENPADAVVASHRLMIRAGLARKSSAGLYFYLPLGLKILQKIKQIVREEMNETGALEFDLPILTPSDFWEQSGRWTAMGKEMFRIKDRHDLSYALGPTHEESFSFLLKPLLKSYKDLPVNVYQIQTKFRDEIRPRFGVIRSKEFIMKDAYSFHIDDVSLDETYQAMRVAYRKIFDRCGLKTIPVQADSGSMGGSASEEFMVVSPIGEETLLLCNSCGYSSNSEKTPLVLKKGNAPAKLSEKKEISTPGKKAIAEVSAFLGIPESETIKAIALKSDKKKILVFLRGDLELNLHKLHSLLRITDSEPMTDVEIRELGLTPGFISPISANDKIKVLYDRSLQKDFPYVVGSSREDFHTQGFILEKEVPGLPEFADVALAREGDLCPNCNSPLKAEKGIEVGHIFKLGEKYTKAFGIQVLDQNGKSRILTMGCYGIGVNRTMATVIEQCNDEKGIFWPISIAPFEVTLVSITKGEEQYFKAEEFYNVLKNEGIEVFWDDRDVGPGFKLKDSELIGFPIRVTIGKKFFENGEISIYNRKKDKEESFVFAGFENLIARVKFLRQELFAELE
>CP030147|1963162:2011973|1966627_1967830_+|AXR60830.1|DBSCAN-SWA
MGKKRHSGKEGYFGEFGGRYSPEILHDALVELEAMYKKLRKNKRFHKELEYYRKNYIGRPSPLTYAERLSKAWSGARIWLKREDLNHTGAHKINNTIGQVLIAKAMGKTRIIAETGAGQHGVATATVGAMFQMETVVYMGEEDLRRQELNAIRMKMMGAKVVGVSSGTATLKDATSEAMRDWALNVSNTHYIVGSSIGPHPFPTIVRDFQSVIGIESRKQFKKVNGKLPNAVIACVGGGSNAIGMFYGFLKDRKVKLYGVEAGGYSTEPGYHSATIQFGRTGFLHGTKTLVIQDEFGQIVPAHSVSAGLDYPGVGPEHAYFHKSGRVTYENVDDEGALDSFLEVCQIEGIIPALETAHAFRFAKDLAKSMGKKEDILICLSGRGDKDVAEVARLRKGEFS
>CP030147|1963162:2011973|2008452_2008716_-|AXR60869.1|DBSCAN-SWA
MKKRFSEEQIHKILKESESGVSTPDICRKYGISGNTFYRWRSKYGGLELSDLKRMKTLEEENSKLKKLYAELALENEAIKMLLEKKW
>CP030147|1963162:2011973|1992600_1993164_+|AXR60857.1|DBSCAN-SWA
MKQKLLELIRTHAYRYSEQPFTLASGKKSRHYFNCKEITLVPDRLELLCRFIVERHLDESGILKPQAFGGLTMGADPICYGISLEFRKQDRTVYPLIVRKFSKDHGTNKLVEGAVHAVKNCVIVDDVITTGGSTIQAIRSMRDSGIEVTQGICILDRQEGGKDAILAEGVQMFPIFKKSDFGNLEHE
>CP030147|1963162:2011973|2010992_2011973_-|AXR60872.1|transposase|DBSCAN-SWA
MKRKIYVGMDVHKETIRIASLTNNTKEIVKEQQIKHNEVQIKKFVNKLKSEWNEIHSCYEAGVTGYPLYRYLKSLGVNCILVAPGKIPRQSSDKIKTDKRDAIKLAKLLRSGELESIHVPSEEDEAVRDYLRSRDSLRLDLGRNRQRLMKFLLRKGITYSATKYWTVSHNKWLNNLQFNNEILQETFNDYYSRVRVQEENLKAMDKRIQEIAKSEPYREKVGILRCFRGVDYLTAMFLLCEVCDFKRFKTAGSFMSFLGLVPGEYSSGSKRKQTGITKTGSPRLRRILTEAAWQHRFPGTGSKIVTARRSGQPALELVPKPISRTF
>CP030147|1963162:2011973|2003484_2004609_-|AXR60867.1|DBSCAN-SWA
MIKKLALFFILTIILLQVGCNTVIIRPWTPPYKSRSVHEIRVLLGKAEGDLQIRGEGIISVYDANDLLIKKGIDIISLDASRLKAPIRFVSQNTSLGYKSLKVRGAIHLIPQNQGPALVVNALPLEEYLLAVVPSEVPYSWPMEALKAQAICARTYAVREILNKKNTFYDVEATTNSQVYGGLEKEHPLTTKAVQDTTGVMAVFEENPIQAFFHSNSGGKTETPENIWGGKKVPYLSIVASEFDSAGDNFYWKETVSQELINSKFSNLKLGEIQSIQVLSRTASGRVDLIELSGTDGSSRIRGKDFRQTLGASVRSLRFGIQKEGNGFLIKGMGSGHGVGLSQWGSFGMAKENYNYVEILRHYYPGTDLARITR
>CP030147|1963162:2011973|2000530_2001760_-|AXR60865.1|transposase|DBSCAN-SWA
MSKPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSNKKLKGDFGTIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSADLISEVTDSVLETVIEWQNRPLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSIIFGDRLKFDSF
>CP030147|1963162:2011973|1992302_1992494_+|AXR60855.1|DBSCAN-SWA
MFYRIQVEICFESVFLLELILVNDLVYKTRNSLEIGLGRTESTFFWLSRFWKNGEAFAKSENT
>CP030147|1963162:2011973|1982478_1983222_+|AXR60845.1|DBSCAN-SWA
MVFKKTQPPPSLKNPERVQSFKKLSKKIGIKFSKIEYYNTAFIHSSYKNENPEILEDNERLEFLGDSVLGLVAARSLFQKYPKASEGELSRIKSRIVSTPILNSIAEKLNLGEYLLLGKGEKKSQGKGRRKIAANLFESLVGAIYLDRGFEVAEKFIVQHLLEFAENPDMEESVRDYKTQLQEYSQKHFKTLPVYYMKGESGPDHSKTFQVSVRIRDKWEASGYGASKKTAEQNAAKELYVQIRRRS
>CP030147|1963162:2011973|1971651_1973559_+|AXR60835.1|DBSCAN-SWA
MQQESTLLDRIDYPADLRNIPLEKLPQVCKEVRNYIIDTLSGVGGHFASNLGVVELTVALHYVFNTPKDRLIWDVGHQTYPHKILTGRKDRLKTVRKFNGLSGFPKREESPYDLYNTGHAGTSISQALGEAAARDLTKGEDYSVVAIIGDASIATGMALEAMNHAGHLKKDMIVILNDNYMSISKNVGSISNYLNNIITSHFYNHWKRVFYTFLKWLPIIGPATERFFKRVEKGFKDVLTPGGLFEDLGFGYIGPEDGHDVVRLVNMLEKVKKMKGPILLHLITQKGKGYDPAERDPIKYHGVTPFRKEDGAMDSGDSSKIAYSKIVGKMLSILTETNPKIAAITPAMIEGSGLKEYAEKYPDHLFDVGIAEQHSVAFAGAMTNGSIIPYMCIYSTFLTRAMDQLVQDVSLMNLPVRFVIDRAGCVGPDGETHQGFFDLGYLLGLPNMDVFVPSNGQDMIDSLRWMETYDKAPIAIRFPKASVDLKTLDFYKEVDLRPGTFRVLKRGTDLALLSIGSMIDEAKKATEILESAGFSVTLIDLIWLRPLGVETLNEELSGVRHFVIIDESYVDAGASGYLLNRILPENLSKYVKTFGFPPEPIHHGERKEIIQTYKLDGTSIAELVADVLKKNLIKP
>CP030147|1963162:2011973|1984109_1985201_+|AXR60846.1|DBSCAN-SWA
MSLIETIPVNTEHKSVPVHLHSDFSGLSEEIAKLPGITSVFLITERSIHSIYSKYLEKELSSLGIPVKEIYIKGGEKSKHIDRTGHIYNRLIEYGADRMSLILAFGGGVVGDFAGFIASTYLRGIRFVQIPTTLLACVDSSVGGKVAVNADFGKNMIGSFYQPEFVFAPLFVLSTLPGREWRCGQAEIIKHALLSGGEYWEKVKKHSFKDLNVNSPVLPYLIAESVRFKANVVSNDEKETGLRKILNLGHTTAHAIESVTRYRKYSHGEAVAIGLVTALLISEQKSDLDPITIQETIETLKNYKLPFQVKLKSKELAKHMLHDKKNLGGSIRFVLLKKPGFPVFDVPVESRDIILTIRKQKGL
>CP030147|1963162:2011973|1977018_1979049_-|AXR60839.1|DBSCAN-SWA
MHLIRLFIILILISIAFSLNSDGLPNFSIQEKEAKIQFARGFSYFNNSQYSSSRESFLKALSIKNDFTLARLLLSNSYYLSGDWPESMSELEQIEGITGLNQIQKARLDALRINLAGGSQDLAVRYYSSIFGDDLRRFRFRNPSDVAVDDDGFLYVLSFDTANIVKFDPNGNPVDNFKGSLGRNLSGPLFFSLRGNSIFVTDFKADKIYEFNTKGEYHNRFGNSGKGNGEFHGPTGIFFTKNGYLYVSDSGNNRLQKLKADGTFIQEIGVGILRNPSGLKVNSQGEIYVADRGNSRIAVFDSEGNFLREITNPNILLSPRNLTIRKNEIYISDEKSGLIIYNTVDNTWRLLDSFRDSKNVVRKLNQPFSSTFDYTGTQFIADFNRHRVEIFSPSNQLSSNMDIVLEKVLNQEYPDISVFLRIRDRSGRDIKAIPRNSFKVYEYGNLSPLIGLADMQQFNNRISVSLVYENTPEVKSAYPIFEKSLKPLLTSLRQYDGIEVLRSGEELIKTSDFNHSMYEIFRILRTSPSDSSSKTGKAIYRGISDLLSRLGPRIVLVLISGNSYPDSFTQISPEKIIRYSKAHSIPIYFLSLSDTGPAVETYKTIAASTGGKFILIPGEGLEKNLYNSFLSHKDRRYIVSFKSRIDVDKKDFYIPLIIEANFRNTSGKTEAGFFTK
>CP030147|1963162:2011973|1988595_1989336_-|AXR60851.1|DBSCAN-SWA
MAFQILRPTFLPVLSLICIFLGCGRNTDVAQSPFIFISPVGVPQFLSIVAVNEGITNTMSKDVDFLSEPNNYKPEFLIRYYVTNAEPQFVGYNLYITTTAPSVAETLAAGSVYLENGVQPSFSHLSSEASTSSSKLQTHRILNQIPPPGVFPFIKCEIYTFTMRALLNSGIFSNPSTPVKMCSSSRPYLCPIGSSCNPSECNNASCTTVVKQNCPVGTLCNPCTISNAEETGCVCPSGVSPPGCNL
>CP030147|1963162:2011973|1990369_1992304_-|AXR60854.1|DBSCAN-SWA
MRPVRLTSVSLKTRVFDFTGNLNKIKKVLEQEKNSDLILFPELCISGYGCEDSFFFPRIWKKSWNSLTELLPLTENKIVIVGLPIFQNPYLFNCAAVLCNGVVAGIVPKSNLASTGVHYENRWFTRGEETRKNFAAPDGSVIPFGSLIFETDQFSFGVEICEDSWVLQKPSIPLSEAGTDLILSPGASHFAFGKQRIRRQIFQENSRRESNVYLFSNLCGNESGRLIFEGGSMIVQNGKLIAQSQRLFFGDFNFCSCEINFETSRADRAKNFRPSGNRFSSKKSFEENRIHLSLKFPKRTPKINYPLPEPSISQEEESYLDFTRAVALGLFDYLIHSKTKGYTLSLSGGADSSACALLVTAMKKIAKQELGEKIFSSQGIKEDSILSTLYQATVNNSDRTRSLAKALAEDVKSVHGELTIDTEVQNISQKISEITGISFNWNEHNLTLQNIQARIRSPIIWMLANLNGHLLLSTGNRSEASVGYTTMDGDSSGSVAPLTGVSKEFILKWMRFVAEGKDSILPAYPSVKEIALSPPSAELKPLKDKQEDEKDLMPYPLLQKIEELFIVRGASFSEIVQLLSKDSEIQKLTSGGLEESVRKYIVLFHRNQWKRERLPPSFHLDDYGLDPKSSFRFPILSEESESEI
>CP030147|1963162:2011973|2002105_2003044_-|AXR60866.1|DBSCAN-SWA
MTEVNNPHDRLIRETFQDKKEAATFFKNTLPPEVVKLLDLENLELTESSFISEELKQEQTDLLFQIPLKSGNKSNVYLLFEHKSYLENTIYIQLLGYLTEIYRNQQRNGEPLSVVIPFVFYHGEKEWKLGNRFLDQFVLTKQETEILKDFIPDFKIDLFDLKEVELKKKLESITFQVTLGVVQKIREGDLEFVSHLPGLFSLLLGIEEESKRVAILRKLLLYIYWARDLKPTELKRVLERSKLEQYEELTVTTAERLISEGIQQGMQQGIEKGVEKGKLEDAGKMLKKGIDLKTVLEITGLSEKTLKEHGIL
>CP030147|1963162:2011973|1993156_1993864_+|AXR60858.1|DBSCAN-SWA
MSEFPYDFDKFRRNLIFRSIAVVLLYLVFIVWNFLKVPEENRTDFVKIFGLLSMVLGFLLYRNFSRQLKILKGAKVELTSNSLRLFNSKGQSLETKLKSIVSIERDVFRSYVRFLIATKDDLIPVLNLLEPDLFQSELEKNSGKKVVVQKSRPGFLHPKTLLYFIPSLITFGAVFYEPFHLRMESFYLIANINALLVAVYFPEDKVKLVYSAKRRWIFLLGALLIAQCLIYLKIL
>CP030147|1963162:2011973|1992410_1992626_-|AXR60856.1|DBSCAN-SWA
MSSKSFCFIEILSYTFLTSEFSGKNPKTRFQSKAISKTDSISMNSRIFRLCKRLPVLPKPTQPKKRGLSSS
>CP030147|1963162:2011973|1981967_1982228_+|AXR60843.1|DBSCAN-SWA
MKFFLRYIRSLSICKNRFEKQKPIINLKEFFSEKKYIGLPNIFGIKSIKFGGFYIRLTKSNKKSSYHLNVVRRKQWQTLKKLNLLS
>CP030147|1963162:2011973|1998683_1999610_+|AXR60862.1|DBSCAN-SWA
MSALSEVALQIASEIRKVNLREDQRIPTSDAFIKEMMSLYSREPDDLRNILEALRAAKIIFIIKIVLPEEKMSKINDPGVDAYAYADLKILSDLKYYSEKKLERLYEATYYKKKSPSLITRELFPKIRELNNTPIGRMVNIVVMLEEFIRMMNNNPNDFEEGSRSQAMEDILVAKGDTPKSISDESSKLTPLSNSFGPTLSQRATDRMATQETNLNPNSPWGRMASKFSIEFLLRVHLRKCEFETVRKLITSGKVTDEVNLRLIRDSLLKMEKNINVDKVLASYLEEMIELRRLAQRKLNAVSKPRTF
>CP030147|1963162:2011973|1989448_1990144_+|AXR60853.1|DBSCAN-SWA
MVSIRKLVLYSGISIVFVVLVWILFSSEDSGEKEKKSKEADSVALLLGGGGSSSSSSGSGSRTNESIFDSSFYKAGKGEYVEAERGEQKEADPDAADADNPINPQTNKPYTNEEMERFSQLRERFPNNSLVPKKLSPAEKEAKKQEDNQIAEAARNVYARTASPTQIRLYYNHMEKQTLDRMDIINYLVDLQKGSGDEETEKKLQNIQDSIKNQLQQVQKDKENAFQQAGL
>CP030147|1963162:2011973|1973600_1974071_+|AXR60836.1|DBSCAN-SWA
MENITPSDFLEAAKYFYKKGDSDRAEYLFKLTLEDEESHEAYFFLGLLENQRGNSAKGLTHFYQSVELNPNYGNPCNEIGIILLRAGKEIEAVYWLKKSLRCELNDAPHISLYNLATLYKIWNRPERSLQYLHRAILIKPDFEEARKLKEELGSTI
>CP030147|1963162:2011973|2009686_2010916_+|AXR60871.1|transposase|DBSCAN-SWA
MSKPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSSKKLKGDFGTIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSADLISEVTDSVLETVIEWQNRPLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSIIFGDRLKFDSF
>CP030147|1963162:2011973|1968684_1969158_-|AXR60832.1|DBSCAN-SWA
MKNSSLKSELTFCSIRKSGNLCSFLIPENLVRTNQLQPKILRKTLHLLLSRWDEILIRKRFLGKRLAYARYQEKNLNLQKMNFRPFEEDWCKLGILAWGLGISRCLLFSLLLEWSIEGTPRKTKFYGAPTILKITREIRFSQKLLQSQIQLGRAHPI
>CP030147|1963162:2011973|1989262_1989445_-|AXR60852.1|DBSCAN-SWA
MLRRNSRNFDCKTADLGNSIPNTFLIFKKPNPTQDKNGFSDSSSNVSSGSFLDLYFLRLW
>CP030147|1963162:2011973|1963162_1964890_+|AXR60828.1|protease|DBSCAN-SWA
MLIMILGAVFMLAISIFIHELGHLLCGMLVGVKARIFSIGYGRGIWKKKVGETTYQITAIPVGGYVLFKGDDYGGEVKGEPGELLSTPPLKRMIPVLGGPLFNLFLGFGILLILNFIGHNPPGNRIFIDPADQEFSAAYQSGLRTGDRILNIDGNQIEKFEDIVTNVGLSSGNALKILGERDGQKMEWSVIPRIVYNPKRSSGIPTIGVEPFGERRVVATFSYPEQFQHWLSSRLDRSHEAENYYQERLKKAVEGRDIPAEVLLEKEREEKENLLRSRALNYLNDGDVIQTVNGKAVSTVGELQRILGEYQNRTVTIVADRKTYPLVNPWSTEIVSVEIPVLGANILEFKNIRDQKFPELNLESYQFASYDPELGHKLLNLAVDGKMFPSFEELLVYIKTKNGKTVTVDVGNLKLEAEPKVRPIGLLGFRPNMKFNPEPMQRELGFVESFIVAGKDVYENVEITLKGIGMLFSGILSVKDSLSGPVGIVSYAGISLEIGWETYLEFVARISIALMIMNLLPIPMADGGHIVLYAYEAITGRPLPGRVIESIFRIGFLFLLGLGLYVTFNDVMRIF
>CP030147|1963162:2011973|1999618_2000020_-|AXR60863.1|DBSCAN-SWA
MVIVDKNGIPISAGIESASPHESKLAEGAIIRKKVKGKIKDLVGDRAYDSGPLDEYLKKKYKVNLIAPHKSNRKKKKTQDGRKLRKYRGRWKIERTFSWLQNFRRFATRYERNDQNFYGILILACIMIVIRSF
>CP030147|1963162:2011973|1986251_1987418_-|AXR60848.1|DBSCAN-SWA
MPILPDWVHYTFPPKIHFEADCGYKVGNFVKNIGSRTVIFSTQQELDNMDELSMIKTSLEKHIDGVILYDDIVKEPTSEELDTAAYFAKIANADCIIGYGSYESISMAKLIALLVTNDIFAKDMINDKKAKLKRPIPLILIPTHPIFGLECSPISTILLGDEKITKYFSHEFLFPELIIADPKISSFMSSADISKVGVGILAAAVDTILSKFSTEFTISSALRAIELLQKNLIPSIRDPKNLNYKNGLYAASLLTGIAQSSSSLGLCFALSLASANITNLDIFQSMSILLPHVMEYNLTSSAGKYVMIARALDEDITNISVIEAAIKAVEGIRKIFIELKIPQRLSEYEVKKIDLPSIANLAASFPFLDSLPRELPKNEIETILVAAF
>CP030147|1963162:2011973|1980811_1981576_+|AXR60842.1|DBSCAN-SWA
MIDLKGKSAVVTGSARGIGKSTALTLAKAGANIVIADLNEESSKATADEIAKQTGVKAIGIGTNVADADSAAKAIQACVDAFGSVDILVNNAGITKDTLLMRMKKEQWDAVIAVNLTGTYNCTQAAIKFMMKNPNGGSIINLSSIAGVNGNIGQTNYSASKAGVIGFTKAVALEMASRKVRCNAIAPGFIATEMTDAIPEKIKTAMIAAIPLKRAGQPEDIANTIAFLASDISSFITGQVIEVNGGGFLPGVQA
>CP030147|1963162:2011973|1982191_1982425_+|AXR60844.1|DBSCAN-SWA
MADFEKVKSIIVEQLGVDESEVTPEAHFIDDLGADSLDTVELVMALEEEFGIEISDEDAEKIQTVGDVTKFIDNLKS
>CP030147|1963162:2011973|2005189_2006557_-|AXR60868.1|DBSCAN-SWA
MPDKDTNFIHKGTVEFVNSKLRGVSVVNNISIEIPYSLPGDIYHVTFFKKKRRKHSTKQDLVFQTPRVVIPPCAVFTRCGGCSAQHIPYEEQFHYKTSALLESYKKDFGIEPILYPALKKLHYRNRMDFAVFPGPVIGQREAGSFRHIVDLEYCFIQSEESNAELKRFRDLISEFPDLPYNRKSDSGFLKYFTLRKAKNSSELMTILTFVEEFKNSDQEEKFSKVCLKYLKADHILFCFNRRKGEISAIGEVKVLKGKESYLEFVSGKEFQVPFDSFFQPNPEGFQPILDFIETEIPKSSDHLIDLFCGSGFFSRIFAHRFRRITGIDSTESSLEIARKQMSFDFPKIEFSYLREDLFSKKSSPKLNELLQSRNILIADPPRAGLGEFVTEALKNSKISSFFYVSCNPTSQKEDLWKLKDFFQIQKILITDPYPQTPHLESVALLSSKNIPIQSD
>CP030147|1963162:2011973|1969304_1971617_+|AXR60834.1|DBSCAN-SWA
MSEIKFKITPFHIISIILGGMGIVFITFTAFFPSFSFNTEFLLGGFVLLLISSYPIYKFIEVNTSDKQKSGGIWLSMVVSFSMFFLYQVFTPLSELEESSVSWRFTLLRSGVNKSEKESEEGTIEYTRYNPPPGARQDIQIIGITTTSLEKLQGRWPLPWKYYANIIDIFKNTSNQLMFDIFFVDYKSGQTEEMAEALAKNSQVMFDYPMETSLESKSSILNLEKRIDLLRKFKLENVEDPGDIGTSWLKFPQPPIEPVAEKASGLGFANIKKDESGLNRRMPLVAKLLNAGPLRETEYYPSIDLIIACNYLGVDVKRDVEVVMGRYVKIKNIPQKTLTSFNRKTLKMETKDIMNRPNEDREIIIPIDKDGQMQINFPGGLYSFRAHEIFEAATEWNEETASQFQNTIFLVAMYYATGAGAAKDTHLSPFGDMSGIEHHAASINTILNQDFLFELPLWGEFLILILVGILGGFVQPRLKTWLAFLFFLVTAFIYSVGTLVNFSEFNLVHLYPTVVLEQLFIFIGLIGFRILTEEENVKYIRSTFSKFVSKDIVDELLKNPDNLNLGGSKRDITIFFSDIRGFTTMSEKMGPEELVQFLNQYLSEMTEIIIEFKGTIDKYMGDAIMAFWGAPVPLEDHAYYGCAAGLAQMKRLATLKEEWKSLDLPQMDIGIGLNSGPAVVGNMGSSHRMDYTCMGDTINLGSRLEGTNKEYGTHIIISEYTYEKVKDRVIARELDLIKVKGKTQPVRIYELLDLVNEDDLKLLRKPLQVN
>CP030147|1963162:2011973|1980525_1980846_-|AXR60841.1|DBSCAN-SWA
MTTALLPFKSIIILSYLNFLQLKYFVQIAGQGSFPHFKFLEHNERSVFVVKSVINWIYLSSDIKRNPIFIKDVSRSLEIFYVLKIIHARETQTIVPQESHLGYQRT
>CP030147|1963162:2011973|1996117_1998607_+|AXR60861.1|DBSCAN-SWA
MSFRIYTLFLFEYFRSHKLGAFFALAGISLGVGLFISTSANGIKAEKSLTDFAMGYFQGKYKIKISSSLGDQNIPVSLIRDLSKDPSIVKIAPRLQKEVILNDSVRGVFIGLDFLKESGEFLSKPEIQNSSTQNTRDKLSSVFISRSLSQRIGASKVDIRTNSKNFSVTELTVFDTEGGSILMEDIESAMERFETAGHVSFLLIQPDEFRPEQKRILEQKLGPDYRVETVEDIQEKSGNALRSFQINLLVISLISLIIALFMVSNTMSGLYVSREKELGILKTMGLSAGHTFFLFVSQALFLGISGSCMGLGLGFLFSKLDFFSPEATSVNLSYLKTYNSVPISTWLLGLGIGIVGSFLSAAVPSFRAGKISPVSILRESSSGTYRTNEFRLLSIGLLFLFIFTCIAFFPFRWKFPIFGLLGIGGIVVGFTLCFPWVFKTFVIFFFKLVERSDRSFVFMKVGLEEMKNQTLRNTLTSATLMLATSLVVCLSILADSYRRSLNDWVEAEFPAEFTIINSANLVAEIQGGVPIGLLNELSQIPEVKSLDGFCVNTKVETDRGNFTIHAYTFATHDREDSPERLIKTENEILISSNMAYLQNFNVGDSILIETKFGKKEFKVRGIKEHFFSERGTIMMDIRSYEKFFGLHAYNSIKIFLKKDADQKQSEESISKILAQNSSLKLLNVKELRELYTEGVDKVFGVLETLKTTAFIIAMLSLISSLFHNLISKKNTLGILKYLGADLRQLEKILLTESVFITSVSICFGILLASFLSPIVLYVVNKNAFGWTLKFTVSPEVPIFFLILSPILGILSCLVPLYTLQKLSFRISQE
>CP030147|1963162:2011973|1987495_1987819_-|AXR60849.1|DBSCAN-SWA
MTIDKIGGIGGSGYEPKRTTPVKKAESKETFDNVSISDTAKQKASEARLQTEIQTITRKILSTPDDSDRSVKLKEIKEKLKNGDYDNLSSDVLNTIADRISETMLGQ
>CP030147|1963162:2011973|1995009_1995216_+|AXR60859.1|DBSCAN-SWA
MIHYSDSHLLSFYLECPGNRFWDKLSKANVILNVTSVFDDLKIREEAKGLNTKERAEVIYDIASCNLS

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXR60828.1|1963162_1964890_+|protease	zinc protease	NA	NA	NA	NA
AXR60829.1|1964894_1966625_+|tRNA	proline--tRNA ligase	NA	NA	NA	NA
AXR60830.1|1966627_1967830_+	tryptophan synthase subunit beta	NA	NA	NA	NA
AXR60831.1|1967826_1968621_+	tryptophan synthase subunit alpha	NA	NA	NA	NA
AXR60832.1|1968684_1969158_-	DUF1564 family protein	NA	NA	NA	NA
AXR60833.1|1969108_1969342_-	hypothetical protein	NA	NA	NA	NA
AXR60834.1|1969304_1971617_+	adenylate/guanylate cyclase domain-containing protein	A0A2H4N7Z5	Lake_Baikal_phage	8.3e-48	36.4
AXR60835.1|1971651_1973559_+	1-deoxy-D-xylulose-5-phosphate synthase	NA	NA	NA	NA
AXR60836.1|1973600_1974071_+	tetratricopeptide repeat protein	NA	NA	NA	NA
AXR60837.1|1974443_1975037_+	hypothetical protein	NA	NA	NA	NA
AXR60838.1|1975033_1977022_-	hypothetical protein	NA	NA	NA	NA
AXR60839.1|1977018_1979049_-	6-bladed beta-propeller	NA	NA	NA	NA
AXR60840.1|1979293_1979485_-	hypothetical protein	NA	NA	NA	NA
AXR60841.1|1980525_1980846_-	hypothetical protein	NA	NA	NA	NA
AXR60842.1|1980811_1981576_+	3-oxoacyl-[acyl-carrier-protein] reductase	NA	NA	NA	NA
AXR60843.1|1981967_1982228_+	hypothetical protein	NA	NA	NA	NA
AXR60844.1|1982191_1982425_+	acyl carrier protein	M4M9G2	Vibrio_phage	3.5e-07	41.4
AXR60845.1|1982478_1983222_+	ribonuclease III	A0A2K9L8W0	Tupanvirus	1.2e-24	35.8
AXR60846.1|1984109_1985201_+	3-dehydroquinate synthase	NA	NA	NA	NA
AXR60847.1|1985200_1986082_+	mechanosensitive ion channel protein	NA	NA	NA	NA
AXR60848.1|1986251_1987418_-	iron-containing alcohol dehydrogenase	NA	NA	NA	NA
AXR60849.1|1987495_1987819_-	flagellar biosynthesis anti-sigma factor FlgM	NA	NA	NA	NA
AXR60850.1|1987831_1988599_-	16S rRNA (cytidine(1402)-2'-O)-methyltransferase	M1PLC5	Streptococcus_phage	6.8e-31	34.7
AXR60851.1|1988595_1989336_-	hypothetical protein	NA	NA	NA	NA
AXR60852.1|1989262_1989445_-	hypothetical protein	NA	NA	NA	NA
AXR60853.1|1989448_1990144_+	hypothetical protein	NA	NA	NA	NA
AXR60854.1|1990369_1992304_-	NAD(+) synthase	A0A2L0UZF5	Agrobacterium_phage	3.1e-16	29.3
AXR60855.1|1992302_1992494_+	hypothetical protein	NA	NA	NA	NA
AXR60856.1|1992410_1992626_-	hypothetical protein	NA	NA	NA	NA
AXR60857.1|1992600_1993164_+	orotate phosphoribosyltransferase	NA	NA	NA	NA
AXR60858.1|1993156_1993864_+	hypothetical protein	NA	NA	NA	NA
AXR60859.1|1995009_1995216_+	hypothetical protein	NA	NA	NA	NA
AXR60860.1|1995415_1996111_+	ABC transporter ATP-binding protein	G9BWD6	Planktothrix_phage	1.3e-36	40.0
AXR60861.1|1996117_1998607_+	ABC transporter permease	NA	NA	NA	NA
AXR60862.1|1998683_1999610_+	hypothetical protein	NA	NA	NA	NA
AXR60863.1|1999618_2000020_-	hypothetical protein	NA	NA	NA	NA
AXR60864.1|1999893_2000412_-|transposase	IS5/IS1182 family transposase	A0A0N9SHJ4	Paenibacillus_phage	1.3e-14	40.7
AXR60865.1|2000530_2001760_-|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	7.7e-53	49.7
AXR60866.1|2002105_2003044_-	hypothetical protein	S5VSW1	Leptospira_phage	1.1e-96	64.6
AXR60867.1|2003484_2004609_-	SpoIID/LytB domain-containing protein	Q2XU88	Pseudomonas_phage	4.5e-23	33.6
AXR60868.1|2005189_2006557_-	class I SAM-dependent RNA methyltransferase	E4ZFI6	Streptococcus_phage	6.4e-24	24.3
AXR60869.1|2008452_2008716_-	hypothetical protein	S5WIS5	Leptospira_phage	8.5e-10	85.4
AXR60870.1|2008865_2009643_+|transposase	IS5 family transposase	NA	NA	NA	NA
AXR60871.1|2009686_2010916_+|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	7.7e-53	49.7
AXR60872.1|2010992_2011973_-|transposase	IS110 family transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>CP030147|2415331:2480197|DBSCAN-SWA
TATGAGCAACCCCAAAAATCGAGCTGAAGAGCTACTCGATGAATTAATCAAAGATAAGAGTCCTGAAGATCTACTGGGAAATGAAGGCCTCTTAAAGCAACTAACGAAATCACTGATAGAGCGAGCGATGCAAGGTGAGATGACGCATCACCTTGGATACGAGAAGAATTCCTCGTTGGGCAATAACACAGGAAATTCTCGGAATGGAAAAAGTAACAAAAAGCTCAAAGGAGATTTTGGAACAATCGATTTGGAAATACCTCGAGACAGAAACGGCAGTTTCGAACCTCAGATCATACAAAAAGGTCAGACACGTTTTACCGGCTTCGATGATAAGATCATTTCGATGTATTCACGCGGAATGACCACACGAGAAATTACCCAACATCTCCAAGAAATCTATCAAGTGGAAGTCTCAGCGGATCTGATCTCAGAAGTCACCGATTCGGTACTGGAAACGGTGATCGAGTGGCAGAATCGTTCTTTGGATAAAGTATATCCAATTCTCATCATGGACGCGTTAGTCGTAAAGGTGAGAGACGGTCACCACGTTCAAAACAAATCCTTCTATTTGGCTTTAGGAATCAATCTACAGGGCACAAAAGAGATACTTGGGATTTGGGTGGAGCGCACCGAAGGAGCGAAGTTCTGGCTTCAGATCTTAACCGATTTAAAGAATCGCGGAGTTGAAGATATCTTAATCGCCTGCGTTGACGGGTTAAAAGGATTTCCGGATACGATCATATCAGTTTTTCCTAATGCACAAGTTCAACTTTGTATCGTTCATATGGTAAGGAATTCTTTGAAATGGGTTTCTTACAAACAGAAGAAAGAGTTGATGATTGATTTAAAGGCTATCTACAAATCTCCGTCGGCAGAGATTGCTAAGAAAAGCCTTGATGATTTTTCAACCAAATGGGACAGTCAATATCCGATGATCAGCAAGTCCTGGAGAAACAATTGGGAATCGGTGATTCCTTTTTTGGCATATCCACCTAATATTCGTAAGGCGATTTACACCACAAACGCTATCGAATCTATGAATATGGGTTTAAGAAAAATTATCAAGAATCGGGGTTCGTTTCCTACCGATGAAGCGGCTATCAAGCTTCTTTATTTAGCTTTGAATAATATGTCTAAAAAATGGACCATGCCTATTCAAGATTGGGGAAAAGCAATGAATCAATTTTCGATTATTTTCGGCGATCGGTTGAAGTTCGATTCGTTTTAAGATATGTCATTTACACAGGAACGCTGACACCCTCACCGATCGCCGAAAATAATCGAAAATTTGTACAGTAACAGTATTCGCCTGACACTTCTGAAAGAAATTGACTAATCTTCTGAACTAGGCTCCTCGTCCTCTTCGACTTTAATTCCTTCGAAAAATACTTGAAATGGAGTTCTTCCGTTCATGTTTCTTCCTTGATGGACTCTCTTGTAATTGTATTCCTCAAAGAAGATTTCCAGATCGATTTGCATTTCTTCAATCGCCTCGTAGAATTTGGTTCTACCAGCAATTCTGAAATGCTCGTCGAGCAAAGTTCGATGAAGTCGTTCAACGTATCCATTGCTCTGGGGTCTTCGCACTTTAGTAGTCCGATGTTCGATCTCTTCTAATTGAAGAAAGAGTTCGAACGGATGTTGATCTTCTCTTCCACAATACTCACGACCATTATCGGTAAGAACGGTCATAACTTTAACGTTATGTTCTTCGAAGAATGGAAGGACGTCGTTGTTGAGAGTTTGCACAGCGGTAACAGGAATCTTCGTATTAAAAAGCCTTCCCCAAGCGAATCGACTGTGACAATCGATTACGGTTTGCAAATAGACTCTTCCAACTCCCTTTAAGGAACCGACCATGAACGTGTCCATAGAGACCAATTCTCCGGTAGAATCGGCATGTATGTGCCTTTCTCTGTATTCTGGATCGAATCTTTCAAGGAGTTTAATCTGATCCTCGGTGAGAGGGATGATTTGATCTTTGTGATGTTCTTCAAGTCTGAGAAGCCTTTGATGTTTGGTTACAAGTTTATTCCTCGCCCAAACTCCTCTGACTCCTCCTGAGCTTACTTTGATTCCCTTGAGGCTGAGTTGTTGTGCGACTTTTAAACAACCGTGGGTAGGACGTTGTAGAGAATATTCTAAAACTTCTTTCTCGATTTCTTCGCTGACTCTGTTCGGATGAGGTCCGTTTGCTCCAGGCATTCGATCCAAAAGTCCTTCTGCTCCGTAAGTTTGAAAGTTTCTTCGGATCTCGTAGAACTGCTGACGGGAATATCCCATGATTTTGCAGGCCTTACTTACATTTTCTAATTCGTTAGCAAGTTCTAATAAATTTAGCTTTCTTCTCGTAGCTTTTGTCGTCGCATTGGCGTTGGTGGTCATCGGTTTCTCCTGAGTTTAAATAATTTGTGGTAAAATCATTTTTACTTTCAGAAGAAATCGGGACCACTGATTTTTACCCGACTGTCAGGTGAATACTATCACTACACAGACTGTTCCGGGAGAATATTCCAGCGGTTCCAAAAGAAAACAAACAGGGATAACAAAAACAGGAAGTCCCAGACTTCGAAGAATATTGACAGAAGCAGCTTGGCAACATCGTTTCCCTGGAACAGGAAGTAAGATTGTAACCGCACGTAGATCGGGACAACCTGCGTTAGTTGTTGCTTTGGCGGAAAAAGCATCTCTCAGATTACACAAGAAGTTTCGTAATCTACAGCAAAGAGGAAAAACTCCTCAGGTAATGATAACGGCAGTTTCAAGAGAGTTATCCGGATTTCTTTGGGCGGCGATGAATCTGGTTGCATAGAGTTAGAGTAATGTTTCATCCAATAATTGGATTCGTTAGAGAAGATGTACGATAAAGGAGGAATACTTGTTGGCTCAGTGTTGAAGCAAATTTGAATTTCAAATTTGACCTTCGTTTTAAGACTAAGAACAGCTCCCGATGTATAGATTATCCTGCGGTATCCAACCCGCGAATATCAGTCTGATCAATCGTCGCGAATGCTTTTCTCTAACGAGTTAAATTATTGGGTGATTAAAAAAAATGCGAAAAAATATTTACAGCTCCGGATGGGGGCGCCATATCAGAGCCTGTCTTAAAAACCTTAAAAGAATATCTCTAAACGATCCGGTAAGTTTCTAAAAAACGTGGGAGTTCCCACAGATTACATCGCATTGGCTGTTTTTTCTGTCGTTTAAAATTATAGTAGTTCCTACATTTTGAGACGGGCTCTAAGTAAAGTGGAGAAGCGAATCCAAGAGTATAGAAATTTTTAGAAGAGATAGTCTTGTTAGGATAAGGAGAAGACCAGATGAAAGATCAAAAGTTTAAAAGAGTGAGAAACGGTTCAGGGGAAAGCGATCTCTTTTCAACAAATGCGAGATTGTATTATAACATTCGACAAGTTTTAGTGAAAGAAGCGTTAAAAGAAAATATCAACTAAGACAAAATGGCGCCCCTTCTGGGCTTGAAAACCGTGGGTTAGATGCAAGCATATACCACAAAACAAGAAAACCAACAGAAGGAACGTAATGAAAAGAAAAATATATGTAGGAATGGATGTCCACAAAGAAACGATTAGAATTGCGTGTTTAACGAACAATACAAAGGAAATAGTAAAAGAACAGCAGATAAAACATAATGAGGTTCAGATCAAAAAGTTCGTCAATAAACTAAAATCAGAATGGAACGAGATACATAGTTGTTACGAGGCGGGAGTAACGGGTTATCCACTTTACAGATATCTAAAGTCTTTGGGAGTGAATTGTATCCTTGTAGCACCCGGAAAGATACCAAGACAAAGTTCGGATAAGATCAAAACCGATAAAAGAGATGCGATCAAATTAGCAAAATTATTACGAAGTGGAGAATTAGAATCGATTCATGTACCGAGTGAAGAGGACGAAGCGGTAAGGGATTATTTGAGATCCCGTGACAGCCTTCGTTTGGATTTAGGAAGGAATCGTCAGAGGTTGATGAAATTCTTATTAAGAAAGGGTATAACTTACTCAGCAACAAAGTATTGGACAGTCAGTCATAACAAATGGTTGAACAATCTACAGTTTAACAATGAGATCCTTCAAGAGACATTTAACGACTATTATAGTCGGGTAAGAGTTCAAGAAGAGAATTTAAAAGCGATGGATAAGAGAATACAAGAGATAGCGGAAAGTGAACCGTATCGAGAGAAAGTGGGAATATTAAGATGTTTCCGAGGAGTGGATTATCTAACCGCAATGTTTTTACTTTGTGAGGTTTGTGACTTCAAACGATTCAAAACAGCCGGTTCGTTCATGAGTTTTTTAGGACTTGTTCCGGGAGAATATTCCAGCGGTTCCAAAAGAAAACAAACAGGGATAACAAAAACTGGAAGTCCCAGACTTCGAAGGATTTTGACAGAAGCAGCTTGGCAACATCGTTTCCCTGGAACGGGAAGTAAGATTGTAACCGCACGTAGATCGGGACAACCTGCGTTAGTTGTTGCTTTGGCGGAAAAAGCATCTCTCAGATTACACAAGAAGTTTCGTAATCTACAGCAAAGAGGAAAAACTCCTCAGGTAATGATAACGGCAGTTTCAAGAGAGTTATCCGGATTTCTTTGGGCGGCGATGAATCTGGTTGCATAGAGTTAGAGTAATGTTTCATCCAATAATTGAATTCGTTAGAGAAGATGTACGATAAAGGAGGAATACTTGTTGGCTCAGTGTTGAAGCAAATTTGAATTTCAAATTTGACCTTCGTTTTAAGACTAAGAACAGCTCCCGATGTATAGATTATCCTGCGGTATCCAACCCGCGAATATCAGTCTGATCAATCGTCGCGAATGCTTTTCTCTAACGAGTTAAATTATTGGGTGATTAAAAAAAAATGCGAAAAAATATTTACGGCTCCGGATGGGGGCGCCATATCAGAGCTTGTCCCAAAACCTCCTTGTACTTGTAGTCTCAGGAAATAGATATGACATATGAAATCAGATTTAGGTCATTTAGATATCCCTGAAGAGATTTGGAAACGCCTTCATCCCTTGCTACCAAAGCGTAAAACAAACTCCAAGAAAGGAGGTCGTCCTCGGCTTGATGATAGAGTGGCGATGGCCGCAATATTTTACAGGGTAAGAACAGGAATTCAATGGAGATATATACCTCCGATGTTCGGTTCAAAATCAACGTTACATAGAAGATTTCAGGAATGGGTAGCCAGCGGAGTTTTTGATAAAATTGAAAAAGAAGCATTAAAACTTTATGAGCGCACTGTTAAAATTAGAACTAAAAGAATGGCATCTGATGGTAGCTTCGCAAGAGCTCCCAAAGGGGGGCTTTCACGGGTCCAAACCCGACGGATCGCGGCAAAAGAGGCCTTAAAAGGCATATTCTCGTCGATCGGCGTGGAGCACCTGTAGCTTTTGTAATCGCTTCGGCAGGAACTCACGATTCTAAATTACTTTTTCCTACTTTAGAAAAGTTCAAAGTATTTAGAAACAAAAAATTGCTTAAACCAGAAATCCTTTCTTTAGATAAGGCTTACTCTAACAAAACGATTAAGAACAATTTAAAAAAGAAGAATATTCAATATCGAATTCCAAATAAAAAGAATGCGAGAAATCCTGAATGGATTGCTCCGCTAAATCCTTTTAGATGGACAGTCGAACGTACTTTTGCTTGGTTTAATGCATTTAGAGCCATAAAAACTTGTTGGGAATTCAAATTTGAAAATTATAAGGCATTATTCCAAATCGCATTTGCTATCATTTTAATTAGAATGTCCTGGAAATAGGTTTTGGGACAAGCTCTAAAATAAAGTTATAAACAAAAAAGCGAATTATCGTTAATTTACCAAGATAGTTACTTTCATACAAAATAAATAAAACGTGCCATAAAAGGTTCGAGGTATATATCCGAGACGAAAGTTCTTGAGTTGATCCGTTCCAATCAAATTTTTTCAATAAAAGTTTGTTTCAAAATCTCAGAATGTAGGAGTTCTTACGGAGTTTAACAATAATAAAGCCTATTCGAAAGCCAATCAATAGTCAAAAGGAAGAAATCTATGGGACTCCTTCGTCTCGTGAAAGATTCACGATGATATTTCTATCAAAGTTTGGAGGCAAGTTCTAAAATTAGAACTAAGAGGTTGTCCCAAAACCTCCTTGTACTTGTAGTCTCAGGAAATAGATATGACATATGAAATCAGATTTAGGTCATTTAGATATCCCTGAAGAGATTTGGAAACGCCTTCATCCCTTGCTACCAAAGCGTAAAACAAACTCCAAGAAAGGAGGTCGTCCTCGGCTTGATGATAGAGTGGCGATGGCCGCAATATTTTACAGAGTAAGAACAGGAGTTCAATGGAGATATTCCTCCAATGTTCGGTTCGAAATCAATGTTACATAGAAGATTTCAGGAATGGGTGGCAGCAGGAACTTTAAATAAAATTGAAAAATAAACATTAAACTTTATGAATGCTTTTTTAAAATTAGAACTAAAAGAATGGCATCGGATGGTAGCTTCGCAAATTTCCAAAGGGCTTCACGGGTCCAAACACGACGGATCTCTGTAAAAGAGGCATTTAAAGGCATATTCTTGTCGATTGGTCATCTATAGCTTTTGTAATCGCTTCGGCTGGGCTTACGATTCTAAACTATTATTTCCTAGTTTGAAAAACTTTATAATATTTAGAAATTATAATGTTCTGAAGACGGAGATTATCTCTTTGGATAAAGCTGATGCTAACAATGCAATTAAGGAAAAATTAAAAAGGAGGAATGTTGGGTATCGAATTCCAAATAAAAAAATGAGAGAAATCCTGAATGAACTGCTCCATTAAATCCTTTTAGATGGACAGTCTAACGCACTTTTGCTTGGCTCAATGCGTTTAGAGCCATAAAAACTTGTTGGGAATTCAGATTCGATAATTATAATGCATTATTCCAACTCGTATTTGCTATCATTTTAATTAGAATGTTCCCCAAATAGATTTTGGGACAAGCTTTTAGTTGATAAGGCCGTTCCAAATATGTTAAAAACCCTTTTTGATGTATAATTCGTAAAAGATAAAAAACTAAGTTTGAAAGAAAGCGGTGTTCGTTTTAATGAAAACTCAAAAACACTGTGCTCGTAAGGCGCCGCCTAAAGAACATTTGGCTTTAGGGCACCTCTATAAAATCAAAAAACAACAGAACGTTATAAGGAATTCTTATGAGAAACCACTATTTTATGACATTCGAGAATTCTAAAATCTATTTTATAGAGGTTCCCTTTATTTATTTTGAGAAAGAATTATTGGGCCGGGTATTCTTTCGCGAACTTATCGGAAGCAGCATTCAAAGTGTTAGCTGCCTTTTCGAAATCCTGGTTGATTCGGTTGCTTATTTGAATGATTTCGTTCTGATCGGCCTTGTCTTTTTGAGCACGAAGTTCTATGAGGCGTTTATAATCTTTGCTTACGACCTTCAGATAGGTTTCGATCGCTTGAATGCCCGCGTTCTTAAAGCCGGAATCTCCTTTAAAATCGCCGATTCTCTTCAGTTTATCAAGAGAAGAAGTCAGTTTTGATTCCCAAGCCTTTCTGGCGTTTTCCGCGTTTGTAAAATCGTCATTTGCCAAAGTTATATTTAACCCATCCATATCGCTTGTGGCAGAATTATAGTTTATGGAAGAGTTCAATACTTCCATGATCTTATTGTTATAATCCACCGGATCTTGTTTACTGCAACCGGATGCTAAAAGTAGAATGTAAGAAACCGTTGCGATAACCGTAGTCACGTATTGTTTTTTCATACTCGTAACATCCGAACGAAATAAAAAATTTCAATCAGAAATTGTCTCTTAAGGAGCTTCAAATTTTTCCGAATTATAATTATAATAGGTGCTTCACGTGTCTTCTGATCTATGCTTTGAATCAAAAATAATTGAGGAGAGCAGATTTCAGGGATGCATCGTATAGTTTTTCGAAATTGGAAAATAAAAATCTGAAATTGCGACCGGCTCTCTCCGCTTCAGATAATTCAAAAGGTTGTATTTACACTTTCAGTTATTTGTACTTTCTTCGAATTGAATGCTGTATAGACCTATTGATAAATTATAGGAAGGCATCCCTCTTGAGTTGTTATGGAATGGAAAGTTTAATTTTGTTGCGAGTAAAGTTTTACTCGTGTGGGCCCAGAAGGACTTGAACCTTCGACCCGCAGATTATGAGTCTGCCGCTCTAACCAACTGAGCTATAGGCCCGGAGTGTTTCCAGTATTTTCGGGAAGTCTCGTTATTCAAGTGAATTTCTTTCAAAGGATCAAAAAGAATCCGAGAAGAGAGGTTGCAGAAAATGTTTCGGATCTTGAAAGAAAACGGAAACAGTTTTGTTTTCGGAATCGAAACAAAGATAAATCGATACGACCTTTCCTTTTCGTTCCAAAAGAAAATAACGAACTGTAAGAGAGTTTCCGGCAACGATTTCTTTTCTTTCGCCGCCAATTGCTTTCAAACCTCGAAACTCCGGAAGAACTAAGTCCTTATAGTCCGGAAATAAATCCTTCACAAGAGATTGGAGGGATTCCTCACCGGAAGGAGATCCTTCCCATTCTCGAAGAATCAGCATCCAAGCTCTTCCTTGCGTAGGAAGAACTTTCCAATGGTTTCCGGTTCCGAGTTTCCAAACTTCGTACTTTTCTGGAAAAAGGATCTTTACGACGTTCAAGACAAAAGGAACCTCGGAAGGATAATACGATAAATTCGAATTTAACGGATCTAATGCGCATAAATCCGAGAATGAAAAAGAAATAAGGATACTAAGAAAAATCAGAGAAACGAAAAATTTCTCTTTTATAAAATTTTTTCGGACTTTTTGTTTAATAAATAATTTCATCCAAAGTCAGTTCCCTGAATTCCACCAAATTAAAAACCGGAATGGCAAATTTTTCTTTCTTTTCTTCCAGAGTAATTTCGGAGGCCTTTTTAAAAAGTGGAACGGTGGAAACTTGAAATACGATCATCCCTTCCCATCGGCCGCTCACCTCGTATGCCGCGCCTTCCGAGAGTTTACGAACTTGTCTAAGTCTGGATTTATCGAATTTGTTAATTCTATATTTATAATATACCGTTTCACCGTTCCAGTCGTAAAAGATCGCGTAATTCCCTTTGAGTTCCTGAAAAAAGAGCTTAAAGGAATTTGGAAAATTGGGTGATTCGGAAGATAAGGATTCTTTGATATCCGAAATTCGAGGTTCCGAAAGGGGGATCGAATCCCGGTACGTCGTCGCGGCCCTGTGAACCTCTGGAGCAGAAAACAGCTGAATGGAAATTCCCAGAAGAAAAAAACTGGTCCCTAGTATTTTTTGAATATTCGAAAAATGTAACAAAATCAATCCTCCAAATCTTCAGATTCGGGCTTGCTTTCGGAAGAGGGGGGAGATGCTCCGGAATCGGGAACGGTATTGGAAGTTCCGGGTAAAGGATCTACAGACCGGATCGGTCTTTCCTTGTTACCAGTTTTGAATTTGGGAGAATCTGATTTTTTCTTGTCTACGTCGTTTCCGGATTCTCCTTTTTTTAATTTCTCAATTGCGGCTTTTGCGGCCTTTTTAACCTTTTCGCTCGGATCTCTTTGGGCCTTGTATTCTAGGATTTCAAGAACGGACATATCTTCCGTATCGGTAAGATGTTTGATCGCCCTTAACCTTACGACCGGATCGTCATCTCTCGCATAAGCATACAATTCTTCTAATATGTCTTTGTCCCCCATGGAAACAAGAGCGGTAATGGAATGGATTTTGAGCCGCTGAGAATCTTTGATTTCTTCTTTACCTTTAAGATTTCGAATTTTCTCCAATTCTTCCTTAATCGCCTGCATGGAAGAAATGGATTTCATTTTACCCAGGGAACTTACGGAAAAACTTCTGAGGGTGATCGGTTCTTTAGAATCTTTATAGATTTCAAGTAATGCGCTTTCTGCTTTTTTATCCTTATTCTTCCCGAAGAGAAGAGCGATCTGAGCCCTGATTTCGGGATCGTTGAAATTTTCATTCAGTCTTGCAAGTAGGAAAGAAGAAATTGCTTCCTGCGGAGGAAACTCTCCCAGAGTATCTAAAAGTCCAACGGTAAGGTTGGAATTCTTAGTAAAATCCTGAGCTTTTAAGATCTCAAAAAGAATTGGAGCTGCTTTTTCAAGCTTCAACTTTTTCGTCGCATAGATAGACTCTCTTTGTATATCGGGTTGATCACTTTTTAAAAGTTTGAGAATGGATTCTTCATATTGAGTAAGTTTTAATTCGGAGACGGTTCGAATCGCATAAACCCTCATCATCCAATCTGGATCCCTATCCAAAATTTTTCCAAGCTGTTCGATCAAAGCTCCGGAATGTTCGGAGGGAAATTCTTCGAGTTCACGAAGGGCCATTGCCCTTTCCTTCGTAGTTCCGAATTTTAAGACTTGAAGAAGAACTTCTTTTTTCTTTAAGAGTTGTTCTTCTGAAAGTTTAGCCGGCTTTGACTGACCTGGCGCGGAAAGAACGGGAAATTTCACAAAAAGGAGAAGAATTGTACATGCAAAAAAAAGAATATATTTCACGAAATTGTGGAACACCTTTTTAAGTCTCTTGTCGGAATTATTGATTTTGTTTTTCCAGCTCTTGGATTTTTCTACTGAGTTCATTGATTAAATGTTGGTTTTCTAAATTTTGTCGGAACTTTTCTATTAAAAAGCGAATATCTCCGGTAAGTTCTTCTATATTCCAAGGTTTTTCCACATAACGACTTAGCCCCCCGTAGTTGATCGCGTGGATCGCAGAATCTAGTCCAGCCTGGCCGGTGAGCATAATCTTGATCGAATCGGGAAGCCTTTTGTGAACTTCCTCTAAAAATTGGGAACCTTTCATACCGGGCATTACTTGATCGGCGATCACAACTTCGATTACGTAGCCGGAATTTTGAATTTCTTCCACCAACGCCAAAGCTTCCTCCGCGCTACTTGCGATTTCGACTTCGTGGCTTTCTCCGAATTCATTCCGAAGTTGCTGTTGAATCGTTTCCAATACCGATATTTCATCATCGACACAAATGATATAACCTTTATTCATAATCCCTGTTTCCAACTCGGAAAGTATCTTAGAAGGAGAGTTGCTTCTTTTCTGTGGAAATGTCAAGAGGATATAACGATTTCTTTGAGAATTACCTCTTTCAAATTTAGGATTCGATTACCGGAGAAATATTTAAAATTCGAGGCGAAAAATAATTCTTTAGGTCTAAATCCGAATGTAGGGTGCAAAACCGAACCCATTGTTCGAATCGAATCTTTTTCGGGTCTTCCCAGAGCAAACCTTCTGCGAGCTTCTTAATTTCCGCCTTCGGAAAATTAGACATCGGATCAGAGCTAAAAAGTTCCGGAGATTGTCTTTTTAAGATTTCTAAAATGGAGAATCTCTTTTCCCAAGATTTTGATTTTTGAAACCGGGTCTTGAACAAACTTTCCTTTCTAGAAAGGAAGAATCGATCGTAAACTTCGTAACCGCTCGACCTACAATGGGTTCTACCTCCGTTTCTCTGAAAGTCTACGCCCTTTAAAATCAGACGATCGTATTTCAATTGTTTGGCGAAGGATACAGCTATTCCGGCCATGTTCAAAGACGGATTTTCCAAGATTGGGGCTTGGGAAAAAAAAAGAGATCTGAGAATTTGGTCCAAGGGATATGTGGAAAAATAAATCCATTTGGGATTCGGAAGATCGAAGATATAGGTAGAACCTCCCAGCCAGGTAAGGATGGGAAGTTTTTTAGGAAGAATATTCCGAAAATGGAATAGAGTTCCCCTGGACGAATCCAGACTTAAAACCGCGTCGGGTACGATTCCAAAATTTAAAATCCAACCTAAGGAAGTATCCGAAGCGAGCAAATGAAATCGGTTTCTGTTTTTAAGAATCCAATCCGTTTCTTCTTCCAAAGAAGGGCTGGCGCCGATAAAAAGAAGAGTTTGGTCTTTGAAAAAGTTGTCCTTAGCTCCCGTAAAAATCAAAGAAGAATTTGAATTCTCAAATATACTTGTAAGATTTCGAACGCAGTTACGCGCCCAAATCCTTTGAAAGTAATTTTTTGCCGCAATGTTCTGAGAATTTTGTTTGAGAGAATCCAAAAAGCTCAAAGCAAGGTCTTGAAACTTCCGGAAATAGACCGGGTGTAAAAAGGGGGAAATTTTGTTCGTGTCTTGAAAAAGCCAAAAAGAAAGCGGTTGGGACAAAAATTCGTCCAGACCGAAAACAATTCGAATTCGATGTCCCTGTGTTTTATAGGACTTTGAAATTCTTTCGGAAAATTTTTCGACGATCGGCCTTAATGCGACGATAGGCTCAAGTATGAGAACGCTTACTGGTTTGTTTGCCTTTTGAAGATAAGCCTCTACGTGATAACCTAAGCCAAAACCGAAAATCAAAATCGTTTCCCGGTCGGACTGCGGAATCTGTTCGGCGATTCTTTCCCCTTCGGAAATAGGATTGAAGCGGGAATGAAAAAGGAAACCCGATTGGATTTCCTCTAAATTTAAGGTGCCGTTTGGATTGGAAATAAGACGATAGATAAGCTTAAGGAACCTCTAAATCCTCGTCATCCTCTTCTTCTTCATCCTCTTCTTCATCATCATCTTCGTCCTCATCCTCATCGTCGTCATCTTCGTCCTCATCATCATCGTCGAGAGAATCTTCATCCTCATCCCCGTCGAGGATTGGGCGCGGTGCTTCTTCCGGAATGAAATCCTCTTCGGTGTCTTCTTCCGCAATAGGTGCTTGGGGAGCTTCAAAAAGCCCATTGAATTTAGAGTAGGATTCGTTACTGAGATTCGCTTCTTGATCGAGCTTGATTCTTTCTTCTTTTGTAAAGTATTGGTATTGGACTTCTTCGCTGGCGAGCGCAAACATTGCCTGAACGGCTAATTTTCTACTTTTGATTTTTTTAGGTAATTCGAGTCTTTCAATCCGATCCAACGTATGAAATCCGGCAACTGCTTTTTCATATTTGTTGCGCTTTGCTAATTCGATAAGAGTTACGATGTCAAATTCAGAATTTTGGTTCATTCGGATTCCCTGAATAGATTGGAAAGAAGCTTAAAAACACTACGAAATCAGGCAACAGGGGGATGTCAATCTCTTCTTGATCGGATTTTGTGGAAAGCTTGATCTTGGTAGAGACGAACGTTTCTTCTACGATCTATCAAGATAATCTGATTCTCTCGTTTGTGAATTTAACGAGAAGTCATATTTATTTATATACTTAAGTGTCCAAAGTTTGACTGTCTTTCGTTTCCCGCTTGATTTCTTGGATATGGACCGTTTAATAATCCACGTACCAATACATAGAGAATCTCAGGAAACAAAATGTCTCATAACTCTCAAATTCAGAAAATTCAAGCCAGGGAAATTATTGACTCTCGAGGAAATCCAACTGTAGAAGTGGATGTAATACTTATGGACGGTTCTTTTGGTAGAGCAGCCGTTCCTTCCGGAGCATCGACCGGAGAATACGAAGCCGTCGAACTTAGAGATGGTGATAAACAACGTTATCTCGGGAAAGGAGTTCTCAAAGCAGTAGAACATGTAAATGTAAAAATTCAAGAAATACTGAAGGGAGCGGACGGACTCGACCAAAACCGAATCGACCAACTCATGTTAGACGTAGACGGAACCAAAAACAAAGGTAAACTCGGAGCTAATGCGATCCTCGGCACTTCTCTTGCGGTAGCAAAAGCGGCCGCTTCTCATTCCAAACTTCCCTTATATCGTTATATTGGGGGAAATTTTGCCCGTGAACTTCCGGTTCCTATGATGAACATCATCAACGGAGGAGCACACGCCGACAATAATGTGGATTTTCAGGAGTTTATGATTCTTCCTGTGGGGGCCAAAAGTTTTCGTGAGGGACTTAGAATGGGGGCTGAAGTATTCCATTCCTTAAAGTCGGTTCTCAAAGGGAAGAAATTGAACACTGCTGTTGGTGACGAAGGCGGCTTTGCTCCTGATTTGACTAGCAATGTGGAAGCGATCGAAGTCATTCTCCAAGCGATCGAAAAAGCAGGGTATAAACCGGAAAAAGACGTTTTATTGGGTTTGGACGCGGCTTCTTCCGAGTTTTACGACAAAAGCAAAAAGAAATACGTACTTGGTGCCGAAAATAATAAGGAGTTCTCCAGTGCAGAGCTAGTGGATTATTATGCGAACCTCGTCTCCAAATATCCGATCATTACGATCGAAGACGGGCTGGACGAGAACGATTGGGAAGGTTGGAAACTTCTTTCCGAGAAGTTGGGAAAAAAAATCCAGCTCGTGGGAGACGATCTGTTTGTAACAAACATCGAGAAACTCTCCAAGGGAATCGCTTCCGGAGTCGGGAATTCGATTCTGATCAAAGTAAATCAGATCGGTTCCCTTTCGGAAACTCTTGCGTCGATCGAAATGGCGAAAAAGGCGAAATACACAAATGTCGTGAGTCATAGAAGCGGAGAAACGGAAGACGTTACGATTTCTCACATTGCGGTTGCGACTAACGCGGGGCAAATCAAGACGGGTTCTCTTTCTAGAACAGATCGAATCGCGAAGTATAACGAACTTTTGAGAATCGAAGAAGAACTTGGAAAATCTGCGGTTTACAAAGGTAGGGAAACTTTTTATAATCTATAAGAATGTTTTCCGATAAAAAATGATGCGATGTTTTCAAATGTGTCATTTTTCAAGTTCTTCGATCGTTTGGACTGAAGGTTCTAAGATCTATAAAAACGAAGAACTTGGCTTGAGTTCTTGGTGTGACGAAATCGATTTCGGGAAAAGGAATTTAGGAAACGGGATCAATGATGACCACTCTTTCGACAAAAGTCTTTTGGTTTTCTTGTTTTCTTGGCGGACTCTTCTATTTCATCGTTCTGGGTGAATCTGGAATTGTCGTAAGGTCCCAACTTGAGGAATCTCTTGCATCCCTACAGTTGGATGTGGAAAGACTTACCTACGAAAACCGACAATTAGAAGAAAAGCAGAAGATTTTAAAAAATGATCAAGTGGCTCTTGAAAGAGAAGCCAGAAGATTTTATCTTTTGAGTGAAAACGCTCATATTGTGAAATTTCGGGAAACGTCGAACAACAACGAACTGAAGCCCGTTCTGGCTTCCAGATTGAATGCGTTTCGTCCTGGAAAACAATTTCCGGTTCCTCCTATCCATTTTATTCGGATTTTCTACGCAATCTTCTCTAGTTTTACTTGTATTGGAGTTTTCATAAAAATGAGGAAGAAGAAACTGGATTTTACCAACTAGTAAAGGAAAGGTTCAGGAATGCCAGAAATAGAAAAAATCACGGAAGTATTCGAAGAGCTCGCAGGAAGTAAAATTTCCAAAAATTTCCTCGACCACAGAAAGATTTTTCTTTGGGGTCCGGTAACCGACGAATCATCCAAAGACTTGGTCGGAAAGCTTCTCTATCTGGAAATGAACGATCCGGGAAAAACGATCACATTTTATATCAATAGTCCCGGTGGTGTCGTGACTTCCGGAATGACCGTATTCGATACCATCAAAATGATTTCTTCTCCCGTTCACACAGTTTGTATGGGAATAGCGGCTTCTATGAGTTCTGTTCTACTTGCGGCGGGAACAAAGGGCGAACGTTCCATTTGGCCGAACGGAAAAGTGATGATTCACCAACCGAGTATCGGAGGACAGATCGTAGCTCCCGCTACCGATTTAAAGATCCACGCGGAAGAAATTCTCAAGACAAAAGCCAAGTTGAATCAGATTCTCGCGGACGCTTGCGGTCATCCGGTTTCCAAATTGGAAGAAGATACGGATCGGGACTACTACATGGACGCGGAAGAGGCGATTCAATACGGAATCGTAGACAAACTCGCTACAAAAATCGATTTTAATTAATCGGAATTTTTTCCCTTGTCTAAGACGTTATCCTTAGAGGAATTCTTAAAAGAATTTTTAACTTCTCCGCATCAGAAAGGCAGAAATCCGGAAGAGGATCAAAATTTAAGCGAGCTCTTTTTGGAATTCTCTTCCCTTTTATTCTTAGAAGGAGAAGAGGAGATTCAGGAAGAAGTTCTTTTGAAGGACATAGGTTCTTTCGAACTCGACGAGTTCGTAAATTTTTATCTTTCCGATATGCATCCGAACGATCCGGCTATCGTAAAACGAGGAATTGATTTTTTAAGAAGACTTCATAAGTTTGCGAAAAAAACCTCTCGTATCAACAAAGAACAGATGGAAGACTGGGACGAATTCTTTCAGGGACTCTAATCGGAACATTAGACGTCTTTTATGAGCTTCCAATCCTTCAAACCGAAACGATTCTTTAAAAGCGGACACCTTCAGACCGTTTACAGTACTTTTTTTCCTCCCGAGAATCGCCTCAGAAGTAAGTTTTATTTTGAGGATATCCTCCTGCAACTTTCGGACGATTCGGGAGATGCTCTCTGGTTGGAGCACAATCCTCCGATCGCTCATTATTCTTCTTCAGGTCCGGTTTGGAACGGAATCTATGTAGTGATGATTCACGGAATGGAGGGAACTTCCGACAGTGCGTATCTGGTGAGTCTCGCGCAGAGCGCCTTGCTGAGAGGCTACGGGTGTGTTCGAATGAATCTCAGAAATTGTGGGCGAGGTCAGGGATTTTCCAAGGGAACGTATAACATCGGTCAAACGAAAGACGTTCAAGACGTGATCGATTTCGTTTGGAAGAAGTTATCTCATAGGGTTTTTCTTTCTGGCTTTTCCCTTTCTGCAAGTTTAGTTTTAAAGTATCTCGGAGAAAAAAGAAATCACAAAGTGGAAGCCTTTTCTTCTACAAATCCTCCTTTGGATCTTTTCAAAGGTTGTAAATTTATTGATTCGAGAGAAGCAAGATTTTATAGGGATCGGTTCGTGTCTGGGTTTCGCAAAAAGATCAAAAACAAAGTTATTCAGCTTCCACCCGAACTAGAAAAAAACGCATTTCGAGTAAAAACATTCTTCGAGTTTGACGATCAGGTTACTGCTCCGTTTTTCGGATACAAGGGGGCGGCTGAGTATTATCAAGATTGTTCGAGCATTCGATACATTCCTAACATCCGTCATCCGGGGATTATAATCCATTCCGAAGACGATCCTGTCGTTCCTCCATTCGATTGGGAAACGATTCGTTGGGATAAACTTCCTCAAATCCAAACCATTCTCAGTCCCAAAGGCGGACATGTGGGATTTTTGACGGATCCAACCCCAGAAATTCCGGATGGAAGATGGTTGAATAAAATAATTCTGGATTATTTCGATTCGAAAACGAATTCTGGAAGCTGATTTGAATTCCTCAAAGAAGAATACGCCTACTAAGGAAAAATTGACTAAACCACCCGGAGCTTCTTTTTTTATCGTGGTCGTTTACGAAGATGCGGAAATGTTTTATTCCATCAAAACAAAGACCGAAAAAAAATTTTCCGCAACTTTGTATGAAAGTAACTCAATGCCTGCTTGGAAGGACCCAAACGAGGAACTTTGGAATCAGTCTCCTGGAAGGCACACTAAAATTCTTTCCTTCAAAAGAAGAATTCATAGGGAAGAACTTCCTTCCATTCAGAAAGAATGTCTATCGATTCAAAACGTTGCAATTGAAAAAGATAGGGGCGTTCGTATTTTCCCGGGATATCTTTGCAACCATTCCGTTGTGATCTCAAGTATCCAAGACGATTTCCATAGGATTTATCTATTCAACGGAGTGTATGCCGAAACGGTTTACAACTATCAAAAACAAAAAATGGTCTATCGTGAAACGGCGCCTTCTTTTTTTAAAACGCCGGAAGTTGTCTATTTTTTTACAAGTTTAAGAGAATCCTATGTTCAAAATATCAGTAAAACCTAATATTCTTTCTTTTGCATTTGTATTTTACCTATTGTCTTTTTCGGGAGCCTGTGTTCCCGTGCAGCTGGAAATAACTTCTGTCACTCTTTGTGATCATTTCAATCGTGCTGGGGAGTGCCTCGAACCTGTGGAAAAGGATCATCACTACAAGGTGGAAATTCCTCACATCAAAAAGCCGGATACTTGGGAGAAATTTGCGAACTACCTTTACTTTCATGCGAGAGAAACTCCCGGTTTTCTCATCCGTTTCAATCGAAAGCTGACTCCTTCCGAGTCACGGGCGATCAAGGATTCTTACTACGCGACCATGAGTTTATCCGGGACCGTGGAAAGGATGGAAGGGTTTGAAATGGGGGAAGACTGGATCGGCTCGTTTCAATATTTGGGTTCTATCATTAAGGACAAATTGAAAAAAGAAAACCGTCTCGGTTCTTATCCTTATACAAATATGATCTTTCCCGCGGAAGTGGAATTCAAGTTCGATTCCTCTCTTTTTAAAGGAGGGGAAAAAACAAAGATCAATTTAAGCTATATTGTACTTCCTCCGGAAAAATGATGGAAAAAAATTATCTTTGTTTCTCATTTTGGAAGTTGAAAGTCTATTTAGAAAATAAGAAAAGATCTTTCGTTTACATTGGTTTTTACAAAAAGGGGAGTGTAAAAAAGATAATTCGATAGAAGGGATACCTTCGATTTTATTCCTTGAATTTCCATCTATTAGGCTTTCTTTTGGTATTATCCATGAACTCGGAACCCCATTTCCGTATTATTTCTTCTTTTTTCTCAAGAAGTTATACGTACTTGATGAATCGGATCCTTCTTTGTTTTGTTTTCTGCGTATTGGTGATTCATTGTGCATTGTCAGAACAGCCCAATCTGGGGATTCATGAGTTTCAGGGAATTACTTTGGACGGGACACTGGTTCGGCTTTCCGAAGTCGAAGCGCCTCGGTTGGTCTTAAACGTTTACGGACCGAATTGCGTTCCTTGTATCAAAGAAATTCCCGCTCTCAACTACCTCTATCAGGATATGCAAAAAGATCCTAAGATCCAATTTTATATGGCAGTGGATCCGACTTTATTTTTTGATGAAGCGGAAACGATGTCGCAAGAGGAACTATTGACCAAGGGGATTCCTTTAGTCAAGGAAGAGATTCGTAAATACGGAATCCAAGTTCCCATACTTCTTATGAAAAAACCGTTTCGGGTGAGTAGAACGGATTCTATCGTTACGGGGACTCCTGAAACCCTTCTTTTTAAAACGAAACCTTTCGTACTCTATTACAATTTTATCGGACCGATCAGCGAAGAGGCGAACTTGCAAAGGTTAAGCGTGGATCAAAAAGTCCTTTTTTTCAAAAAGATGGCAGGATCTTCATGAGGAGTTTGATCGTTCGATTTAAGGATTGTGAGGGACCTGGTATTTTACTCGATTCCTTAAAAGAAAGAAATTATAAAATCACCTATCACAACGCATACGATTCGAGGATACAGCCGTTTCCTGACGCGCATTTGGTTTTCGATTTGATCGTTCTTCTCGGAGGACCTCAGTCCGTTACGGATTCGACACTCGTTCATTTTTTCGAGCCTTGGTTAAATTTAATACGTTATGCGGCATCGATGCCTAACCGCAAAGTGATCGGAATTTGCCTCGGTGCGCAAATTATTTCCAAAGCACTCGGTGGGGAAGTTCAACGGGGTGAAAAAGGACCGGAAGTGGGTTTTTACGATGTTCAGGTTCAGGAACCTACTCATCTTGTATTCGACGGAATCACTTCTTTTCCCGCGTTTCATCTTCACGAAGACGTATTTTCGATTCCACAAGGAGCAAAACATCTTTTAAAGAGCGAGATGTATTCCAATCAGATGTTTTCCTTTCAGGATCGAATTTTCGGAATTCAGTGTCATATGGAAGTTACGGCTTCTATGCTCAAGGTGTGGCGAGTGGTACATTCAAATTTTATCCGTTCCGCAGGTTGGGTTCCCGGACCTGAAACAGAGGTTTTGAGGTCTCAAATGGAGAACGTTGGGCGCAGAATTTTCGCAGCGATCCTTGATCTTACACCCGATTCTGTAGTAGATCGATCCGTTCTCATTCCGCAAAGCCCCGACTTCGTTACGGCCGGAAACGAATGATTAAACTTAGCGAAGTTCGGGAATCGCAAGGTTTGGAATGGTACTTTTGCGAATTTCTTTCGGATCGGGTTTAGACTTGATAATCTTAAAAGAAATGATTCAAATGATAGAATATACGGAAAAATGAATATGATTCAGAGCATTCTCCGGGTGATCCTCGGAAGTAAATTCGAACGAGATTTAAAGAAACTCATCCCGATTGTCGGACAGATCAATTTTTTGGAAGAAGAAATGAAAGGGATGAATGATTCTCTGCTTTCTTCTCAAACGCAAAGGTTTCGTGAAAGGATTGCTCGGGGAGAATCTTTGGATTCAATTCTTCCCGAAGCTTTTGCGACGGTGCGGGAAGTTTCCTTGCGCACGATGGGGATGAGACATTTCGACGTTCAAATGATGGGAGGAATCGCTCTTCACAGAGGAAATATCGCCGAAATGAAAACCGGGGAAGGTAAGACTTTGACTTCCACTCTTGCGGTTTATCTCAATTCCCTAGCGGGTAAAGGGGTTCATGTAGTCACCGTAAACGACTATCTCGCAAAGAGGGATGCGAATTGGATGAAGCCGATCTATGACTTCCTCGGTATTTCCGTGGGAGTGATTCAACACGATATGGATCACGAACAAAGAAAGGTCGCTTATTCCGCGGATATTACGTACGGAACCAACAACGAATTCGGTTTCGATTATCTGAGGGACAACATGGTTTCCCACAAGGATCACAAAGTTCAGAGATCCCATTTCTTCGCTATCGTGGACGAGGTCGATTCGATTCTGATCGACGAAGCAAGGACTCCTCTGATCATTTCGGGTTCTTCTGACGAGACCACCGATAAATACGTTCGCATCAATAAGATTATACCTAAATTGATCGCAATTGAAGATTTCGAAGTGGATGAAAAGGCGCGTAACGTTCTTCTTTCCGAAAAGGGAGTTTCCCATGTGGAGGAAATTCTGGGGATCGAAAATCTATACGCTCCGGAAAACGTAGATCTCGTACATCACGTTCACCAGGCTTTGAAAGCGCATAAAATCTTTCAGAAGGACGTGGACTACGTCGTTCAAAACGGAGAGGTTATCATAGTAGACGAATTTACAGGACGTTTGATGGCTGGGAGAAGATATTCCGACGGACTTCACCAAGCACTTGAGGCCAAAGAAAGTGTTACAATTGCAAAAGAGTCTCAGACTCTCGCTTCGATTACGTTCCAGAATTATTTTAGAATGTACGACAAACTTGCCGGTATGACGGGAACCGCCGATACGGAAGCGGAGGAATTTAGGAAAATTTACGATCTGGATGTGATTGTAATTCCGCCTAACGTTTCTATTCAGAGAAAAGATTCTCCCGATCGCGTATATAGAACGGAAAAGGAAAAGTTCGACGCAATTCTTGCCGAAATTCGGGAACTACAATCCAAAAAACAACCGGTTCTCGTAGGAACAATCTCCATTGAAAAGTCGGAGGTTCTTTCTAGAATGCTTTCATCCGCGGGAATTCAGCATAGCGTGTTGAATGCGAAATTTCACGAACGGGAAGCGGAGATCGTCGCCAATGCGGGAAAACCCGGAGCGGTTACAATTGCAACGAATATGGCGGGAAGGGGGACCGATATCGTTCTCGGAGGTGCGCAGCTTTATAAAGAGAATCTTGAAACCTGGAAGGAAGACGACGATCTTGTAAAGCAGTTTAAGGAGTCGATTTTAAAACAGGAATTGGACAATGCAGAGTCACTGATTCAGAAGATGGATTCTTCGGCAAAACAAAAACGTGCATCTGAAATTCTCGGGTCTGTCAGGATCTGGAAAAAAAATCACGAAGACGTTTTGGCCGCGGGCGGTCTTCATATCCTTGGAACTGAGAGGCACGAGGCGAGACGGATTGATAATCAGCTCCGAGGCCGTTCCGGTCGTCAAGGGGACCCTGGTTCCAGTCGTTTTTATTTATCTCTTCAAGACGATCTTATGAGGATTTTCGGATCGGATCGGATCTCCGGTCTTATGAAATGGGCGAATATGCCGGAAGGGCAAGAGATAGAAAGTAAAATGGTGAGTAATGCGATCGCACGCGCTCAGAAGAGAGTGGAAGGGCATAACTTCGATATCCGGAAACATCTTCTCGAATACGACGACGTGATGAATCGTCAGCGAATCGTAATCTACAAAATGAGAAACGAAGTTCTCGAAAATGAGGATATCTCCTCTTTGATTCTGAGTTTTATCGAAGAGGCGGTAGAAAATCAAATTGTTGCCCACTGTGAAGGGAACAATCCTTCTAGTTGGAATCTAGAGTCTCTAAAAGAATGGCTGGAAGGTCTAGAGCTGAACTTAGAAATCAACGAAGAGGATTTCAAAAAAACCAAAAATCCTCAACTCGCTCTTTTTGAAAAAGTGAATGCGGCTGCGAAACAGAAATACGAAGGTAGAGGCGAAAGTATCGGTAAGGATATTTGGAAACTTCTAGAAAGAAATATTTTCTTAGATATCTTGGATCATCGTTGGAAAGAACATCTCTACTCCATGGATCATCTGAGAGAAGGAATCTGGACCGTAGGTTATAGCGAAAGAAATCCTCTCGTGGAATATAAACTTCAAGGTTTTAGAATGTTCGATGTCGCGATCGAGAATCTGAAAAACGAAGTCGTAAACTTTCTTTTCCGTGTAGAAGTATCGGAAAATTCTAAACTACCGGAAGAAAGGCGGGAATATAAAAAAGTAGGGCAAGAAGTTACTGGAGGTTTTCAAGAACTTTCGGGTGGAACTCCCGGCCGCTCTCGTTCCAACGGATCGACAGTAACTGTTACGACCAGCTCCGGAGGAGGAACTGAAAGAAAGACGAGTCGGAGACGGAAACGCTGAAGTTTTACCTTGTTGCATTTATTTTCGTTTGCGGATCGGGAATTCTGAGCTTCTGTACCACTACGCCCCAAAAGGGATCGGCGAAACAGATCTACGCCGATTGTATGGAAACCTTCGAAGATCGGGAAAAGTGTGAGAAACTTGTCCTCAGGCAACTTATAGGTTCTGAAAAAACGGAGGAATCTTCTCAAATCGAAACAAACCGGACCCGAATTTCTGAATCTGTCACTTTGGATCCGGAAATCGAAAAGAATCTTAGATTAAGATCCGAGATCAAAGATACCTTACAGGGACAAAATAGAATCTTTGTGAAGGAATTTTTAGGAAATCCTGATCGGATTCAATTTAGAACCAACAGCATCGAAGCCTTTGTTTATACGAGACCGATCAGTCGTTACAAGCCCGGTGCAAAGCCGGATTTGGAAATTAGGGTTTTAATGCGAAATGGAACGGTAGTGCGTGTGGAGCATGTAGCCCCGTGACTTTTAGAATCTATTTAAAAATAGCTTATCATACTGCGACACTGCCTCCAAGACAAAGTATTAGATTTTCGAGAAGGACTTAATAAATCCCGAAAGTTGGATTGATACTGTCTTTCTAAATATTGAAGATCGAAAAACGTTTGTAAGCCTAAGCCTACTTTAGAATTGTGGGAATTAATGAAGGTTCGTTGGATCCATCGATTGCTGATTCTTGTTCTGACCGCGGTAATCGTATTGCCGTGTGAGGAAGATGGAACCTTTGATCTTGCATTTCTAGACGTTCGAGGTGGAGAAATTCATTTCGCTCTTGCGAAAAAGATTCAAAATCAATCGCATCGTAAAACGCGTTCCGAAATTCAATCCGGTATCGAAGCTAAAGATCTTGCAGTTTGTCTGAGAGGACGTTACGACTTTTTAGATCTCGTATTTTCCGGTTTTTTCGAACTTTCCAAGACCGAAATTCACTTCTTTTCTGGAAAGTTCAACGCACCTAAGACCCATTTTAGCTATTTATTATCTTCTCTCCTTCTGAATTTACCACCTCCGACAGTTTGATTTTTTTCTTCCGGATTACATATTTTCCGGAATTCAAATGTAGATAATTCTTTGGTTGCGAATTGGATTCGTACGCAAAGGAAAAGGGAAAATAAATGCAAACGCGGGGAATTGTACACTGGACCAGCAAACAATCATTCTTGGGAAACCTATGAGAAAGATTTTCATGTTTTTACTTCTTTTATGGATGGTTCCGATTCTGTCGGAAGGTACGACGACCGGGTCCGAACCCGGATTGGGTGTTCCCGAAACGCAGGGCCAATCTGAAAATCCGATCCAACGCGAGATTCCAGAGAATTTACAGGACAAAGAAAGAACTTTGGATTTAAAAACCGCAGAAGAGAAACTCTGGAAAAATAACTTACTTCTTCTTGCTGCGCGCTTTAATATAGATGCGCGTAAAGCGGGAATCGAACAAGCCGGACTTTATGCGAATCCGAATATCTTTATCGATCAGAGTATTTTCGCCGAACCGACGCAGCGTTATTTCGACTTTACCCGTTCGGGTCAAACCGTCGTTCAAATTCAACAGCTGTTTTTACTCGGCGGTAAAATCGGCAAACGTGTCCGAGTCGCGGAACTCAACGCGAGAATGGGAGAACAGGAGTTTTATGATCTCGCGCGCGAACTCGTAACAAAACTCAGAAAGCTCTTCTACGCGATCTACTACTACAGACAGGCGATTTCTTTTTACGATCAAAGTCTGGAAGCGTTGGGAAGAACCGTTACTTCCGCGGAAATGGGTTATAAAAGAAGGGCGATCTTACAGGCGGAAGTGCTTCGTCTGAAAGCGCTTTACTTTTTTCTCAAAAAAGAAAGAGAAGAATTGAATATTCGAATTTTGGAAAAAGAAGCAGACCTGCGGGTTTTGTTAAACGACGATTCTTTCCGAAGCACGGACGTCAAAATCGTTCCGATGATCTTTGAAAATCAGCTCGACAGTCTGGAACCGGGCAAGTTGAAACGAGACGAACTTTTGGAGCTTGCCCGCAACAAAAGACCGGATCTTAAAAAAGCGATTCAGGCACTTCGTTTCGAAGAGGCGAACTTGGAACTGCAGCACGCGAACGCGATCCCCGATCTCGCCTTCGGTCCGATGTACAACAGAGGGGGAACCGCCTTCCAGAACTATTGGGGGATCACCGCTCAGTTGAACATTCCGATCTTCGATAGAAATCAGGGAAACATCAAGGCTTCCGAAAAAGCCATTCTTTCCAGAAAACAGGAACTCAAAAACACATTGTTGGAAGTGGAAAACGACGTAGCCGTTTCGATCGAAACCGCGCGTCTCAAAGACGAACTGTATAAGAAGTTCAGAAACACATATACGAAGGAATATACGGATCTTTCCAAGGACATGATTCTTAGTTACGAAAAACGTTATATTACGATTTTGGAATTTACAGATTTCTTTGAAACCTATCGTTCCAGCGTCGTGGAAATGCTGAAATTGCAGACCGATCGAATGGATGCGATTGAAGGAGTAAATTTCTCCGTGGGTCAGGGAGTTCTCATTCCGAAACTCAACCAACCGGCCGCGGAAGAAAAGTGAGGAAACAGACATGAAGATACATTTTACCAGAAGAACGCTTTTAATCATCGGAGCGGCCGCGCTCATCGCAATCGTTTCCATCGCGATTTTGGCCTTGTCCAATCGAGGCGACAAGAAAAGCAAACTTCCTCCGAGTAAACCGATCGTTTCGGAAAACGGGGAAAAAATTGAATTCAAGGAAAATAGTCCGGGGCTTGAAATCATCAAAACGAAGGAGATCGGAAAGGACGGAGAGTTTATCAATGTGGACGCTCCCGCCCGTTTGATCGCTTCCACTTCTCCCTCTGTGAGCGGAGAAGAAAGAATCATTCTTTTTGAATCTTCAGACCTGAACGATCTTTATGTTGGTTATGTTCACTCTCGAAACAGTTTCGCCCGTTCGATAAAAAATTACGAACGGATCAAGGACATGTTCAAACATAGAGTGGCGACCGAAAAGGATCTGATAGAGGCCGAAACACAACAAAACAACGATCAGGCGGAACTCGCGGAATACGAAGGAAAACTTCGCGCGGTCGGTTTAAACCCGGCGCTTCTCGGAAAATCGGGTTCGCAGAGCGCTTGGATCATCAGCGACGTTCCCGAATCGCAGCTTTCCAAACTGAAAAAAGGAAAGAAGGTTAAGGTTCGATTTTCCTCTTTTCCAAGCGAAGAATGGACCGGAACCGCCGAGGCTCTTGGAGACAACGTAGATCCTATGACGAGAACGGTTAAGGTTCGTATCGTGATTTCCAACACGGGATATAAACTTAAACCGGGAATGTTCGCCAACGTGAAGTTTCCCGAAGACACCGCCGGAGATACGGTCGTCGTTCCTTTCAATGCGATCATAACCGTGGAAGGACAAAATTACGTTTTTGTGGAAGAATCTCCGCACGAGTTTGTCAGACGTGAAGTGACTTTAGGTATTTCTACCATAGATCGGGTAAACGTAATCGAAGGGTTGTCCAAAGGTGACAGAGTTGTCGTTCAAGGTTCGATCCTTTTGAAAGGGTTGAGTTTTGGTTTTTAATATGAATCAATTGAAATTCTTAGTCCTACTTATAGTATTAGGGTTTTTGAATGTTTCGGTTTGGGCGCAGAGCCAGAATCCGAAATACGATTCGAACTCCAAGGACGACCCTTCTCCCGAGTGGGCGTCTGATCCGGATCGAAAAACTCAAATCGGAAAGGAAGAAGAGGGAGGCGACATTCTCAAAGGAAAACCGCTTCCGAAATCGACGAACTTTCTGGTTTACGGCGTGAGTATCGGTTCTCCGGGAAGCATTAACCTCAATCTTGGTTATTATTACAAAGATGTGGTCGTGCGCGTTTCCGGCGGGAAATGGAATTCTCACTGGTGGGGAGGGCAGGTGGATATCGGTTATAGTTTTTGGAAAACTCCCGTGATTGCACATAGTGTTTCCCTTGTATTCGGAAAGTTTCAGGTAGATCCGTTCGAGTCGGAAATCGGCAGAGGTGGGCAGAATTCTTATCCGTCCGGTTCTTCGTTTCCAGGTTATACTCGTAGGGATCCGACCTACGAGGACTTGATCATCCGTTCTTATGTTACGGAGCAGAGTCCGGAATTGGCCTTATATCTCGAACACGAAAGCCGCGACCGGCAAAAGGTTCATTTGAACCAACAGTATGTGGGGCTGACCTACGATTTTTTGCTTGGTAATTTTTTCCTCCAAGTCGGAGGAGGGATCGGCAAAGGGGATTATAAAAATCCTCAGTTGCTCATTCAACTCGGCTATTTGTTTGATACGAGATAATCATTTATGAAAATTCTAAATTTAATCATTGAATCAGCTCTACGGTATCGTTCTTTTACGTTAGCCGCAGCGGTTCTGCTTTTGGCAGTTGGGGTTTGGTCTTGGCTCGATATTAGAAAAGAAGCATATTCGGATATTGCGGATACTCAGGTTCGTCTGGTCGCAAAGTTTCCGGGAAAAGCAACTTTGGAAGTGGAAGAAAGGGTGACGATGCCGATTGAGCGCGTTCTTCATTCCACTCCGAACTTAATCGTAAGAAGATCCAGAACCATCAACGGTCTTGTGGTGTTTCAGTTCGTTTTCGAGGAAGGAACGGACGACTACTTCGCTCGTATGCGTTTAATGGAGAAAGTGCGCGATGCGGTCATCCCGGAGGAAGTGACTCCGACTCTCGCGCCGATGAGTTCTCCCGTGGGCGAGGTGTATCGTTACGTAGTCGAATCGACTACGGGAACTCATACTCCGATGGAACTCAGAACCATCCAAGACTGGATCGTGATTCCGAAGCTGCTTCAGGTGTCTGGAATTGCGGACGTCGTGACGTTTGGAGGTTTGCCAAAACAGTTTCACGTGGTGACTTCTCCCGAAAAACTGATCCGTTATAGCGTGACCGTTTCGGATGTGATCGACGCGATCAAAAGTAATAACTTAAATACGGGTGGTAACTTTCTCTTACAAGGGGAACAATCCCTTCCGATCCGTTCTCTCGGTGCGATTCGTACTCCGGAAGACATTGAGGATATCGTTGTCAAAACCGTGAACGGAGTTCCCGTCTTTGTGAGGGACGTCGGCTCCGTCGAAATCTCGCATCCGATTCCGAGCGGCGTTTTGGGATATACGGTTCAAAACGAACAGGAAGGTTTGATCGATGTCGATTCCGCGGTTCAGGGTTTGATCGCGATGAGAAGATGGGTGGAACCGAACGCCTTCGGGGACAGGGTCCGCGCCAAAGTTCAAGAGATCAACGATCGGTACATGCCGGACGGTACAAGACTTAGAAATACATACGATCGGGGCGATCTCGTAAAATACACTCTGAGAACGGTTGGAACCACCTTACTCGAAGGGATTGCGGTCGTAAGTTTAGTGGTGATCTTTTTTATCGGAAGTTTGCGGGCCTCCATCGTGGTGGTTGCGACGATTCCGTTTGCACTTTTATTTTCGTTTACGATGATGAACGCCTCCGGGATCTCCGCGAGTCTTCTTTCACTCGGAGCGGTGGACTTTGGGATTGTCGTGGACAGTGCGGTGGTGATGGTGGAAAACATCATGCGTCGTTATAAGAATGCGACTCCCGCGGAAAAACAAAAAGGAATCATTAGATTCACATACGACTGCGCGACTGAGGTGGGAACGGAAGTTTTGTTCGCGATTCTCATTATCATTCTTGCATATCTTCCTATCTTCTCTTTTGAAAGAATCGAAGGGCGTCTCTTTAAACCGATGGCGTTTACGTTGTCGTTCGCAATCTTCGGAGCCCTGTTGTTCACGATGACGGTCGTTCCCGTTTTGATGTCTTTCTTTTACAGAAGGTATTTCGAATCGAAGAATCCAGGTCCGATCGAATGGCATAACCCCATTTACGAATGGGTGGAAAGAAAATACGAAAAGGTCGTACACTTTCTGGTCAATCGTTCGAAACGAGTCGTGACGATCGCGTTCACGGGAGTTACTGGGCTTTTGATCGTGGGGATGATGTCTCTTGGAACGGAGTTTCTTCCTTCTCTCGACGAAGGCGGATTTACTATGCGTTTGTATTTTCCTGTGGGGATTTCCCTCCCCGAAGCGAAGAAGTTCATACCTAAGATCCGAGGGATGATCTACAAAAACGAACAAGTCAATATGATTCTTTCCCAATACGGAAGGAACGACGACGGAACGGATCCGCTTCCTCCGAATCGTTTGGAAATCTATGTCGGTTTAAAAGATTATAAAAACTGGCACGAGAAGATTACCAAAGAACAACTTCTGATCCGAATGCGGAACGATCTTGAGGAAGGATTGCCCGGTGTGAAGGTGAGTTTTTCTCAGCCGATTATGGACAACCTTTCCGAGGCAATTATGGGAACGATCGCCGATCTTGCGGTTTTCGTATCGGGACAGGACTTGACGGAGATGCGTCATATCTCGCAGCAGATTCTGGATATCGTTTCCAAAATGAAAGGAGCGAGCGAATATGGAATCGAACAGGAAGGTCCGGCTCCGCAGCTCGTGATCCGTTTGAAACGTGCGGTGGCCGCGCGTTACGGAATCAATATCAGCGATATTCAAAACGTAATCGAAGCCGCGGTCGGTATGGAACCGATCAGTTATTTGTACGAAGGTCCTATGGATACTCCTCCGAAAGAAAGAGCGTTGTTTGGAATCGCGGTTCGTTTTGCGAAAGACTATCGTCAATCTGCAAGAGAGATCGCGAACATTCCGATCATATCTCCCAAGGGGGAAAGGATTCCTCTTTCGGAATTGGCGGATATCACTCAAGAGGATTCTCCTACAATGATCTTTAGGCAGGACGGAAAGAGAACGATTACGGTTCGTTTGAACGTGCGCGGAAGAGATCAAGGCGGTTTTGTTTCCGAACTCCAGGAAAGAGTAAAGAAAGAAGTGAAGATCCCGGAAGGATTTGAAGTTCGCTACGGGGGACAATATGAAAATCTCGCGCGCGTTGGAAAACAACTTGCGATCGTGATTCCTGTAACGATCGGGATCATTTTCGGACTTCTGTTTATGCTGTATCGCGATCTCAAATCCGTGATCGTCGCGCTTTCTTGTATTCCTCTTTCTCTTTTGGGAGGAATTTATGCGTTACTTGCTCGAGGATATTATTTCAACGTTTCCGCCGGTGTAGGTTTTATTTCCCTTTTTGGAATCGCAACGATGGCGGGAATTCTGTTTGTCTCGAAGGCGAATCACCTGCGGCACGACGATATCATGATGTCGGTCAGAGAATCCGCGATTCTTTCTGCGGTCACTCAGCTTCGGCCTCGATTGATGACAATGTTACTTGCATTGTTGGGACTAATTCCCGCGACGATGGCATCGGGTGTGGGTTCCGACGTGCAGAGACCTCTTGCGACGGTTATGGTAGGAGGTTTGGCTTCGGCGTTGTTATTGGTTTTAACCGTGATGCCGAGTCTTTATATTCTCATCATGGGAACCGCGGAGGATCTGAAAAAAGGTTCGCATTTCACTTCCAAGGGCTTAAGCAGCGGAGATTATACTTCACCTCATCTGGAGTCTGAAATTTATTCCACGATTGACTACGACGATGAGCCCGAAATTTCGGTCGGCAACGGGAAGAACGGAAAGAAACAAAAGTCTGTCAAAATAAAAAAAACGAAGAAGAATCGGGCTTAGACCTTCTTACAAGTCGTCGCCGTGTTCGGATGAATTTCGGACCGAGCGGCGATTTTCATAAGGTTTAAAATTCTCGCCTAATGTTTCCGTTTCGATTTGCCTTTGCCCGGTAAACTCTTAAAAACTTTTTAGGAGCCGTGCGGGTTTCGAATAAAAATTACTTGTGGTCTCAGTAGAATCCATAATTTTTCTGAAACATCAAATAGTTTGAATGAATAATATTCAAAGAACGAAGAAAATTTCCGCCAGTGAAATTTTCTCTTGAGAAATTCGCTTGTTCGACAAATTAACCCTATTAACGATTTGGTGACGGATATTATTGGGCATTTTGTTTTTGAAACCGATAAGATTTTTCTTGGTCTCCTTCCATAAGTTCTATATACAAGTATGATCGTTTCGGATTTTCAGTTCCGATTGGATTGTTTTTGGATCTCATTTCCAAGGTATGGTCGGGCTTAGACCTTCTTACAAGTCGTCGCCGTGTTCAGATGAATTTCGGACCGAGCGGCGATTTTCATAAGGTTTTTAGGCCGCTTCGTCGAAAATAAGAAATGAAATTATGACACGTAGTTTACTCGAAGGTGCTCTACGGTTTCGACTTGCCACATTGATCGCGGCCGCCGCAACGGTGGTTTTCGGAATTTGGGCTTGGATCGATATTCGAAAAGAAGCCTATTCCGACATTGCGGATACTCAGGTTCGATTGATCGCTAAGTTTCCGGGAAAAGCCGCAGTCGAGGTGGAAGAAAGGGTTACGATTCCCATCGAACGGGTTTTGAACGCGATCCCGAAAGTTGCGGTGAGAAGATCGAGAACGATCAACGGTCTGGTCGTTTTCCAATTCGTGTTTGAGGATGGAACGGACGATTATTTTGCGAGAACTCGTCTTTTAGAACGAGTTCGGGACGCGGACATTCCAGCGGAAATTCAGCCGACGCTCGGACCGATGAGTTCTCCCGTTGGTGAAATTTTCCGGTATGTCGTGGAAACAAAGGCAAATCATACGCCGATGGAATTGCGAACCATCCAGGATTGGGTCATTATGCCCAAGATGCTCGGGATTCCGGGAATTGCGGACGTGGTCACGTTCGGAGGGCTTCCGAAACAATACCACATAGTGACGACGCCGGATAAATTGATTCGATATAAACTCACGATCGACGACGTGATCAAAGCGATTCAACAAAACAACCTGAATACGGGAGGAAACCTTCTCTTACAGGGGGAACAAGGATTTCCGATCCGTTCCTTGGGAGCGATTCGCGATCCGAAACATATCGAGAACATCGTCGTCAAAACGGTAAACGGGGTTCCCGTTTTTATCCGCGATTTAGGAACGGTGGAAGTTTCCCATCCGATTCCGAGCGGAGTGTTAGGTTATACGATCCAAAACGATCAGGAAGGATTGATCGATGTGGATTCTTCCGTACAAGGTTTGGTCGCGATTCGCCGTTGGGGCGATCCGAACGTCATGGGAGATCGGATCCGGGCCAAAGTAAAAGAGATCAACGAGAATTATCTGCCGGACGGAGTTCAGATGAGAACCACTTACGATAGAACCGATCTCGTAAATTACACATTACGTACCATCGGTAAAACTCTCGTGGAAGGGGTCGTCGTAGTCAGTTTGGTGTTGATCTTTTTTATTGGAAGCGTAAAGGCTTCTATGGTGGTAGTCGCTACGATTCCGTTCGCGATGTTGTTCGCATTTTTACTCATGGATATCACCGGAATTCCGGCCAGTTTATTGTCATTAGGCGCCATCGACTTCGGGATCATCGTGGACGGGGCCGTCGTGATGGTCGAAAATATCATGCGTCGTTATCGGGACGCTTCTCCAATCGATAAGAAGAAGGGGATCATTCGGTTTACGGTGGATTCCGCTTCGGAAGTCGGAACGGAGATTATCTTCTCCATCCTAATCATTGTGCTTGCGTATCTTCCGATCTTTTCTTTTGAAAGAATCGAAGGAAGATTGTTTAAGCCGATGGCGTTTACGATTTCCTTTGCGATCATGGGTGCGTTGATCTTTTCGATGACTGCGATTCCCGTGATGATGTCCTACATCTATCGGAATTATTTCGAGTCGCCGAATCCGGGACCGATCGAATGGCACAACCCGTTTTACGAATGGTTGGAAAAGAAATACGAAAGACTGATCGAGTGGCTCGTGGAACGATCCAAACGGGTTGTTACGGTTTGTTTTTCCGTGGTGGGAACCTTACTCGTGATAGGCGGGCTTTCTCTCGGAACCGAGTTTCTCCCGGAAATGGACGAGGGCGGATTCAACCTGAGAATTTTCTTTCCGGTTGGAATCTCTCTTCCCGAATCGAAAAAATTCATTCCGAAAATTCGACAAATCATCTATAAGAACGAACAAGTCAACGTGGTTCTTTCTCAGTTGGGAAGGAATGACGACGGAACCGATCCGCTTCCTCCGAACCGTTTGGAAGTTCTTGTCGGTTTAAAAGATTACGACGACTGGAAGGAAAAGATCACAAAAACCGAACTTCTTCTCCGAATGAGGAACGATTTGGAAGCAGGGCTTCCGGGCGCTCGGGTGAGTTTTTCCCAGCCGATCATGGATAATCTTTCCGAAGCGATCATGGGAACGATTGCCGACTTGGCGGTGTTCGTTTCCGGAAACGACCTCAAGGTGATGCGTCAGATCTCGACTGAAATTCTAGATATCGTAAAAGAAATGAAAGGGGCCAGCGAGTTCGGGATCGAACAGGAAGCGGATAGCCCTCAACTTACGGTTCGTATCGATCGGGAAGCCGCGGCGCGTTTCGGGATCAACGTAAGCGATATTCAACAGATGGTGGAAGCGGCGATCGGAATGCAGAGGATCGATACTTTGTATGAAGGTCCTTCCGATATTCCTCCGAAAACCCCGGCACGATTCGGAATCGTGGTGCGCTTTTCCAAAGACTACCGCACATCTCAGAGAGCGATCGAGAATATGCCGATCATTTCTCCGAAGGGAGAAAGAATTCCGTTGTCGGAATTGGCGAAGGTCACTCTCGAAGACGGACCGACGATGATCTTTCGTCAGGAAGGAAGAAGAACCGTGACGGTTCGTACCAATATCCGAGGACGGGATCAGGGAGGTTTCGTTGCGGAACTTCGCAAGCTCGTTCAAAAAAAAGTGAAACTTCCGGAAGGTTATGAAATCCGCTACGGGGGACAATACGAAAACCTCGCGCGGGTCGGAACCCGTCTTATGATGGTGATTCCTCTTACGATCGCGATCATCTTCGGAGTATTGTATCTACTTTATAAAAATCTAAAGTATGTATATGTCGCTCTTGCGTGTATTCCTCTTTCTCTTGTGGGTGGAATTTATGCGCTTTTGATGCGGGGATATTATTTCAATGTTTCCGGCGGAGTCGGATTTATTTCGTTATTCGGAATCGCGACGATGGCGGGGGTTCTTTTTGTCTCCCGTACAAATCACTTACTGCATGAGGATGACGAGATCAGCGTGAAAGAGGCGGTCAAAAAGGCCGCCGTGATTCAGCTTCGGCCGATGTTGATGACGATGCTTTTGGCCTTGCTTGGTTTGATTCCCGCCACCTTGGCTTCCGGAGTCGGCTCGGACGTTCAACGACCGCTTGCAACCGTAATCGTTGGAGGACTTTTTTCCGCTCTCTTGTTGGTCCTTACGGTTCTTCCGTCTTTGTATCTGATTTTAGTGGGAGAGAGGGAGTACGTTCCTAAAAAACAAAAGGATTTAGAACCGTATTCTTATCTGGATCAGTATCCACTGGAGGAATATGAAAGTGAGGAACTTGATCTAACAACGAAAAAGACTATTTCAAAGGAAGAAAAGAAACAAAAATCTTCCGGTTCCGTTTCAAAGAGAAAGAAGAAAAAATAAAGTATATGAAGATAACGTAGATTTAGAATTTAGGACGCTTTTTTTTGCGTTTACTGCTAGCCGCCTTTAGAGTTTTGGATCTTTTCTCGGAACCTTCCGGTTTTTCATCGAATTGAAAGTAAAATTCGAAGGATTTGCCGAAAATTTTATAGATTCTCCAGAATTCGATAACGTCGAGCCGTCTTTCGCCGGATTCGATTTTGGAGATATAAGATTGAGGTTCACCCAAACGATCTGCAACCTCAAGTTGGGTGAGGTCTGCGTTTTTTCTGGCGGCGATTAGATTTTTACAAAAAATCTTCGCTTCTCGTGAATGTAGGGACTTAAACAAAACGCAGTAATTCTACATCCCGGAATGGAATATACCAAAATGGGATATTTTCATGACAAACATACGGTTATATGCCGATTAATTTTCTTTGAAACTTTTAAGATTATAGTATGGCGAAATTGTAAACTTATAGGATGAATTTCAATTTACTAAAGCGAAAAGCAATTTGTAATTCGGTTTAAAAAATCAATCCTTCCGAAAGTTCAAGTTTTTGCTTTCCGTATAAAATTCAATTCGAATTTAAAAGAAACGTAGGTTGATTTTTAAAATCCGGTAACAAATAGTATTTGTTCTTTGTCTTCGAAAAATACGGGAACTCTTCGTTTTTAAAGAGATCAGAGAATGTAAGCTTTGCGCAAGTCTATAAATGAAAGGAAAATTTCAATCTACACCGAAAAAAAATTAGGCATTTACATTCTAACTATGTGTTATTTAGCCTGGATATAGAGTATCTTGAATTTGATGTAAGAAAGTTTGGGCAAATTGTCGCAAATTTCATAATTGAAACGCTTTGGTAAAAAGCGTTAGGTGAAAACTCTTAGTGAAGCTAAGAACTCGTCTTAAAACCTTAGGAGTCTTCCCGCCACCTCTCTTTGCGATCTGTAGGGGCAAATACTGCTTTAGTTTTCCTAGCTAAACGCTCCGGTGTCGCTCTATTTTTCAACTAACGTTGAAAGACAAATTTTAAACGCTCCGGTGTTGCTCTATTTTTCAACTAACGTTGAAAGACAAATTTTAAACGCTCCGGTGTTGCTCTATTTTTCAACTAACGTTGAAAGACAAATTTTAAACGCTCCGGTGTTGCTCTATTTTTCAACTAACGTTGAAAGACAAATTTTAAACGCTCCGGTGTTGCTCTATTTTTCAACTAACGTTGAAAGACAAATTTTAAACGCTCCGGTGTTGCTCTATTTTTCAACTAACGTTGAAAGACAAATTTTAAACGCTCCGGTGTTGCTCTATTTTTCAACTAACGTTGAAAGACAAATTTTAAACGCTCCGGTGTCGCTCTATTTTTCAACTAACGTTGAAAGACAAATTTTAAACGCTCCGCGTAAATTTGTCTAACTCGCTCACTATGGATCGCTCGTTATGTTCTTTTTAATAAGTGCGCCGTAATCGTTTGTCCGATTAAATTCAGGATTTGAACGCTTAGAAAACTGATCATCAAAATCTCTTTTTCCAAATCCAGAACTTGAAAGGAATTTTTCCACCAGCGGAACAAGATGAACACATAAAGTAAAACTACGAATAAAATCATTCTCGCCGAATACCAGAAAAGAAGATCCTCGGATAAGAGATTCAATTTGGAATAAAAACTTAGCTCGGGTGTTTTACGAGCCGCAAGAAATAAGCCGATTGCCCAGATAGTCTGTCCGAACGTAGCTATCAGCAGAAAAACCGTGAGAGAATGGATACCGAAAATGTGAAAAGGGCCGATTGCAACGATTCCCGTAAAATAACCCAAGATTGTAAACGCCCAGCCGATCCAGAAAAGCATAAAGCCAGTATAATAAAAAAGCTGTTGGGAATGAATGAGAATTTGTAGAAGATGTCTCATCCCGTCTCTCCAAGTTTTCAAATGAGGAACTCTTCCTTCCACGTCCGGATACAAACTAATCGGCACATGGGAAAGTTTGACTCCACTTCGAAGCGCTTTCACGAGCATCTCGGATGCAAACTCCATACCGGTACTTTCAACCTCCCATTCCAGATATTTTTTTTTCAGAAAACACCGAAAGCCAGAATTTGCATCTTTGACACGATTTCCTTTTTTGGAATATAATAAATTGATAATCCAATTGATCACCGGAGTTCCCAGATAACGATGTAGGAGTGGCATCGCTCCTTTGTGAATCGATCCATCCAGACGGGAACCGATTACGAACTCCGCACCTTTTTCCATCTCCGAAAGAAGCGCAGGAGATTCCAGAAAATCGTAAGTATCGTCTGCGTCCGCAAACAGAATGATTTCCCCACTTGCATTTGTGATTCCGAAATTGAGCGCTGCCCCGTATCCTCTTTCTTTGCAATGAACGACTTTTGCGCCGTATTTCTTAGCGATTGATACGGATCTATCTTCGCTTCCGTTATCGGAGACGAGAATTTCCACGTTGTATTGTTTTAATTCCTTTTTAAGCCGAACAAGTTTTTCCAAAACAAGAGGGAGAGTTTTTTCCTCATTCAAACAAGGGATTACATAAGTGACATTTTTTTTCTTCATAGTTTTAGATTTAGAAAATTACCTTTTACGGATGGTGATGACTCTCATTCCGTAGAACAATTGATCTTTTCGATCGAATATTTCCTGTGTGAATAGCGAATTTATATCTTCCGAGTTCAAATATTTCCAAGAAGTTTCCAAAATCACTAGATCCTTTCTTGTTGGATCGTGAACAAAAAGATCAATCTCTTTCTTTGTATAAATTTTTGGGATTACCCCTTCAATTTTTGCCGTTTTTAAAAAATACTCCATGTTGTACACATGAGAAGAACAAAGAAGAGTAAACTCCCGGGGACGATCCTGAATCATAGAGATAATGTATTGAGAACTCTCCCTCCATTGTTCCTTAAAAGGTTTGTAGTAAGACCGAGTAAAATAATAAAGGGAAACAATAGAAATCAGAATTAGGATCGATTCGAGTCTTCTTCCTTTGTAGATCGGAAACAGAGAAAAACCGGTGACGATCAGAAAATACAAAGTAGGGGCGGTGACTAAAAGATTTCTAGCGGTAATTAAAGGTTGAATCAGGGAAAGAATTCCAAGGACAACAGAAAAAACTAGAAAGACAATTCCAAATAAAATCACGGATTTTTTATGGTTCGGTTCCAAAAGAACGACTTTCGTTTGGTTTTTCGGAAAATAAAAGGAAACGAAACCTGCGAGTAAGGCTAAAGAAGCCACAATTCCAGGAATAAACTTTTTTAGAATTCCGGAATGAAAAATCAGATCGAAAAAAACGAGAAACGCGGTTAAACCCGCCTCCGGAATCCACGAAGCGATTCCGATCTTATCCGAATTGAACAATAGATAAAGAACCGGAGTAAATAAAATTCCGAATAAGATCCCGAATAAGAATTCTACTTTGGGAAATTTTTTTGTAAAAATCCACTTCGTTATAAAAATTCCAAGAAAAACGGAGGCAGACCAGACGAATCCGAAAAAATGAGTATAGGATGCTAATAAAGAAATTCCTAATAAACTCCAGTATGTACGGAGATCTTCTTCCTTTTGGTTTTCGTAGACGGATTTTAGAATAACCGCAAGTTGGATCGTGCTAAACAAAACCAAAAGACTATAAGACCTGAGTTCCTGTGAATAATAAATGAGCCCCGTGGATAAACTTAGGAAAACCACGACGGAAATTTTGATTCTTCCATTTAAGTTACGCGGTGAAAGAACATAAAACGAGAGCGGAACGAGTACACCCGCGATCGCACTGAGCAATCTTCCGACAAAAACCGTAGGTTGAAAGAGTTGAAACCAGAAATACAAGAGTGTTTGGTACAACGGAGGATGCGGATCGTTCTTCATCCAATCCCAAAGATTGTTGAGCGAAGTTTCGGAAGAGGCTCGAATTGAAAAAAGTTCGTCTTCCCAGGGGCTTTGTAGATCTAAACGAAAGAATCGAAAGAATGCACCTAATCCCAACAGGAATAGAAAGACCTTCAGATCTTTATTCCTTTTGATTTCTACTAAAAGTGTATTCAATCGATTCATAGATCACCAGATTCCCATGATTCTTCTGTAGAGATCGGTTTCCAAAATTCCTTTCGGATCAAATTTCCTCTTCAAAGAATGAAACGTCTCTAAGCTTTTTTTCGAAAATGCTCTTTGAACGGTTTCCGGTCTGAGAGTGCTGTCTTTTGCGAAATAAAATTTTCCTCCGAACTTTAACACGATTTCGTCTAACTCTCCCGCGAGTTCCCAAAGTTTTTTTCTATTTCTGAAAGTCACTGGAAAATCCATAGCCATCGAATAACCGTCCAATGAGTGTGTGAGAAGAAAAGGATCAGGTTTATGTTTTTTGAATACAGCGAGCCAGGTAACGATTCCTCGCTTCTGGCAGATCTTTAGAATTTCGCAAAAAGCGTCTACGGCATTCTCTTTGGGAATAAAACTCTGGTATTGAATCATGGAACCGGGCTTATACATAAACTTCCAGTTTGGAACGTAATCCAATAAGAACGCGTATTCCGCGTGACCTTGAAAATACGGCTTGTTGTTCGTCAAATAACCGGAAACGAATTTCGCAAAATTGACGAGCCTCATTCCCAAGCTATTAGCAAAAGGAATCATGAACAACCACATCCAAGACTTAGGGATAATTCCGAGAAATGTACTTGGTAAATTCTGTTTTTCTAATTTACAATTTTCAGGAAAATCCGGATCTTCCCCTTTCTTCAGATGTACCGCTTTATGGATTTGTCCTCTTCCCAAGGAATTTCCAGATGCAAATGCATCGACCCAACCTACGAGATAATCCGCGCTTTTATATTCCCTTTCGAAGTAGTCGAACATATCCTGCAGATTTTTGCTGACCACGGGCCATACCTTCATTTTTCCCGCGTAGATAGTTTTCAGTTGGATCGTTACGTTCAAAAAAACTCCGAGCATTCCAAAGCCAGAGATTGCGGCAAAAAAAAGTTCCTGATTTTTTTTACGGGAACAGACGAGGACCTTTCCATTCGGAGTCATAAATGTAAATTCAAGGACGTGATCGCCGATCGAACCCACCGCAAAGTTATTTTTTCCATGGATGTTCATAGATAAGGCGCCACCTAAAGTAGGAAACATCGTTCCACTTACGACTGGAGGCCAGTAACCTTTTTCGATTCCAAATTCCCAAAGTTGTTTGATCGTAACTCCGGATTCCGCTCTGACGATTCCTGTCTTTGAGTTGAATTCCAAAATTCGGTTGTACTTGGAGATATCAATTACCACGCCCTTTGTATTTGTGGCTGCGTCTCCGTAACTGCAACCTCCTCCCCGAAATGTCAATTTTAGTCCTTTATTGTTCGCATAGGAGAAAAGATCTCTAAAGTCTTCTTCCTTTTCCGGAAAGAAGACAGGTGAAAGCGAATAATGATTCATTCCCCAAGTTTCCACTTTGCTTGGAGACGGAAGGGTTATTTCAATCGGAGACTTTTTTACTTTTGCCGCTTTCGAAGTTTTTGCGGAGGTTTTCTTTTTCGGGGAAGCTTTGGATGCCCTTGCCATATATTACCTTTGATCGATTTAGGTTCGTTCAAATAGAAAGACGTTTAAAAAGAAAAGATGGAATCAAACGGATGATCAAGCCCACGAGTCCCCAGCGGGCCGGAACATAGACACATTCTTTACCAGAGTCGGCCGCCTTGACTATGATGGTCGCCGCTTCTTTCGCGGAGATAAGCCAGAAAAGACCTTTCATACCTCGGGTCATGGCGGTATCGATAAAGCCGGGTTTTACAGTGAGAACTTGAACACCTAACGTCGAAAGACGATTTCGAAGAGCTTCGAGATACGTGTTCATTCCCGCTTTGGAAGTATTATAAACGGGATTACCTCTTCTTCCACGATCTCCTGCGATAGAAGAGATTCCAATGATCTTTCCACTTTTTTGTTTTTGAAAAAGGGCTGCCGCGGGATTGAGCCATGCCACACAACCCAGAAGATTTGTATTTAACATGGCAATGTCTTTTTCAACATCGAACTCATCCGGCTTAATGTCGTACATAATTCCGGAAGCATAATAAATCTCGTCGATACCTTTCATGGATTTGATCGCTTTTTGAAACGCGGAGTCGACCTGATCAAAGTTGGCGACGTCTTGTTTGATAACAAATGCGTTTGTTTTACCGGGCGAGTTAAACGAAGCCGCGATCGCTTTCAATTCCTTATCACGACGGGCTACAAGAGTGACCGTATGTCCTTGCTCCAAGAGGAGAATCGCTAATTCTTTTCCGATACCGCTAGATGCACCGACGACGACGATTTTTTTTGCCATATTCATCCGTTCTATGGAAAGAAACGGAACTGACAAGTATGATTTAAAGGAAGATAGAATGAACTTATCCCAAACCTTGTCATTTATCTCACCTTGAGACTGAAAACAGGAAGCTGATTTTGAGACGATTTACCAGGAAAAGTCAGCGTATTTTTTTTGGAATTCCTCGAAGCGGATCCAATCATTCGTATCAAACTCTCGAATCTCCGAAGGAGCCCAATACTTTTTATAGTCCATATCCGGATGTCCCGGAAGAAAATAACCGAGATGATAGTATTTCATTCCCAGTTCTTTTGCGTAAAGGATGGAATAAAGAATTGCAAAACTTCCAAGGCTACGATCTGGATAATCTGGATCGTAGACTGAATATACTGCGGAAAGAGAATCAGATGCGGAGTCTAGGATCATAAAACCGAGAATTTTTTCATCTAAGCTAAGAGTCATCTCTAAAGAATTTTCCGAATACCCGAAAAGATTCCAACGCATTCCTTCCAGAAGTTCCTGATCCGATTCTCCGATTACAAAACTTTGGTAACGAGATCTTTGATAACGTAGGTAGAGAATTTCTTTCTCTGCGGTCAAATCGGGAGATCCGAAACGAACCACAAGGTCTGAATTCTTTTTTAAAAGTCTCTTCCGATTTCGACTGGGAACAAATTGATTTAAAGGAACCCGATAACTCAGACATTCGCGACAATTATTACAAGAAGTTCGATAAAGAATGTTTCCGGTTCTTCGAAAACCGGAATCGAAAAAAAACTGCAAGTTATTCTTTTCAATCTTTCCTTGAAATGGAAGATATTGAATTTGGCTCAAGCGATCCGGGTAGTAAGAACAGCTCCTCTCCGGACTGATTGGAAGAGAATTTACAAAGTTTTGGAGTTCATGCCGGAGCATCTAAGGAGATGATGACAAACCGTGTCGGACTCGTAAAGTTTTTTAGGGAAAACTCGACGAAAGAGATGGTTGTTTTCAGTATGGCTTTTAATACGAATTACGTACAAGATTCGGAATTTTCAGATGCATAACCTCTTTACGAACTTTGAAGTAAAAAAACGTGGCCTTCGTGTCGCCTTATTTTTTACGATCGTCAGTCTGATTTGTTTTTTGATCGAAAACACAATTCTCCAATTTATTCTTCTCGGGCTCGGATTGATTTCTTTCGTATTCACTCTGGTTCAACCGGAGGCTTTTTATTCTTTTACGAACTGCGCTTTGGAATTTGTCTTGGTCTTCCTAAGTGGAATCGTAAAAGTCGGCTTATTACTTATCTATCTGATCATCTTTAAGCCGATTCGGTTTGTGATCGACCTTTTTCCCGGGAAAAAAAAATCGTGATCTCCATTTTTTGCGATGGGGCATCCAAGGGAAATCCGGGACCTTCCTCGATTGGAATTGTGGCATATAAAGACGACAAGGAAGAATTCAGAATCTCTGAACGTATCGGAGAAACCACAAACAACGTGGCGGAATGGGCTTCTCTCAAAAAGGGTTTGGAGGAGTGTATTCGAAGGAAGTTCGATACCATTCATGTGTATATGGACTCGGAGCTTGTGGTCAGGCAGGTCAGCGGAAAGTATAAGGTAAAACATCCTAATCTTCTGGAATATAAAAAGGAAGTGGACAAACTCGTATCTTCCTTACAGAATTTTCAAATTACCCATGTCCCTCGTGAAAAAAATTCGGTCGCAGATAAGCTCGCAAACGAAGCCTTTCAGAAATAAGAGCCAGTTATTTTCTCTTTTGTGGAGAATTCCGTTCTACGTCTTTTTGTTTTATACGATGTTGGATTGCGGCCGATCTTTGAAGGACAAACTGATCGTTCTTCAAAAAGAAGAAAAATTTGAAGAAATGCTTCTACTTTGTCTTTCTGAAAAGGAAACGCAAGACACAAAAGAACTGTGTAATCTCGCTATGGAAAAGACGGAGGCGGGAATTGATAGAATCCTTTCCGAAAAAGTGGAACTCCCTTACAGTCAAATTACGGTGGATCCGGAATGGAAAAAGAAAATCGATATCATTCTTGAAAATAACCGAACTCTCAAAAATCGATACGGGAATCTCTGGAAGAAAATGATTCAAAATGACTAACGTGGATCCGCACGAATTGATCAAAAAAATTCCCGAAAGTTTTCGAGAGGATATAATTCGGATAACGCAAACCATCCGCAAGGAAGGTGGAGAATGTTATCTGATCGGTGGATCCGTACGGGATTTGTTGCTTTCAAAAATACCGGACGAATTCGATTTGACTACTTCTCTGCTGCCCGGCAAAATTCTTACCTTATTCAAAAGAACGGTCCCTACGGGGATCAAACACGGTACGGTTACCGTTCTGATAGAAGATCGTTCTTACGAGATCACAACCTTCCGAAAGGATGTGGACTATATAGACGGAAGAAGACCGGAAGCCGTTGAATTCGGAGTTTCGTTAAGTGAGGATTTAAAACGAAGGGATTTTACCATGAACGCTTTGGCGTTAGAGTTGGAAACGAAACGTTTGATCGACGAGCACTCGGGGCTTGAGGACATTCAAAACAGGATCATTCGAACGATCGGAGATCCGATCGAGAGATTTACCGAAGACGGTCTTCGCCCAATCCGCGCGATTCGTTTTGTAAGTAGTCTCGATTTCACTCTGGAGTCGGAAACCACAAAGGCGATTGTTCGGTGTAGAAACGTAACCGCAAAGGTTTCTAAAGAAAGGGTTCACGATGAACTAAATAAAATCCTCAAAAGCAAAAATCCGGTTCCTTCCTTGAAGTTATTCAAAGAGTTTCAAATCCTGGAATTATTTACAAGTCTCAAATTGTACCCAACAGAAAATACGAATGTAGAAAAAAAAATCCAGGAAGTTCCTATACTCCCTTTGAGTCTTAGGCTTTCTTTTTTACATGCTTGGTTATTCGGAAGTTTTCAAGATAGAAATTTGGCAAAACAATTTATGAAGGATCTCCGATATTCCAATCAAAACACGAAGGATTCCCTATTTTTCTCAGATATGCTTTCTATGATGTTAAACCGGAAAGATGACGCATCTTTGACCGATGCGGAAGTTCGAAAGTTTGTTTTGCATCCGATTTGTGTGTATGGAGGAAGAAAAAATCTAAAAGTTTTGACAGAACATATTCTTAATCTTGCATATACTTACGAACCCATTCTCAAGGATGTTTTCGACTTTCGGAAAATTCTGGATCTGACCGAACGAACTCAAGCTCTTGTTGTGACTGAGTTGGCTCTTCGGGGAGAGGATGTCCTTAAGGCTTGTCCGAATCTTCCTCCTAAAGAAATAGGATTTGTCCTTGAGAGACTCCTGTTTCATGTTCTGGAAAATCCGGACGAAAACCGAAAGGATTTCCTTTTTCCTCTTCTTTCCAAGTAACTCGTCCACTATTTCCTGCATTCGAATCGGATGAGAGTTCTTTCAGTAGACATACTCGATTGTCGTTTTTAAGAATGGCCCGATTCTTTTAATCTGGGAACTTGAGACAAGAAGGACTTCTAAAGTCTAAAAATTTCCAATTGCGTTCTAAAGTCCTATAAAAATCAAAAACTCTACAAAAATTGAATTAATTTTTGTATAAAAATTAAGCATAAAATTTAAAAAATAAATATAATGGAATTTATTTTCTATTTTATGGGCATTGAATGCATTTGAATGATTAAAATACGCCTGTTTTTTGGTCAAGTGCTCGGTTTTGAGCATTGGCATGCATTTTGCATGATAGAGAAGCATAGGAGATTTAGAAGAATGATGAGAATAAAAACAATAAACCTTATTGGTTCTGTTCTCTGCCTCCTGGTTTTTTCTCAGGTCTTTGCTCAGGCTGGAAAAAAATCAGGAGCAGATGCTTCAGTCGTTCCGGCGCCTGCTTCCCAGACGATGGAACAGGAAGATAAGAAATGGTATGATCAAGTTGAATTTTCCGGGTTCGCTGATGTATATTACATGTATAACCTCAATCCGAAACAAGGAGGAGACATTGATGCGACCCGTGCTTTTGAAACAAGCAACAAGAACTTTGCGGTCAACGCGGTAGCGCTTACGATCCAAAAAGCCGCTGAAAAAAGTTCTCCTTGGGGTTTTAGGATCGACCTCCAAAACGGTCAGAACAACGCATTTCAAGAAGCTCCTTATTCCCAAAGTAATAGCATTTACAATTACAACATGCTCAAACAGGCGTATTTAAGTTTGTATTTCCCCGTTTTAAAAGGAATGACCTTAGACGCCGGTAAGATGGCCACGCATATTGGTTACGAGGTTCTTGAATCTATGAGCAATCCGAATTACTCGATAGGCGCAATCTTCCAGAATACGATTCCCTTTATTCATACCGGTGTTCGTCTGACCACTCAGTTCACAGAGAAATGGGCAGGAACCTTTTATCTCTACAACAGTGGTGGTGGTACCGGTTATAATTCTCCTGCAACTACGACCACCGCTCCGTTGAATGTGATTACGGATCCGGCTTACAGCGGTAATGCGGCGGGAAAAAGCTACTTTGTGGAAGGTCAGACCGAAAGAAAGGCGATCGGAACTCAGGTTAAAGGTCAGTTGATTGAAGACAGGCTTTCCGTTACTTGGAACACTCTCTATTCCAGCGATGGAGCTTATGCTCGTGTCGATCCTTCCAAAGCGGCTATGGCTGCGGAACTGGCGAACGTTTTCGGAGATCCGAATATGGGAATGTACAATATCGCCAATCCTAGGAGAGCAAAATACAACAAAGACTACTGGTTTATGAATCACGTAATTCTTTCCATTACTCCTACGGATAAAATTACGATCGACTTGGATTACACTTGGAGTGAAAAAGCCGGAGCACTTGCAAATAACAGCTTGGATCAGAAACGTTATAATGTGGACGTAACAACAGGCGCGGAAGTTTTCAACAAGGACACTCTTTTTTGGGGGTTGAACAACAAGCGCGATTCTAAAACCACTTACAAAGCTTACGGTATTTTTGCGAAGTTCAAAATCAACGAAGCTTGGGGTGTGAACGTTCGTGTCGAATACATAGACGATAAACACAACAATGGTACTTTAACTACTTTCAATCCTTTTATGGGACCTAACACTTACATCAGCGCATATAAAAAAGCCACGGATCTTGCGATCGCGGACGCAGTGGCGACTGCTTTTGCAGCGGATGTTAGTTTAGGATCCTTAGGAATTACCAAAGAACAAATTCTCGAAGTGATGAGCGACGATTACAAGAACTACTCAGGAGTCAGAAACGCGGGACAATACAAAACTTTTACCGTTACTCCCGTTTGGAATTTTACCGAAAATTTACTGATCAAACTTGATCTCCGAAGAGATTGGGCGACCGGCAAACAATTTGTGGATCAAAAGGGCGATAAAACGGATCACCAATACGGTATGACCTTGGGAGCTGTCGCAAAATTCTAAAATTAGAGATTTTCCTCATTTTAGAGGCGTTTTTCTAAAAAAGCGCCTTCTTCTTTTAAAAAGAAAACGGTTCAAATACGATTCGTTCTTTGGAAAAGTTTGGATCGGGGGTCTCATTGAAAGATACCAAACGATTTGTAGAATATTCAAAATCCTTAATTCTTAAGTAGTTGATAAGTTCTTAGGGAAAAGTCCAGGATCTTCCTTTGATCTTTTACTTTGTAATAGCGATTCGGGTCCGGAAAACGAACCGCTATCTTTTCTTTAAATTGTTTTTCGGGAAGATTCGGGTCCCGAGGAGGTTCTGACTCGTATTCTAAGATAGAATACGAGTCGACTTGGTTCTTTTTTAAAGTCTGTTCCAATTGAATCGCGTCTTTTTCCGTGTTTACCGTGAAGTGGACGGAATTTAGATAAGAAAAACCGATTAAATAATTCGTAAATTGCCCCTTGTGAACGATGATTCCCTTGGATTGAAATTCATTTTGTATTTGCAAGTAAGGTGCGATCGATCCGAATAAAATCTTAAAACCTTCTCTCGTGAATTTGTAGTTATAATATAAACTCAAAGAGGTCAACAAAATCAAAACCCTTCCAATATTTGGAAATTCGATACTTCTTTGGTACAAAAAGATAAGGATTCCCGCAGATAAAAAGATAAAACCGGACTCCAAATAACGGAGTCCGAAATGATGAACTCCTGCCGTATAAGGGCTGAAAAAGGAAATTGAAAAGAGAGTTCCAATTCCTACAAGGCCGAGAATCGACTCACCGGAAAGTTTGTTCTTACGAATAAGATCGGAAAAAATACCAAAGATTAAAATCGCATAAGGAGATGCCTTTAGGAATCCGGATTTGGTCGCATCTCCCAAAAGATATCCTTGAAGAATTACGATTTGTTTTTCGATAGAAAACTGATTCATCGCGTCCTGTGAACTGACAAGAAAACGAATTCCCATTGGATGACCGGAATAAAAGAAATTCAAGACGCCTATAATTCCGAAAGAAAGAACTCCACCAAGAACCGAAAAAATCAAATATTCTTTAAGATTGTTTCTCGTTTTTTGGGAAAAAAAGGCAAGAAAACCGAATAAGAATACAGGAAATGCAGATTCGGTTCTTAGAAAGAATGCGGCTACCGCCAAAAGCCCAGAAGCAAACGAGAATATTCTAAAATTCGAATTTAGATTTTTGTTTTGAACTGTAATTTTGTCCACAAAAAGGGAACAAATCAAAAAATATCCGAAAGATAATAAAAGAAAATTATTGAGAGGAACTTCCGAAAACTCGACCGAGGATAGGGCCGGAAAGCTGAGAGTGAAGGGAACTAATGTGCCGATCAAAACAACCCAGGTTTTATCGATGAATAAGGAAAGAATTTTATCAAAGATCAAAAGACACCCGAGCAGACAGAGAAGAGGTAACAATGTAATGATTTTTGCTCCGAAAAAATACGCCGGAATTCCGTTTAAAAATGCAAATAAAGGAGGATACTGAAAGAGACATTTTCGGTTCTCATTTTCCTTCAGAAAAGCCCAGGGATAGTCGAAGGGAAAATACCTAAATTCAGGATCGTAAACCTTTCCAGGGTAGAGACATTCCGATTCAGTGATCGCCTTAAGTCCTTTTTCGAAGAACATTATAGTTTGATAATACTTAATCTCGGAGTCGCTGGAAACGAATGGAACTTTATTGTCGAGTTTGAAACGATTGAAAGTCAGGAATAATACTACGAGTATGTAGATGAAATAGCGAGAATAGGGAGAAAGAATCAATCGACTGAGCATTATTGTTTATTCCGTAAAAATGATATGGAACGGATCCGTTTTTTTTCCTTCTTCCAATTCTTTTCGGATATCTAAATTCGGATCTTTTTTTCTAAGAACATCGACTTTTTCTTTCCAACAAACGGAAGAATACGGATTTTTTCGGACACAGCGATCTAATAAGGATTCTATCAAATCTGAGTGACCCGGACTTTTACGAAGAATTAGGGACGCCAGAACTAAATTTTCTTCAGAACGGATCCAGATTTGATTGTTGGTAATTTCTTCGATCGGATGAGAAAACTTTTTACGGTTTCCAGAAACTTTTTTTTCTTTGTATATTAGAAAATTATCAAGTTCTATTTCGTCTTGAATGGAGACTATGATCAGATTCCTGAGTCTTTGCTCCCAAACCAACTGAAAAGAAAGATATCCTAAAAGAATCAATGAGATCGCGTAAACGGCCTTAAACGAACTGTTCTGATGGAACGTTCCCATCGTAGAACTGGATCGGGTCCGAATCAAAGATAACACAAGCACTACCGGAATGAAGAAATGTTGTTCCCCCAAATTGTAATCGAAGAACTCGTGAGCAGCGACAAACACAAGGACTCCTGAAATGAATATCCCTATATCGGAAATTTTTTTACTTTTGGAAACTAACATTCGGTAGGCGAGAAGAGAAAGATAAATGGTGATCCAAAGAAAAAAGAGGGAACCTAAAATTCCGAGACTCGTAAACGTTTCCACGTAGAGATTATGAGCTTGCGGGTAGGATCTGAAAGAATGCAGAAACTTATAAAAATCGTCGTACCCGATTTTTTCTGAATCTGTTCCGGGCAGATGAGCCAAAAGAGAATCTGCATCCAATCCGATCCCTAAGATCGGAAAATTTTGAAGCACTGATTGAAAGTGGAAGTTCCACAGAGAAAATCGAATGAGAAGGGTTTTTGGATCGAAATATTGAGAAACGGCTTCTTGGGGAAAGAAAAATACGCTTCCGACCAAGAATAAAATAATTAGACAGAATGCCGGAATAAAAATCCGGAAGAAGACTTTCTTTTTATTCCAACGGAAAAGAAAAATACAAAAAATTGCAAGACCAAAAGCCAATAAACTTGCGCGCGAATGATTGAAATACGTAAGGTAAATTGCAATAAGACCTCCTGGAACTAAAAACCAGAAATATCGAACATATTGGGATGCGGTATAAAAGGCGACTAACGCGGAAAATGCGGATATCACCGCGATCGACGACACAGGAAAACCGGCGTACGTAAGCAAAAGAGAAGGTTGTAAAAAGTCAAAGGGCCAAATCGTGTGGATCGCGGAGAACAAGTTTATGGTATTCAAAAGAAGATTTGAGGAAAGGATTAAAAGAAGTCCTTTTTTAATAAACAGACTTGGATAAGAAGAAACCAAAAAGAAAATCAGAATTCCGGAAAATAAAAGACAGAGTTGCAAGAGGGCCGCTTGGGATTTATAGGAAAGTAAGGATGAAATCAGTAGCACAAAAAAGGAAATGGAAACGATAACATACAATTTACGAAGCCGAATTTTTTTCGGAGTAAGATAGAATAAAGAAGCGGCTACAAAGAGTAAAAGCGGAACCGATTTGATGCTTGAAAAAAGAGGGGGAGAACATGCAAACGCAACGGTATGAACGAATAAGAAGATCGGATGGACGTTTTTAAGGAATAAATAAATTGTAAGACACAAAGCCGCTACATAGAGAAGTTTTAAATTCAACTTTTGGGAAAAGTAAACGACCGGAGCCCGGTTGATTCCGTTGATCGTAGAAAGTCCGATTAATAATAGACAGGCCAATAGGAAAAGAGGATGAATTTTGAATTTCTTTTTCCGAAAAGAAATTCCTAAAGAGACGAACCAAACAAAAAAACTAAATACCACCGAATCTCTGGAAAGAGAGGGATTCGAAGGATCGAAAAAAAACAGCAAAGAGAGAGAAAAAGCGAGTGCTATAAGTGGAACTGTTTTTAAGTTGAGAAGCGGACTCATTTATTTTTATTTGGTTTTGTAAATGATAAATAAATGCAAGATGTCCTCGCTACCCAATTTTAGCAATCAAGATTCTTCCGACAGAAATAAGGTTTGCGCTATAAGAAAAAATTATAAATTTTTTAGATACCATTCTCGTCTCTTTTTATCTTCTCCGTTTCGGAAGTAATAAAGATCGAATTCTGAAAATTTTTTCTTTCGGAGAATCGGATCAAGTTCTTTATATTTATGTTTGTAAGTGTCTAAATAAGATTCGAAGTCCACCGCTCGAAACGAAGGAATTTTAAGAAGTTCTTTCATTACGGAAGGTGAATACGTTAAAATCCTCCAAGGTGTGGAAAAATCTCCCGTGAGGAATTCGTCGTATTCCGTTTTAATCGGAAGTCCGCTCGAGTATAAAAGGAGATGAACGTTTCTATCCCGGAGATACTGTAACGGAACTGGTTTTCCATGGCCGACTCTTTCTCGATTTTCAAATTTCATCCTTGCGATTACCGGATCGGTGAGCCCCGCTTCTGTTTCAATTGCCAAAATCGGATTTAAGTAATAAATCAAAATACATTCCGAACCAGTAAAGGCGACTCGAACTTTGGAATTCTCAAAATGTTTTTTCCAAGGAAAAATCCGATTTCGGATTTGTTCCACCGATTCCCTTTTGTAGATTTGATTTTCGTCCGCGATTCCGGACACGACCGGCAGGGGAAGTCCTTTGTAAATATCCCAGCGTAATAGAATTAAAATCGGAATCGAATAAAAAATCACGTTCAGGATTTTTTTCCCTTTAGAAAGAGATTCTCGGAGCGAAAGAATCTCTTGTTCCGTCCAAACAAAAACCATAGGAAGAATCGGAAGATAAAATCGGGAAAACATAAAGTCCCCTCCGATCCAGGTGTAATAACTCGAATAAAGAATTGGAAATAAGACAAGTAAAATCCAATGAAAGTCCTTTTTTTCTTGAGTTGGAGAGAAATGTTTTCGGATCGTTTGAAAGAAAGAAAAGAAAACAAATCCGACGATCGGGATCATTCCGTAATACATCCTTAAGAAGGAAAAGAGATAGACGAATCCTTGCCATAGATTTGCGCTTCCTCCTGACTTTGCGTAAAAAGTATTGGGAAGTAGATTTCCATAATATTCTAATTTCCAAATATAAAAAAAGACCGGGGATAAATAGGTGATACAAAGGATTCCAAAAGAAGGTTTCAAAAGTAACGAATGCGTTTCGTTTGATCTGACTTTTTGGGAGAATTTTAGGATTAGATAAATTCCAGCGAGGATGTGGAATAAAAGTCCATCCGGTCGGTTAAAACAGCTCAATGAGGAAAAAACGATTCCGGGCAATATACTGTAAAAGGTGACGGTTTTGGAATTCGTTAGATAATAAGAAGCGGCTAAAAATAAAAATCCGTGCAATGACGTTTCCAGTCCTCCGGTTGCAAAAACCCGATTGTGATGGAGTAAAACAAAGCAGGAAAGTGCAAATGGAAATTCCGTTTCTAAAAACTTCTTTCGAAATAGAATCAGATAGATGCAGGTTCCAAGAAAAGAGAGAATTCCCCAAAAGTAACTCGCGTTTACGGGATCGATATGATCAGAAAGATGGAATGGAATGAATAGAATCGTCCAAAGAAAATTCGTATAACCCTCCACGAATTCCCCTTCATTAAAGACTAATCCTTTTCCGTCGGCAAAATTTTTGGCATACCGTAAACTAATAAACGCGTCATCCGAAATCCAACGCATTCGATAAGCGGATATAATGCCGAATAGAATCAACAGAATCGTAAAGATGAAATAAAAGATACGTTTCAAAATTAAATTCCCATAAAGTATATTGGAAAGATATAAAACCTTGAGAAGGTTTCGGGATCAACCCGGAAAAATTCATTATTTTCGAATGTAATACCTTTGTCTGAGACCTGCGAAAAACCTATAATTTCTATATATTCAATTTTATGAATGTATAGGATGCCGGATTTTTTGGATCTAATTCGAAATCAGAGTTGAAGTTGGCCGCTTTCCGCGAGAAGTCGATTGACGTTATCTATATATTTTTTTCTTTCCCCAGGCCTTGAGGAATTTCCTTCGATCGAAAGGCCTACGTAAAGATTTCCCTCCGCATCCTTGGTAATAGAGCGAATGAGTCCGAAAGCGGTGAGAGGAGCCTGCATCTTAAAAAAGATATCAAACGTAAATCCTGCCCTTTTCGTAAGATCTTGATTTAAGTCCGGGTGATTGATTTTAACTTTTAGACCTCCCGTGGAAATATTCACGATTGGAAATCTTTCTTTCACTAAGATTGTATTGGATTCCCGGATTCGATCTACCATTTCGAAAGTGAGGGTTTTAATTTCCATCACTTCCAGAATATCTATTTCCCTATTTCGATTTTGGGCGTGGACGAATCCAATCGGGATCGCCTGTTCCTCGTGGCTCAAATAAATAACCGGAACGATCAGTTCGGATTTGATTTTCTGATTTGCGTATTCTATGATTTTTTTACGAATGTCTTCCGCGTCTCCTAGTTCGGAAGCGTAGTCGATAAAACCTTCCTGATCATAAGCCGCATAACTTTCTTCCTTCTGAGTGTTCGGGATAAAAAGAATCTTACGCGTTTTTTTAACGAGATCTAACTTGTCCCCAATTGTTCCGAACACATCGATCTTTAGAAAGTCGTACTTCGATTTTAATTTCGTTTCATAGTCTGCAAAGTTTACTTTTACGGAGGTGGGAATATTAAAAAGATTCGCGTCGATTGTAGTTCTGCTCGTACGGATGTTTGTAATCCAAACAGCCCCTTCGGGAGGCGAGATTCGACTGAGACTTCTTTCTTTACTTGCAATTGAGATATCCGAAACGGAAAGAATCAATTGGTTGTTCGGTTTTTCGTCTATAACTTCGCAATTGAGTTCCACGTATTTTGCAAGGAGTTTTGTAAGGGTGACATGACTGTTTAACGGAAAGGCATTCGGTATTTCCGTTTGAATCAGGATTTTTGTGGCGTCTTTGGAAACTTGTAAGATTTTAATGATCTGAATTGTGGAGCCCGGAACACGTGCGATGATATCTGTTTGTACAAGAAATTTCGAGATAATGTGAAACTTTTTAGTGGGGTCGGAGATTGTTTCCTTCTCCCTTTTTTTTCTCTGAATCGTTTCCATAGTTTTTCAAAGCGAACGAGGGGAAATTCTCTTGATCTTAGTTCTCAGTTTACCTTTTATGTACTAGGTAATGTCAAACCAAACTTACCGCGACTCCGAATATTTAGATGGATTGTCCGGAGATGAATTATTTAGTCTTCAGATCGGTCTAACGTACAGAGATTTTCTCGTTCTCCCTGGATTTATCGACTTTCATCCGTCCGAAGTTGAGCTTGAAACCAGACTAACCCGAAATATAAGACTAAAGAGACCTTTCATAAGTTCTCCGATGGACACGGTAACGGAATCCCAAATGGCGATTGCGCAGGCTCTTATGGGAGGGATCGGAATCATTCATTACAACAACACGATCGAAGAGCAGGTCGCTCTTGTGGAAAAGGTAAAACGTTTTGAAAATGGATTCATTACAGATCCCGTGGTTTTAGGGCCGAAAAACATTATCCGTGATTTGGATTGGATTAAAGAACACAAAGGATTTACGGGAATTCCGGTAACCGAAGACGGCACAAGAAATTCTAAACTGATCGGAATCGTTACAAATAGGGACATTGATTTTGAGAAGAATCGAGAAATTACCCTCGACGAAGTAATGACTAAGAGCGTGATCACTGGTAAAGAGGGAATCACTTTGCAGGATGCAAACGACATCATAAAGAAATCTAAGATCGGGAAACTTCCGATTGTGGATTCCGATGGAAAATTGGTGTCTCTTGTGAGTCGCTCTGACTTAAAAAAGAATAAAGAATTTCCAGATGCTTCAAAAGACGAAAGAAAAAGGCTTCGTTGTGGCGCGGCGGTTTCCACTCTTCTGGAATCCAGAGATAGGGTGGCGGCGCTTTATGAAGCGGGAGTCGATGTAATCATCATCGATTCCGCGCAAGGAAACTCGAATTATCAGATCGAGATGATTCAGTTCATCAAGAAGGAATTCAAGAATTTGGATATAGTTGCAGGGAACGTGGTGACTCGTGCACAAGCAGAGAATTTGATCCAAGCCGGTGCCGATGGACTTCGAATCGGAATGGGACCTGGGTCCATTTGTATCACACAGGATACGATGGCGGTTGGACGGGCTCAGGCGACTGCGGTCTATCAAACTGCAAAACATGCTGCAAAATACGATGTTCCCGTTATTGCGGACGGGGGAATTTCCAATATTGGTGATATTGCCAATTCTCTCGCAATCGGTGCTTCTACCTGTATGATGGGATTTATGTTCGCCGGGACCACGGAAGCTCCCGGAGAGTATTTTTATGAAAATGGAATCCGTCTCAAGAAATACAGGGGTATGGCGTCGATTGAAGCGATGAAAGCAGGCGGTGATAAACGTTACTTTAATGAAGGTCAAAAGGTGAAGGTCGCCCAGGGTGTCAGCGGGTCGGTCGTGGACAGAGGATCGATTTTGAACTTCATTCCATACTTATCCCAAGGTCTTAGGTTGTCCTTTCAAGACATGGGTTATAAATCGATACCTGAAATTCATAAAGCTCTTCGGGAGGGAAAGCTTCGTTTTGAAAGAAGATCTGAATCCGCACAGGCTCAAGGTTCTGTTCATGGTCTCTATTCTTTCAGTGCGCCGACGATGAGGGCGGAATAAATTGGATCGGATTCTTGCGTTTACGGTGGTTTTTTTTGCCCTCACTGTATTAAGTAAAGAAACAAATTCGCAAGGATCCAATGTAAGGGTTGCCCAAGAGTTAGTGGCTAGACTCGATCAGGCTCTCGTAAAATCCAATCAAGGTTTGATCAAAGGGAATCTAATTCTCATTCGACGCAGTGGAGAAACCTGGAGTTGGGACGTAAATATGTTCAGGAAAGAAGAGGACACGCTCTATTTATTTGAAAGTAGGGGAAGGGGACTTGAATACAAGATTTTGATTAAGGATGAGGGAGAACAGATCTATACATTCAACGTACTTTCCAAAAAGATATTTCGGAAAGTAGACGAGGAAAAATACGAATCCCACTTATCGACCGGATTCAGTTTTATCGATTTATCCGGTGCTTCCTATCAGGCCAATTATAATCCAATCGTTCAGAGCGATCTCAAAATTGCCGATCAAACTTTCAAAAGGATTACGCTCAAGCCGATCATACCGTATTTTTATTCCAAGTTGATTCTCCTTTTGAATTTGGATTCTTTAAGACCCACACGATTGGATTTTCACGATCGGGACGGAGTATTGTTCAAAACGATGAACATCAAATACGGACTCATAAAGGTGAGACAAAATCAGAAGACTACAAAGGAAGAATACGCAAGCCGACTTGAGATGTTGGACTTAACTACTGGGTCCATCAGTGTATTAGAATATACGGAAATAGATAAGGGAGTAAGACCGGACTCTTCCTTGTTTGAGCTTGCAAACTTGAATCGATAAGGGCTCATTTTGGAAGAAGCGATTCTTTTCAGAAGAGGTTTCCGCTGCGAATCGCAGTTTTCCTTGAATAAAGAGGAGGTTTCCCATTTAAAGGCTCTTCGGATTTTTTCCGAAGATAAAAATCTTAGAGTGTTAAACGGAATTGGATCGGAATGGATCTACGAAGTAAAGGGAAATTCACAACAAGGGATTCTCAAAAAAACTGAGGTTCACGTAAAACCGGAATCGACTTCCGCGATCGCAACTGCAATTCCTAAAGGGAATCGTTTGGAATGGCTTTTACAAAAAGGAACCGAACTGGGCTTAAGTCATTTTTATTTTTTAAACTTCGAACAATCGGATCGGAAGGATTTTAATTTGAGTCGAGTTCAAAAGATTGTGGAGGAAGCGGCGGTTCAATCGAAAAGAATTTTTCTTCCTGAAGTATGTGCCCCAGTTTCCTTAAAAGAATTTTTGAATTTGCAAGAAAACCGAAATCTTTCCATTTATCAATTCGATCCGAAAGGAGAATCAAAACCGAAGCCGGAATTTTTTCAAAATTCGGTTTGGATTGTAGGGCCGGAAGGCGGATTTCGTGAAAAGGAGATTCATTTATTGCGAGAAAAGAATATACTCGGAGTCAAAGCGGGAAACACTATTTTAAAAATCGAGACCGCGGGAATTTTTGCGGCCTCGTTGTTTCGCTATTTTAACGATTGAGGTTGCTCAATTGAAGATACAAACCAAGAACGTTGCAGTTCGTTGTACAAGCGCTCGTACAGGAAGTCAGTGCTTGTAAATTTGCATTTGTTACGTCTGTTCCGTAAGTTGCTCCGCAAGCCGCATTGCAGGAATCAATTGTTCCACCAGGACCACAATATAAAATATAGTTAAAAAGTGCTTTTTCTTTTGTTTCGTCTTTTCTTGAACTACACATCAAAACGAAAAAAAAGGATGAAAAAAGTAAAATCGAAGACAATTTCCTCATAAATGTATGATCGCTCGTTTCGGAGTTCCGCGTAAATCAAAAAAGATTGGACGTTAAAAGATTCTTAAGTCAAACTTTCTAGAACCACTCTATGAAAGTAAACGTAAAATTGTTTTCTCCCTTCAAATTGGAATCTATAAGAATTTTTTCTTTATTAGAATATTTGAAACTTAGTTCGGGCATGTTTGTCATTCAAAGTAAGTCGAGGATTCTTTTGGGAAAAAATTTGAAGTCGGGGCCGATGGGAAACGGAGGCGACTTGAGATCGTAAAATTTGTTGCTACAGGTTCAAACTTTCTCTTGGCCGTTGCCTGGAATTTATCCGATTCTTGATTGGGATTTTTGTAAAAAGAAAGATCTCGATTTTTTAACTCTCCCCAGGATTTGGTTGGAATATCCGGATCTTGTTCCTTTTGTGCAGATCCGTGCCAAGTCGGCTTCCGTTCCCGAACTGGAATTTCTTGTTAAGTCCCTCCAGGATCGATATCCTCAATTACTTTTGATTTTAAACGATTTTTGGGAACAAGCGATCGAATGGAATTGTTTCGGCGCTCATGTCGGAAAAGAAGATTATGAGGCTTTGAATTCCGAAGAAAAGAAAGTTCTATTCAACTCGGAACTCTATCTCGGGACCTCGTCTCATACGTTGAAAGAAGTGAACGTTTTGGATTCTTCCCTTTGGAATTATACCGGGCTTGGACCGATTTTTCCCACCGATAATAAAGAAGATGCAAAGCCCGCAATCGGAACGGAAATTTTAGAGAAAGTTGCAAGAGAATCTTTATTACCTGTAACTTTAATAGGTGGAATCCAAGTTGGAAATTTGGATCTGATTTTGAAAATGGGGGAGTTCTTACTTTCAAGTATTTCCATGGCTTGTTTAGAAAGAGAATTTAGAGCAGCAGCTGCGAAAATACGAAAGTAAAATCGCTAAGTTTCAATTGACTTTGAACTTATGTCTTATAGGATGCCTTTAGATGAAGAAGCCGGATGAAATCGTACATCTTTCCGCCAAAGACGATAGGGATTATCTTTTAGATTATCAGGTCATTCAAACAGAAACATTAGGAAAAACCGATATTCTCGGAGTTCCATTCGATAATGTGACCCAGGATGAATCCGTAGCCAAGATTTATAGACTCTTGGAGGAAAAAGAAAAGTTTCACCACATTCTTTTTTTGGATCCGGTCAAAATCATGTCCGTTCGAAAAGGGAAAAAGCTCCATAGAATCACAGAAAAAGCGACTATGATTCTTGCCGAAGGAGCTGGTTTGCAGTGGGCCGCGACCCGTCTCGGCAAAGTTCTGAAAGAGCGGATTTCTACGATTGCTTTGATGATGGATCTGGTTCGTCTTTGTGAACTCAGAAATTATTCCATTTTTATGCTCGGTGGCAAAGAGGATGTTATCGAAAAAGTTTATTTTACTCTCTCCAGACATTTTCCTGGGGTGAGAATTGTTGGAAGACACGCCGGCTATATGAATCCCCAAAGGGAGTTGATGGTAAAGGAATCGATTCGTAAGACGAGTCCGAATCTCATTTTTCTTGCTATGGATTTTCCGGAACAGGAAATCTGGATCGAAAATAACACTGCGTTTTTCGGACATTCCGTAATTATCGGAGTCAGTGGTTCCTTAGATATTCTTTCCGGTAGGGTGAGAAAGGCTCCGAACTTCTTCAAACTCAGAGGACTAATTTGGTTGTGGAGGATCTTAAGCAAACCCTGGAGATTATTCCGTTTTTTTAGAATGTTTCAGTTTTTTACGATCGTATTCTTTAAATCTCTTTTTCAAAAAAAATCTTAAAGATCATTCCTTCTTTTTTGATTCTCATTTCATCCTAAAACTTCAAATTGATTTTAAATTGTAAGATTTCAGGTTTTACGAGTAACATAATGTTTTTTTGAATAAATCTCGGAGCCATGAATTCAAAAAAACGGATTTGATCCGTTTTTTAATTATGTACGGACTGGAAATAATGTGTAATTTTATTCCGGTCTCATCAATGGAAACAGAATGGTATCCCGAATAGAATGGGAATTGGTTAAAAGCATTACCAAACGGTCGATTCCGATTCCGAGTCCTCCCGTCGGAGGCATTCCGTATTCCAGCGCACGGATATAATCCTCATCCATCATAAATGCTTCATCGTCTCCAGCTTCTCTTTGTTTTACCTGATCTTCGAATCTTTCTTTCTGATCGAAAGGATCGTTTAACTCTGTGAATGCGTTTCCGATTTCCCTTCCGGCTACGTAAGGTTCGAATCGCTCCACATAACCCGGCTTATCCGGATTGGATTTCGCGAGGGGAGAGAGTTCTTTCGGATAATCGATGATAAAAACGGGTTGGATTAGATTCGGTTCCGCTTTTTCGGAAAAGACCTCGTCCGCCACTTTCCAGATCGTATTACATTTGGAAACATCTACTTTCAATTCGGAGGCTTTTTTCTTCGCTTCTTCCAAAGAAGTGATCAGACTAAAATCGATTCCGCTATATTCTTTGATGATATCTGTATAAGTCACTTTTCTCCAAGGAGGAGAAAGATCGATCAGATCTTTGCCGTATTGAATTTTTAACGCTCCGTGGATTTTTTGTGCTAAGTGCGTGATAAGCCTTTCGGTAAGATCAAGCATCGTAGTCATGTCCGCGAATGCGATGTAGGCTTCCATCATTGTAAATTCGGGATTATGTTTGGTTGAGGTTCCTTCGTTTCTAAAGTTTCGATTGAGTTCGAAAACTCGGTCTATACCTCCCACGATCAAACGTTTGAGATAAAGTTCGGGAGCGATTCTCAAAAACAACTGCATGTCCAGTGTATTATGATGGGTTACGAAAGGTCTTGCTGCAGCACCTCCCGCAATCGGTTGCATCATCGGAGTTTCCACCTCTAAAAAACCTTCGTTGGTGAGGAAATTTCTGATTTCAGAAACGATCCGGCTTCTCGTGATGAACGTATCTCTGACGTGATCGTTCACTATAAGATCTACGTACCGCATTCTATATCTCTGTTCGACGTCGGCAAATGCGTCGTATATTACTCCGTCTTTCTCTTTTACCACGGGAAGAGGGCGAATACATTTGGCGAGAAGTTCCACAGATGTGACGTGTAACGTGACTTCTCCTTTTTGAGTTTTAAAAAGATAACCTTCCAGTCCGATGATATCTCCCAGATCGAGAGACTTAAAAATTGCGTAGGAAGTTTCCCCTAAATCGTCGCGGGTCGCGTAAAGTTGAATGATTCCCGTGCTATCTTTGAGATGGGCGAAACTCGCTTTTCCCATTACTCTTTTGGAATGTAATCTTCCGCCTAATTTGAATTTGGTTTCTGGTCCGGTAGGATTTTTTTCGAACTTTTCAACGATGTCTTTTGATTTTGAATCCGGAAAAAAACGAACCGGATACGGATTGATTCCCTGTTTTTTTAATTCTTCGATTTTTTGAATTCTTTGTTGAATCAGTTCGTTTGAGTCTAACATTTTAGATTTTATTTTCCTGGGAGTATTTGATAAAACATTCTGGCTATGTTTAAAAAAACAACTTCGAATCCTTCTTCGCTTAAAAACCAATTTTTGAGTCCGATTTTATCCGACAAAGGGACCACATGAATTTTTAAACCCGCCGGACCCAATACGGATTCGTAGAGTTTTTGGTTTAGAGACGATTCGAATCTTTTGGAGAGAATAAGAATATTCTTAAGCTGTCTATCCAGACAGATTTTTAGAAGAGATTTAGAGAAATTCCTCGCGCCGATCGGATACGGTTCGAGTTTATAGATTAGAATTTTAGATTCTTCAACACCTAAGGCGACGAGTGAATTTTGAATTTCGGCCGTTAAGTCTTGAGTCACGCCTAAGTTGGAGTTTGTTGTGGCGGGAGAATAAAGAACGATGAGTATTCCCGCGTATCCTTTTTTGAATCCGTCGGCTGCATTCTTGAGTATGTCTTGCGGAATTGTTTCCTTTACCTCCAGTACCAGAGCGTCACTTTTCGGAAAGGGGCGGTCTTGGATCAAAAAGAGAGGGCTTAAAACGATCAATCCGAAAATTAAGAACAAACTGAGAAAGAATCCGGAAAAAAATAACCGCGCTTTATGTAAAACTTCCTGTACGGATATCGGTCCTGGATGTGCAGACATATAAAACGAGAGTTTTTTCCAGGAATCAAATTACAAGAGGAAATTAGGAAACGATTCGATGCTTTCTTTGTTTGTAAGATTATGGCTCTCTTTCCAGATCAATCGTAACCCTCGGTTCTACCAAATGAGCGACTTTTTCTACGATCTCCGCCGGAGGTTTATTCATAGAAAGCAGAATGTCTTCCCAGCAGAATCGAAGTCCTATAAATTTAATGATTCCATAACCTAGGAGAAAAGCGTTTCCTAAGTTGTAGATCGAATAGATCCAGTTTCTGTGCAGATAGTTCGTGATAAATCCGAAAAGCAATTGCGCTAAAAGAGAGTATTCAGCGACTACGTAAAGCGCAGGGATTGCAGTCCTACCGATCACCTTCGGGGTTCTACTAAATGGAATTTGTTTTCCCGTAATCGCCTGGTTGATCGACATAAAAACGCCGGCTAAGTTTACGGGAATCAAAAGTAAGTTGAGGGAATAAACCTGAATTAGATCGATCCACTTATATCCGATTCTTACCAAGTCCATCCCGTATAAGATGAAATATGGAAGAGAAGAGATCGCTATCCAATATGTTTCCATTCCTTCTCCTAGGGGGCTGCCCATGAGAATGACAAGGCCTATGTTCACTGCCGCGATCGACCCGAGATAGTGGACTCGAAAAAAAGCTTCCATGAATTTTATAAGACTCCAAGGTCGCCGAAATACGTAACGAAGAAGTTTTGGAAGAATAATAAGACCTCCATTGGCCCATCTTCTTCTTTGAATTAAAAGAGATCCGAAGTCTGGAGGAGTTGCACTGTAGGCGAGTCTTTCTGGATAATTATAGAGATTCCAATTTGCATCCAAAAGATCGATGCTGGATTCCGTGTCTTCAATGACCGTATTGTCTTGAATGTATTTATGAATTTGAAAACCGCGTTCTTCGTAAACGGTCCTGATATCCAGAAGCGCTTTGTAGCGAAGCATCGCGTTTGCACCTACCCAGAACGTGGCTCCGAAATGTGTGAACCCTTGATGAATCTGATACTGAATGTCCGTGGTTGCTCCGGCCATGTTTTCTAAAACGTTAAGCGCTCCCGGAAAAGAACTGTAAGGAGCTTGTACCACGGCTATTTTTTCATTTTCTGAAGAGGACATGACGCGGGACAATTTCAGAATGTAATCGGGAAGAAGAACGCTATCCGCGTCTAACGTAACGAGTAAATCTGTCTCAGGAATTTCAAAAGAAAAATCGGTATTGTTGGATTCTTCCAAAAAAATTCCGTGAGAATCTTCTCGTTCTTTCCATCTTTTTCCCAAGAGAGCTATATAGCTGTTCAAGTTCATCGCTTTGTTGGGAAGATTAGAAAGGTTCAGGTATTTCTTTCTTTCAAAAGTGGAAAAATTTACGCAAAATAAGAATGCAAGACGATTGTATTCTTTTTCGATTCTTTCTGGATCGGCCCCGCCTTTTGCCCAAAGCAACTCCAGTTCGGAAACTCTCTCTAAATGAAGTATGCCCCATTCCTTAAAAAAGAAATCCCTCATAAAAGTGCGGATATGTTCCGGAAGTTCCTTTCGGATCGCAAGATCGTCATACGAGTTCACCCGATTGTGAAACCAAAAGGTGGCATCCTTATAAAGTTGAATCAAACGTTCCGTTTCTTTCAAAGGTTTGGATTTGTGAGAAAGTTTACGTTCCAGATATTCCTTCTGGGCTTGAACAAAAGGATAGGCAGCCTCGTTGAATTCCTTCTGGAGAGAATTCGGTAACGCTCTCATATTTTGTAGGGCTTCAAAATCCGCATAACTTTTCGGTTTTGGAGGATCGTCGATGAGTAATACAACTCTCCGATTCGGATAATCTTGAAGTGCCGCCGAAAGAAGTGTTTCGCGAACTACATCTAATTCTTCCTTGTAGGAAGGAACCAATATCGCCAAGGAAGGACAATCCTGTTTGTAGATCTTTTCTAACTCTGCCCGGCTCAGGGGGGAATGTTTCAAAAGTCTTTTGAAGTAACCGATTCTGGTAAATTGATAGACGAAGTTACCGTAGGTTAGAAGGGCGATGATGATGAAAAACGCGACTTGTCCTATAGCTGCAAAAGGCCTATGATCGAGAAGCTGTTCCCAGAAAATTCCAATCATCTCAAAACCCGCGAAAGAGCAGGCGACGATTGTTAAGAGAAGAAAGATTTTTGTGATCCAGATCTGGTTCCGGTAATACCGGTTATTCTTCAAATGCGTGGATTTCGTTGCAGAAGCTGGATTGATGCTCATTCAAATTTACTTAGATTTACAATAAACAAAACTATGCTTCCACGATGAAATCATAATAATTCTCCAAGGAAGAAAAATTTATTTTGGGAGATAAATTTAAAAAATTTTAATGAGAATAGGGAGAATTTCCCTGTGTGGGTTTTTTAGACTTTTGACATACGATGTATCTTGGATTTTCCAATTGTTTAATAAAAGAAATAAGATCACATTTTCCATCTATAAAGACACGTTTGATTTTCAGAGGGTCTCCTCCCGGCAGATTGGTTCCATCTTCCGTTGTAAGTATCGCTTTATAACCTGACTGCACTGCTAACTGTATGAGTTTATCATTATACCAGCCGCAGGGCCAAGCTATATAGTCGACAAGGATGTCTAACTTGGACTCAAGGATTCTTTTGGATTCTTTCAATTCAAAGAGCGCATTTTTTTCACTTTTTCCATCGACACGATTGTCGACCCAAGTCACCAAGTTATCATTTGGATCCCAGGGATGACTGTAAGTATGAGATCCAATTTCAAATCGAGGATTTTTGGCAAGTTCTTGGATGTCGGACCATTCCAGATATTCTCCGTTCCCGATACCTTTCGGTCCGGCTATGATCCAAAAGGAAGCTGGAAAGGAGTATTGATTGAGTACTGGAACTGCGTTTAAGACGTTTTTCCAACCGTCGTCGAAGTTTAAAACCACGGACTTGTCCGGTAAAACTTTTTCTTTCCGTATATAGGAAATAAGGTCCTTCATCGTAATCGGGTTATAACCTTTGGAAAAAAGATATTGCATCTGTTCTTCGAACTTTTGCAGAGAAATCACGGTTTCTCCGGTTTCTCTTTGAGGATCGGTTACGATTTCGTGGTAGATAAGAACCGGGATTCCGTTCGGATTGGTTTTTGAAGAAAGGGAGGTTTTGGATTCCCGAAAAGGAGAATTACAAACATTGAATGTGATCCAAAACGTTCCGATCCAAAAAATTGGCCATCTTAGAATTGCGAGAGATTGTTTCAAGAAGTCCTCTGTGATTGAGGTTCACTTTTAAGCGGCATTTCGCCGAGGTAATTTTTCTTTCCGATATCAACCCCGTTGTGACGGAGTATGGAATACGCAGTCGTGATATGAAAGTAGAAATTGGGAATCGCGTGTTGAATTGCGAATTCTTTTCCGGTCAGATATTTTCCATCCCAGCGCGGATGGAAGATCTTTCGTTCGTTGGAATCGGCGAAGTCCTTTTCCGTAAAGGTCAAAAGATAGTCTAACGTGGATTGGATTCTTGCCTGTAATTCCACGATGGTTTTTTCTTGATCATCGTGTTTTGGCGCTTCCTTTCCGGTAAGCCTGGAAACCCCCAGTTTTGCCGTATCGCAGGCGGTTTGAATTTGTTTGATGAGATGGAACTGATCGGGAGCCAGCCTAGAGTTCAATAGGATTTGCACATCGAACTTTTTAGATTCCGCGTATTCTAGGATAAGTCTTAGATTTTTGAGCATTTTGGAAAATTGAAGAATTGTGATTTCGTAGAGCATAGGATTGGTCGTCTTTGGGGTTTATAGTTTTTCTCATTTTTTGAAAAGGCTTCTATCGAGATAGGATTTTTCGGTAAAATAACGAGAGGTTATCTCAAAAACTCCTAATAACGATCATGATACATGCGAGTATCAGAATTCCATAAAAGTTTTGATCGTTTCGTTCGTATCGAGTTGCAAATCTTCTGAAGTTCTGTAGCCAAGAAAAAGTTCGTTCAATTTTCCATCTTCCACGATATTTCCGCAGCTTACGTCCATCCTGTGTCTTTTTCTTTTTTCGATTTGATTTGTGTGGAGCGATCAAATTTACTTTATATTTCTTTTTAAGATATTCATCTAAAGGATCAGAATCGTAAGCACGATCTCCGACTAAATCTTTGATTTTGCCTTTGACTTTTTTGCGGATGATTGCACCTTCCGCGAGCTTACTTTCATGCGGCGAAGCACTTTCAATCCCGGCGGAGATAGGAATACCATTTTTGTCGACGATAACCAT

Protein sequences of DBSCAN-SWA_5

>CP030147|2415331:2480197|2473779_2475267_-|AXR61230.1|tRNA|DBSCAN-SWA
MLDSNELIQQRIQKIEELKKQGINPYPVRFFPDSKSKDIVEKFEKNPTGPETKFKLGGRLHSKRVMGKASFAHLKDSTGIIQLYATRDDLGETSYAIFKSLDLGDIIGLEGYLFKTQKGEVTLHVTSVELLAKCIRPLPVVKEKDGVIYDAFADVEQRYRMRYVDLIVNDHVRDTFITRSRIVSEIRNFLTNEGFLEVETPMMQPIAGGAAARPFVTHHNTLDMQLFLRIAPELYLKRLIVGGIDRVFELNRNFRNEGTSTKHNPEFTMMEAYIAFADMTTMLDLTERLITHLAQKIHGALKIQYGKDLIDLSPPWRKVTYTDIIKEYSGIDFSLITSLEEAKKKASELKVDVSKCNTIWKVADEVFSEKAEPNLIQPVFIIDYPKELSPLAKSNPDKPGYVERFEPYVAGREIGNAFTELNDPFDQKERFEDQVKQREAGDDEAFMMDEDYIRALEYGMPPTGGLGIGIDRLVMLLTNSHSIRDTILFPLMRPE
>CP030147|2415331:2480197|2446443_2449764_+|AXR61207.1|DBSCAN-SWA
MTRSLLEGALRFRLATLIAAAATVVFGIWAWIDIRKEAYSDIADTQVRLIAKFPGKAAVEVEERVTIPIERVLNAIPKVAVRRSRTINGLVVFQFVFEDGTDDYFARTRLLERVRDADIPAEIQPTLGPMSSPVGEIFRYVVETKANHTPMELRTIQDWVIMPKMLGIPGIADVVTFGGLPKQYHIVTTPDKLIRYKLTIDDVIKAIQQNNLNTGGNLLLQGEQGFPIRSLGAIRDPKHIENIVVKTVNGVPVFIRDLGTVEVSHPIPSGVLGYTIQNDQEGLIDVDSSVQGLVAIRRWGDPNVMGDRIRAKVKEINENYLPDGVQMRTTYDRTDLVNYTLRTIGKTLVEGVVVVSLVLIFFIGSVKASMVVVATIPFAMLFAFLLMDITGIPASLLSLGAIDFGIIVDGAVVMVENIMRRYRDASPIDKKKGIIRFTVDSASEVGTEIIFSILIIVLAYLPIFSFERIEGRLFKPMAFTISFAIMGALIFSMTAIPVMMSYIYRNYFESPNPGPIEWHNPFYEWLEKKYERLIEWLVERSKRVVTVCFSVVGTLLVIGGLSLGTEFLPEMDEGGFNLRIFFPVGISLPESKKFIPKIRQIIYKNEQVNVVLSQLGRNDDGTDPLPPNRLEVLVGLKDYDDWKEKITKTELLLRMRNDLEAGLPGARVSFSQPIMDNLSEAIMGTIADLAVFVSGNDLKVMRQISTEILDIVKEMKGASEFGIEQEADSPQLTVRIDREAAARFGINVSDIQQMVEAAIGMQRIDTLYEGPSDIPPKTPARFGIVVRFSKDYRTSQRAIENMPIISPKGERIPLSELAKVTLEDGPTMIFRQEGRRTVTVRTNIRGRDQGGFVAELRKLVQKKVKLPEGYEIRYGGQYENLARVGTRLMMVIPLTIAIIFGVLYLLYKNLKYVYVALACIPLSLVGGIYALLMRGYYFNVSGGVGFISLFGIATMAGVLFVSRTNHLLHEDDEISVKEAVKKAAVIQLRPMLMTMLLALLGLIPATLASGVGSDVQRPLATVIVGGLFSALLLVLTVLPSLYLILVGEREYVPKKQKDLEPYSYLDQYPLEEYESEELDLTTKKTISKEEKKQKSSGSVSKRKKKK
>CP030147|2415331:2480197|2418873_2419968_+|AXR61185.1|transposase|DBSCAN-SWA
MKRKIYVGMDVHKETIRIACLTNNTKEIVKEQQIKHNEVQIKKFVNKLKSEWNEIHSCYEAGVTGYPLYRYLKSLGVNCILVAPGKIPRQSSDKIKTDKRDAIKLAKLLRSGELESIHVPSEEDEAVRDYLRSRDSLRLDLGRNRQRLMKFLLRKGITYSATKYWTVSHNKWLNNLQFNNEILQETFNDYYSRVRVQEENLKAMDKRIQEIAESEPYREKVGILRCFRGVDYLTAMFLLCEVCDFKRFKTAGSFMSFLGLVPGEYSSGSKRKQTGITKTGSPRLRRILTEAAWQHRFPGTGSKIVTARRSGQPALVVALAEKASLRLHKKFRNLQQRGKTPQVMITAVSRELSGFLWAAMNLVA
>CP030147|2415331:2480197|2430630_2431224_+|AXR61193.1|protease|DBSCAN-SWA
MPEIEKITEVFEELAGSKISKNFLDHRKIFLWGPVTDESSKDLVGKLLYLEMNDPGKTITFYINSPGGVVTSGMTVFDTIKMISSPVHTVCMGIAASMSSVLLAAGTKGERSIWPNGKVMIHQPSIGGQIVAPATDLKIHAEEILKTKAKLNQILADACGHPVSKLEEDTDRDYYMDAEEAIQYGIVDKLATKIDFN
>CP030147|2415331:2480197|2434566_2435325_+|AXR61198.1|DBSCAN-SWA
MRSLIVRFKDCEGPGILLDSLKERNYKITYHNAYDSRIQPFPDAHLVFDLIVLLGGPQSVTDSTLVHFFEPWLNLIRYAASMPNRKVIGICLGAQIISKALGGEVQRGEKGPEVGFYDVQVQEPTHLVFDGITSFPAFHLHEDVFSIPQGAKHLLKSEMYSNQMFSFQDRIFGIQCHMEVTASMLKVWRVVHSNFIRSAGWVPGPETEVLRSQMENVGRRIFAAILDLTPDSVVDRSVLIPQSPDFVTAGNE
>CP030147|2415331:2480197|2439169_2439352_-|AXR61202.1|DBSCAN-SWA
MFAGPVYNSPRLHLFSLFLCVRIQFATKELSTFEFRKICNPEEKNQTVGGGKFRRREDNK
>CP030147|2415331:2480197|2479182_2479701_-|AXR61234.1|DBSCAN-SWA
MLYEITILQFSKMLKNLRLILEYAESKKFDVQILLNSRLAPDQFHLIKQIQTACDTAKLGVSRLTGKEAPKHDDQEKTIVELQARIQSTLDYLLTFTEKDFADSNERKIFHPRWDGKYLTGKEFAIQHAIPNFYFHITTAYSILRHNGVDIGKKNYLGEMPLKSEPQSQRTS
>CP030147|2415331:2480197|2425934_2426405_-|AXR62444.1|DBSCAN-SWA
MNKGYIICVDDEISVLETIQQQLRNEFGESHEVEIASSAEEALALVEEIQNSGYVIEVVIADQVMPGMKGSQFLEEVHKRLPDSIKIMLTGQAGLDSAIHAINYGGLSRYVEKPWNIEELTGDIRFLIEKFRQNLENQHLINELSRKIQELEKQNQ
>CP030147|2415331:2480197|2426511_2427750_-|AXR61189.1|DBSCAN-SWA
MIFGFGLGYHVEAYLQKANKPVSVLILEPIVALRPIVEKFSERISKSYKTQGHRIRIVFGLDEFLSQPLSFWLFQDTNKISPFLHPVYFRKFQDLALSFLDSLKQNSQNIAAKNYFQRIWARNCVRNLTSIFENSNSSLIFTGAKDNFFKDQTLLFIGASPSLEEETDWILKNRNRFHLLASDTSLGWILNFGIVPDAVLSLDSSRGTLFHFRNILPKKLPILTWLGGSTYIFDLPNPKWIYFSTYPLDQILRSLFFSQAPILENPSLNMAGIAVSFAKQLKYDRLILKGVDFQRNGGRTHCRSSGYEVYDRFFLSRKESLFKTRFQKSKSWEKRFSILEILKRQSPELFSSDPMSNFPKAEIKKLAEGLLWEDPKKIRFEQWVRFCTLHSDLDLKNYFSPRILNISPVIES
>CP030147|2415331:2480197|2439369_2440770_+|AXR61203.1|DBSCAN-SWA
MRKIFMFLLLLWMVPILSEGTTTGSEPGLGVPETQGQSENPIQREIPENLQDKERTLDLKTAEEKLWKNNLLLLAARFNIDARKAGIEQAGLYANPNIFIDQSIFAEPTQRYFDFTRSGQTVVQIQQLFLLGGKIGKRVRVAELNARMGEQEFYDLARELVTKLRKLFYAIYYYRQAISFYDQSLEALGRTVTSAEMGYKRRAILQAEVLRLKALYFFLKKEREELNIRILEKEADLRVLLNDDSFRSTDVKIVPMIFENQLDSLEPGKLKRDELLELARNKRPDLKKAIQALRFEEANLELQHANAIPDLAFGPMYNRGGTAFQNYWGITAQLNIPIFDRNQGNIKASEKAILSRKQELKNTLLEVENDVAVSIETARLKDELYKKFRNTYTKEYTDLSKDMILSYEKRYITILEFTDFFETYRSSVVEMLKLQTDRMDAIEGVNFSVGQGVLIPKLNQPAAEEK
>CP030147|2415331:2480197|2427898_2428387_-|AXR61190.1|DBSCAN-SWA
MNQNSEFDIVTLIELAKRNKYEKAVAGFHTLDRIERLELPKKIKSRKLAVQAMFALASEEVQYQYFTKEERIKLDQEANLSNESYSKFNGLFEAPQAPIAEEDTEEDFIPEEAPRPILDGDEDEDSLDDDDEDEDDDDEDEDEDDDEEEDEEEEDDEDLEVP
>CP030147|2415331:2480197|2450794_2451163_+|AXR61209.1|DBSCAN-SWA
MLYFSTNVERQILNAPVLLYFSTNVERQILNAPVLLYFSTNVERQILNAPVLLYFSTNVERQILNAPVLLYFSTNVERQILNAPVLLYFSTNVERQILNAPVSLYFSTNVERQILNAPRKFV
>CP030147|2415331:2480197|2452337_2453816_-|AXR61211.1|DBSCAN-SWA
MNRLNTLLVEIKRNKDLKVFLFLLGLGAFFRFFRLDLQSPWEDELFSIRASSETSLNNLWDWMKNDPHPPLYQTLLYFWFQLFQPTVFVGRLLSAIAGVLVPLSFYVLSPRNLNGRIKISVVVFLSLSTGLIYYSQELRSYSLLVLFSTIQLAVILKSVYENQKEEDLRTYWSLLGISLLASYTHFFGFVWSASVFLGIFITKWIFTKKFPKVEFLFGILFGILFTPVLYLLFNSDKIGIASWIPEAGLTAFLVFFDLIFHSGILKKFIPGIVASLALLAGFVSFYFPKNQTKVVLLEPNHKKSVILFGIVFLVFSVVLGILSLIQPLITARNLLVTAPTLYFLIVTGFSLFPIYKGRRLESILILISIVSLYYFTRSYYKPFKEQWRESSQYIISMIQDRPREFTLLCSSHVYNMEYFLKTAKIEGVIPKIYTKKEIDLFVHDPTRKDLVILETSWKYLNSEDINSLFTQEIFDRKDQLFYGMRVITIRKR
>CP030147|2415331:2480197|2435454_2438181_+|AXR61199.1|DBSCAN-SWA
MIQSILRVILGSKFERDLKKLIPIVGQINFLEEEMKGMNDSLLSSQTQRFRERIARGESLDSILPEAFATVREVSLRTMGMRHFDVQMMGGIALHRGNIAEMKTGEGKTLTSTLAVYLNSLAGKGVHVVTVNDYLAKRDANWMKPIYDFLGISVGVIQHDMDHEQRKVAYSADITYGTNNEFGFDYLRDNMVSHKDHKVQRSHFFAIVDEVDSILIDEARTPLIISGSSDETTDKYVRINKIIPKLIAIEDFEVDEKARNVLLSEKGVSHVEEILGIENLYAPENVDLVHHVHQALKAHKIFQKDVDYVVQNGEVIIVDEFTGRLMAGRRYSDGLHQALEAKESVTIAKESQTLASITFQNYFRMYDKLAGMTGTADTEAEEFRKIYDLDVIVIPPNVSIQRKDSPDRVYRTEKEKFDAILAEIRELQSKKQPVLVGTISIEKSEVLSRMLSSAGIQHSVLNAKFHEREAEIVANAGKPGAVTIATNMAGRGTDIVLGGAQLYKENLETWKEDDDLVKQFKESILKQELDNAESLIQKMDSSAKQKRASEILGSVRIWKKNHEDVLAAGGLHILGTERHEARRIDNQLRGRSGRQGDPGSSRFYLSLQDDLMRIFGSDRISGLMKWANMPEGQEIESKMVSNAIARAQKRVEGHNFDIRKHLLEYDDVMNRQRIVIYKMRNEVLENEDISSLILSFIEEAVENQIVAHCEGNNPSSWNLESLKEWLEGLELNLEINEEDFKKTKNPQLALFEKVNAAAKQKYEGRGESIGKDIWKLLERNIFLDILDHRWKEHLYSMDHLREGIWTVGYSERNPLVEYKLQGFRMFDVAIENLKNEVVNFLFRVEVSENSKLPEERREYKKVGQEVTGGFQELSGGTPGRSRSNGSTVTVTTSSGGGTERKTSRRRKR
>CP030147|2415331:2480197|2415331_2416561_+|AXR61183.1|transposase|DBSCAN-SWA
MSNPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSNKKLKGDFGTIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSADLISEVTDSVLETVIEWQNRSLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSIIFGDRLKFDSF
>CP030147|2415331:2480197|2459836_2461498_+|AXR61219.1|DBSCAN-SWA
MMRIKTINLIGSVLCLLVFSQVFAQAGKKSGADASVVPAPASQTMEQEDKKWYDQVEFSGFADVYYMYNLNPKQGGDIDATRAFETSNKNFAVNAVALTIQKAAEKSSPWGFRIDLQNGQNNAFQEAPYSQSNSIYNYNMLKQAYLSLYFPVLKGMTLDAGKMATHIGYEVLESMSNPNYSIGAIFQNTIPFIHTGVRLTTQFTEKWAGTFYLYNSGGGTGYNSPATTTTAPLNVITDPAYSGNAAGKSYFVEGQTERKAIGTQVKGQLIEDRLSVTWNTLYSSDGAYARVDPSKAAMAAELANVFGDPNMGMYNIANPRRAKYNKDYWFMNHVILSITPTDKITIDLDYTWSEKAGALANNSLDQKRYNVDVTTGAEVFNKDTLFWGLNNKRDSKTTYKAYGIFAKFKINEAWGVNVRVEYIDDKHNNGTLTTFNPFMGPNTYISAYKKATDLAIADAVATAFAADVSLGSLGITKEQILEVMSDDYKNYSGVRNAGQYKTFTVTPVWNFTENLLIKLDLRRDWATGKQFVDQKGDKTDHQYGMTLGAVAKF
>CP030147|2415331:2480197|2451185_2452319_-|AXR61210.1|DBSCAN-SWA
MKKKNVTYVIPCLNEEKTLPLVLEKLVRLKKELKQYNVEILVSDNGSEDRSVSIAKKYGAKVVHCKERGYGAALNFGITNASGEIILFADADDTYDFLESPALLSEMEKGAEFVIGSRLDGSIHKGAMPLLHRYLGTPVINWIINLLYSKKGNRVKDANSGFRCFLKKKYLEWEVESTGMEFASEMLVKALRSGVKLSHVPISLYPDVEGRVPHLKTWRDGMRHLLQILIHSQQLFYYTGFMLFWIGWAFTILGYFTGIVAIGPFHIFGIHSLTVFLLIATFGQTIWAIGLFLAARKTPELSFYSKLNLLSEDLLFWYSARMILFVVLLYVFILFRWWKNSFQVLDLEKEILMISFLSVQILNLIGQTITAHLLKRT
>CP030147|2415331:2480197|2424691_2425897_-|AXR62445.1|DBSCAN-SWA
MKYILFFACTILLLFVKFPVLSAPGQSKPAKLSEEQLLKKKEVLLQVLKFGTTKERAMALRELEEFPSEHSGALIEQLGKILDRDPDWMMRVYAIRTVSELKLTQYEESILKLLKSDQPDIQRESIYATKKLKLEKAAPILFEILKAQDFTKNSNLTVGLLDTLGEFPPQEAISSFLLARLNENFNDPEIRAQIALLFGKNKDKKAESALLEIYKDSKEPITLRSFSVSSLGKMKSISSMQAIKEELEKIRNLKGKEEIKDSQRLKIHSITALVSMGDKDILEELYAYARDDDPVVRLRAIKHLTDTEDMSVLEILEYKAQRDPSEKVKKAAKAAIEKLKKGESGNDVDKKKSDSPKFKTGNKERPIRSVDPLPGTSNTVPDSGASPPSSESKPESEDLED
>CP030147|2415331:2480197|2471883_2472063_+|AXR61228.1|DBSCAN-SWA
MKVNVKLFSPFKLESIRIFSLLEYLKLSSGMFVIQSKSRILLGKNLKSGPMGNGGDLRS
>CP030147|2415331:2480197|2432632_2433190_+|AXR61196.1|DBSCAN-SWA
MNSSKKNTPTKEKLTKPPGASFFIVVVYEDAEMFYSIKTKTEKKFSATLYESNSMPAWKDPNEELWNQSPGRHTKILSFKRRIHREELPSIQKECLSIQNVAIEKDRGVRIFPGYLCNHSVVISSIQDDFHRIYLFNGVYAETVYNYQKQKMVYRETAPSFFKTPEVVYFFTSLRESYVQNISKT
>CP030147|2415331:2480197|2463291_2465283_-|AXR61221.1|DBSCAN-SWA
MSPLLNLKTVPLIALAFSLSLLFFFDPSNPSLSRDSVVFSFFVWFVSLGISFRKKKFKIHPLFLLACLLLIGLSTINGINRAPVVYFSQKLNLKLLYVAALCLTIYLFLKNVHPIFLFVHTVAFACSPPLFSSIKSVPLLLFVAASLFYLTPKKIRLRKLYVIVSISFFVLLISSLLSYKSQAALLQLCLLFSGILIFFLVSSYPSLFIKKGLLLILSSNLLLNTINLFSAIHTIWPFDFLQPSLLLTYAGFPVSSIAVISAFSALVAFYTASQYVRYFWFLVPGGLIAIYLTYFNHSRASLLAFGLAIFCIFLFRWNKKKVFFRIFIPAFCLIILFLVGSVFFFPQEAVSQYFDPKTLLIRFSLWNFHFQSVLQNFPILGIGLDADSLLAHLPGTDSEKIGYDDFYKFLHSFRSYPQAHNLYVETFTSLGILGSLFFLWITIYLSLLAYRMLVSKSKKISDIGIFISGVLVFVAAHEFFDYNLGEQHFFIPVVLVLSLIRTRSSSTMGTFHQNSSFKAVYAISLILLGYLSFQLVWEQRLRNLIIVSIQDEIELDNFLIYKEKKVSGNRKKFSHPIEEITNNQIWIRSEENLVLASLILRKSPGHSDLIESLLDRCVRKNPYSSVCWKEKVDVLRKKDPNLDIRKELEEGKKTDPFHIIFTE
>CP030147|2415331:2480197|2449786_2450095_-|AXR61208.1|DBSCAN-SWA
MFKSLHSREAKIFCKNLIAARKNADLTQLEVADRLGEPQSYISKIESGERRLDVIEFWRIYKIFGKSFEFYFQFDEKPEGSEKRSKTLKAASSKRKKKRPKF
>CP030147|2415331:2480197|2457419_2457809_+|AXR61216.1|DBSCAN-SWA
MISIFCDGASKGNPGPSSIGIVAYKDDKEEFRISERIGETTNNVAEWASLKKGLEECIRRKFDTIHVYMDSELVVRQVSGKYKVKHPNLLEYKKEVDKLVSSLQNFQITHVPREKNSVADKLANEAFQK
>CP030147|2415331:2480197|2478289_2479186_-|AXR61233.1|DBSCAN-SWA
MKQSLAILRWPIFWIGTFWITFNVCNSPFRESKTSLSSKTNPNGIPVLIYHEIVTDPQRETGETVISLQKFEEQMQYLFSKGYNPITMKDLISYIRKEKVLPDKSVVLNFDDGWKNVLNAVPVLNQYSFPASFWIIAGPKGIGNGEYLEWSDIQELAKNPRFEIGSHTYSHPWDPNDNLVTWVDNRVDGKSEKNALFELKESKRILESKLDILVDYIAWPCGWYNDKLIQLAVQSGYKAILTTEDGTNLPGGDPLKIKRVFIDGKCDLISFIKQLENPRYIVCQKSKKPTQGNSPYSH
>CP030147|2415331:2480197|2428687_2429986_+|AXR61191.1|DBSCAN-SWA
MSHNSQIQKIQAREIIDSRGNPTVEVDVILMDGSFGRAAVPSGASTGEYEAVELRDGDKQRYLGKGVLKAVEHVNVKIQEILKGADGLDQNRIDQLMLDVDGTKNKGKLGANAILGTSLAVAKAAASHSKLPLYRYIGGNFARELPVPMMNIINGGAHADNNVDFQEFMILPVGAKSFREGLRMGAEVFHSLKSVLKGKKLNTAVGDEGGFAPDLTSNVEAIEVILQAIEKAGYKPEKDVLLGLDAASSEFYDKSKKKYVLGAENNKEFSSAELVDYYANLVSKYPIITIEDGLDENDWEGWKLLSEKLGKKIQLVGDDLFVTNIEKLSKGIASGVGNSILIKVNQIGSLSETLASIEMAKKAKYTNVVSHRSGETEDVTISHIAVATNAGQIKTGSLSRTDRIAKYNELLRIEEELGKSAVYKGRETFYNL
>CP030147|2415331:2480197|2433931_2434570_+|AXR62446.1|DBSCAN-SWA
MNSEPHFRIISSFFSRSYTYLMNRILLCFVFCVLVIHCALSEQPNLGIHEFQGITLDGTLVRLSEVEAPRLVLNVYGPNCVPCIKEIPALNYLYQDMQKDPKIQFYMAVDPTLFFDEAETMSQEELLTKGIPLVKEEIRKYGIQVPILLMKKPFRVSRTDSIVTGTPETLLFKTKPFVLYYNFIGPISEEANLQRLSVDQKVLFFKKMAGSS
>CP030147|2415331:2480197|2476005_2478144_-|AXR61232.1|DBSCAN-SWA
MKNNRYYRNQIWITKIFLLLTIVACSFAGFEMIGIFWEQLLDHRPFAAIGQVAFFIIIALLTYGNFVYQFTRIGYFKRLLKHSPLSRAELEKIYKQDCPSLAILVPSYKEELDVVRETLLSAALQDYPNRRVVLLIDDPPKPKSYADFEALQNMRALPNSLQKEFNEAAYPFVQAQKEYLERKLSHKSKPLKETERLIQLYKDATFWFHNRVNSYDDLAIRKELPEHIRTFMRDFFFKEWGILHLERVSELELLWAKGGADPERIEKEYNRLAFLFCVNFSTFERKKYLNLSNLPNKAMNLNSYIALLGKRWKEREDSHGIFLEESNNTDFSFEIPETDLLVTLDADSVLLPDYILKLSRVMSSSENEKIAVVQAPYSSFPGALNVLENMAGATTDIQYQIHQGFTHFGATFWVGANAMLRYKALLDIRTVYEERGFQIHKYIQDNTVIEDTESSIDLLDANWNLYNYPERLAYSATPPDFGSLLIQRRRWANGGLIILPKLLRYVFRRPWSLIKFMEAFFRVHYLGSIAAVNIGLVILMGSPLGEGMETYWIAISSLPYFILYGMDLVRIGYKWIDLIQVYSLNLLLIPVNLAGVFMSINQAITGKQIPFSRTPKVIGRTAIPALYVVAEYSLLAQLLFGFITNYLHRNWIYSIYNLGNAFLLGYGIIKFIGLRFCWEDILLSMNKPPAEIVEKVAHLVEPRVTIDLEREP
>CP030147|2415331:2480197|2471513_2471792_-|AXR61227.1|DBSCAN-SWA
MRKLSSILLFSSFFFVLMCSSRKDETKEKALFNYILYCGPGGTIDSCNAACGATYGTDVTNANLQALTSCTSACTTNCNVLGLYLQLSNLNR
>CP030147|2415331:2480197|2457828_2458176_+|AXR61217.1|DBSCAN-SWA
MWRIPFYVFLFYTMLDCGRSLKDKLIVLQKEEKFEEMLLLCLSEKETQDTKELCNLAMEKTEAGIDRILSEKVELPYSQITVDPEWKKKIDIILENNRTLKNRYGNLWKKMIQND
>CP030147|2415331:2480197|2470834_2471524_+|AXR61226.1|DBSCAN-SWA
MEEAILFRRGFRCESQFSLNKEEVSHLKALRIFSEDKNLRVLNGIGSEWIYEVKGNSQQGILKKTEVHVKPESTSAIATAIPKGNRLEWLLQKGTELGLSHFYFLNFEQSDRKDFNLSRVQKIVEEAAVQSKRIFLPEVCAPVSLKEFLNLQENRNLSIYQFDPKGESKPKPEFFQNSVWIVGPEGGFREKEIHLLREKNILGVKAGNTILKIETAGIFAASLFRYFND
>CP030147|2415331:2480197|2441783_2442527_+|AXR61205.1|DBSCAN-SWA
MNQLKFLVLLIVLGFLNVSVWAQSQNPKYDSNSKDDPSPEWASDPDRKTQIGKEEEGGDILKGKPLPKSTNFLVYGVSIGSPGSINLNLGYYYKDVVVRVSGGKWNSHWWGGQVDIGYSFWKTPVIAHSVSLVFGKFQVDPFESEIGRGGQNSYPSGSSFPGYTRRDPTYEDLIIRSYVTEQSPELALYLEHESRDRQKVHLNQQYVGLTYDFLLGNFFLQVGGGIGKGDYKNPQLLIQLGYLFDTR
>CP030147|2415331:2480197|2470042_2470825_+|AXR61225.1|DBSCAN-SWA
MDRILAFTVVFFALTVLSKETNSQGSNVRVAQELVARLDQALVKSNQGLIKGNLILIRRSGETWSWDVNMFRKEEDTLYLFESRGRGLEYKILIKDEGEQIYTFNVLSKKIFRKVDEEKYESHLSTGFSFIDLSGASYQANYNPIVQSDLKIADQTFKRITLKPIIPYFYSKLILLLNLDSLRPTRLDFHDRDGVLFKTMNIKYGLIKVRQNQKTTKEEYASRLEMLDLTTGSISVLEYTEIDKGVRPDSSLFELANLNR
>CP030147|2415331:2480197|2475275_2475926_-|AXR61231.1|DBSCAN-SWA
MSAHPGPISVQEVLHKARLFFSGFFLSLFLIFGLIVLSPLFLIQDRPFPKSDALVLEVKETIPQDILKNAADGFKKGYAGILIVLYSPATTNSNLGVTQDLTAEIQNSLVALGVEESKILIYKLEPYPIGARNFSKSLLKICLDRQLKNILILSKRFESSLNQKLYESVLGPAGLKIHVVPLSDKIGLKNWFLSEEGFEVVFLNIARMFYQILPGK
>CP030147|2415331:2480197|2431239_2431596_+|AXR61194.1|DBSCAN-SWA
MSKTLSLEEFLKEFLTSPHQKGRNPEEDQNLSELFLEFSSLLFLEGEEEIQEEVLLKDIGSFELDEFVNFYLSDMHPNDPAIVKRGIDFLRRLHKFAKKTSRINKEQMEDWDEFFQGL
>CP030147|2415331:2480197|2479795_2480197_-|AXR61235.1|transposase|DBSCAN-SWA
MVIVDKNGIPISAGIESASPHESKLAEGAIIRKKVKGKIKDLVGDRAYDSDPLDEYLKKKYKVNLIAPHKSNRKKKKTQDGRKLRKYRGRWKIERTFSWLQNFRRFATRYERNDQNFYGILILACIMIVIRSF
>CP030147|2415331:2480197|2420306_2421114_+|AXR61186.1|transposase|DBSCAN-SWA
MKSDLGHLDIPEEIWKRLHPLLPKRKTNSKKGGRPRLDDRVAMAAIFYRVRTGIQWRYIPPMFGSKSTLHRRFQEWVASGVFDKIEKEALKLYERTVKIRTKRMASDGSFARAPKGGPFTGPNPTDRGKRGLKRHILVDRRGAPVAFVIASAGTHDSKLLFPTLEKFKVFRNKKLLKPEILSLDKAYSNKTIKNNLKKKNIQYRIPNKKNARNPEWIAPLNPFRWTVERTFAWFNAFRAIKTCWEFKFENYKALFQIAFAIILIRMSWK
>CP030147|2415331:2480197|2472099_2472717_+|AXR62447.1|DBSCAN-SWA
MPGIYPILDWDFCKKKDLDFLTLPRIWLEYPDLVPFVQIRAKSASVPELEFLVKSLQDRYPQLLLILNDFWEQAIEWNCFGAHVGKEDYEALNSEEKKVLFNSELYLGTSSHTLKEVNVLDSSLWNYTGLGPIFPTDNKEDAKPAIGTEILEKVARESLLPVTLIGGIQVGNLDLILKMGEFLLSSISMACLEREFRAAAAKIRK
>CP030147|2415331:2480197|2422614_2423115_-|AXR61187.1|DBSCAN-SWA
MKKQYVTTVIATVSYILLLASGCSKQDPVDYNNKIMEVLNSSINYNSATSDMDGLNITLANDDFTNAENARKAWESKLTSSLDKLKRIGDFKGDSGFKNAGIQAIETYLKVVSKDYKRLIELRAQKDKADQNEIIQISNRINQDFEKAANTLNAASDKFAKEYPAQ
>CP030147|2415331:2480197|2438201_2438663_+|AXR61200.1|DBSCAN-SWA
MFVCGSGILSFCTTTPQKGSAKQIYADCMETFEDREKCEKLVLRQLIGSEKTEESSQIETNRTRISESVTLDPEIEKNLRLRSEIKDTLQGQNRIFVKEFLGNPDRIQFRTNSIEAFVYTRPISRYKPGAKPDLEIRVLMRNGTVVRVEHVAP
>CP030147|2415331:2480197|2465394_2467095_-|AXR61222.1|DBSCAN-SWA
MKRIFYFIFTILLILFGIISAYRMRWISDDAFISLRYAKNFADGKGLVFNEGEFVEGYTNFLWTILFIPFHLSDHIDPVNASYFWGILSFLGTCIYLILFRKKFLETEFPFALSCFVLLHHNRVFATGGLETSLHGFLFLAASYYLTNSKTVTFYSILPGIVFSSLSCFNRPDGLLFHILAGIYLILKFSQKVRSNETHSLLLKPSFGILCITYLSPVFFYIWKLEYYGNLLPNTFYAKSGGSANLWQGFVYLFSFLRMYYGMIPIVGFVFFSFFQTIRKHFSPTQEKKDFHWILLVLFPILYSSYYTWIGGDFMFSRFYLPILPMVFVWTEQEILSLRESLSKGKKILNVIFYSIPILILLRWDIYKGLPLPVVSGIADENQIYKRESVEQIRNRIFPWKKHFENSKVRVAFTGSECILIYYLNPILAIETEAGLTDPVIARMKFENRERVGHGKPVPLQYLRDRNVHLLLYSSGLPIKTEYDEFLTGDFSTPWRILTYSPSVMKELLKIPSFRAVDFESYLDTYKHKYKELDPILRKKKFSEFDLYYFRNGEDKKRREWYLKNL
>CP030147|2415331:2480197|2453819_2455316_-|AXR61212.1|DBSCAN-SWA
MARASKASPKKKTSAKTSKAAKVKKSPIEITLPSPSKVETWGMNHYSLSPVFFPEKEEDFRDLFSYANNKGLKLTFRGGGCSYGDAATNTKGVVIDISKYNRILEFNSKTGIVRAESGVTIKQLWEFGIEKGYWPPVVSGTMFPTLGGALSMNIHGKNNFAVGSIGDHVLEFTFMTPNGKVLVCSRKKNQELFFAAISGFGMLGVFLNVTIQLKTIYAGKMKVWPVVSKNLQDMFDYFEREYKSADYLVGWVDAFASGNSLGRGQIHKAVHLKKGEDPDFPENCKLEKQNLPSTFLGIIPKSWMWLFMIPFANSLGMRLVNFAKFVSGYLTNNKPYFQGHAEYAFLLDYVPNWKFMYKPGSMIQYQSFIPKENAVDAFCEILKICQKRGIVTWLAVFKKHKPDPFLLTHSLDGYSMAMDFPVTFRNRKKLWELAGELDEIVLKFGGKFYFAKDSTLRPETVQRAFSKKSLETFHSLKRKFDPKGILETDLYRRIMGIW
>CP030147|2415331:2480197|2472769_2473597_+|AXR61229.1|DBSCAN-SWA
MKKPDEIVHLSAKDDRDYLLDYQVIQTETLGKTDILGVPFDNVTQDESVAKIYRLLEEKEKFHHILFLDPVKIMSVRKGKKLHRITEKATMILAEGAGLQWAATRLGKVLKERISTIALMMDLVRLCELRNYSIFMLGGKEDVIEKVYFTLSRHFPGVRIVGRHAGYMNPQRELMVKESIRKTSPNLIFLAMDFPEQEIWIENNTAFFGHSVIIGVSGSLDILSGRVRKAPNFFKLRGLIWLWRILSKPWRLFRFFRMFQFFTIVFFKSLFQKKS
>CP030147|2415331:2480197|2440780_2441782_+|AXR61204.1|DBSCAN-SWA
MKIHFTRRTLLIIGAAALIAIVSIAILALSNRGDKKSKLPPSKPIVSENGEKIEFKENSPGLEIIKTKEIGKDGEFINVDAPARLIASTSPSVSGEERIILFESSDLNDLYVGYVHSRNSFARSIKNYERIKDMFKHRVATEKDLIEAETQQNNDQAELAEYEGKLRAVGLNPALLGKSGSQSAWIISDVPESQLSKLKKGKKVKVRFSSFPSEEWTGTAEALGDNVDPMTRTVKVRIVISNTGYKLKPGMFANVKFPEDTAGDTVVVPFNAIITVEGQNYVFVEESPHEFVRREVTLGISTIDRVNVIEGLSKGDRVVVQGSILLKGLSFGF
>CP030147|2415331:2480197|2458168_2459467_+|AXR61218.1|DBSCAN-SWA
MTNVDPHELIKKIPESFREDIIRITQTIRKEGGECYLIGGSVRDLLLSKIPDEFDLTTSLLPGKILTLFKRTVPTGIKHGTVTVLIEDRSYEITTFRKDVDYIDGRRPEAVEFGVSLSEDLKRRDFTMNALALELETKRLIDEHSGLEDIQNRIIRTIGDPIERFTEDGLRPIRAIRFVSSLDFTLESETTKAIVRCRNVTAKVSKERVHDELNKILKSKNPVPSLKLFKEFQILELFTSLKLYPTENTNVEKKIQEVPILPLSLRLSFLHAWLFGSFQDRNLAKQFMKDLRYSNQNTKDSLFFSDMLSMMLNRKDDASLTDAEVRKFVLHPICVYGGRKNLKVLTEHILNLAYTYEPILKDVFDFRKILDLTERTQALVVTELALRGEDVLKACPNLPPKEIGFVLERLLFHVLENPDENRKDFLFPLLSK
>CP030147|2415331:2480197|2442533_2445884_+|AXR61206.1|DBSCAN-SWA
MKILNLIIESALRYRSFTLAAAVLLLAVGVWSWLDIRKEAYSDIADTQVRLVAKFPGKATLEVEERVTMPIERVLHSTPNLIVRRSRTINGLVVFQFVFEEGTDDYFARMRLMEKVRDAVIPEEVTPTLAPMSSPVGEVYRYVVESTTGTHTPMELRTIQDWIVIPKLLQVSGIADVVTFGGLPKQFHVVTSPEKLIRYSVTVSDVIDAIKSNNLNTGGNFLLQGEQSLPIRSLGAIRTPEDIEDIVVKTVNGVPVFVRDVGSVEISHPIPSGVLGYTVQNEQEGLIDVDSAVQGLIAMRRWVEPNAFGDRVRAKVQEINDRYMPDGTRLRNTYDRGDLVKYTLRTVGTTLLEGIAVVSLVVIFFIGSLRASIVVVATIPFALLFSFTMMNASGISASLLSLGAVDFGIVVDSAVVMVENIMRRYKNATPAEKQKGIIRFTYDCATEVGTEVLFAILIIILAYLPIFSFERIEGRLFKPMAFTLSFAIFGALLFTMTVVPVLMSFFYRRYFESKNPGPIEWHNPIYEWVERKYEKVVHFLVNRSKRVVTIAFTGVTGLLIVGMMSLGTEFLPSLDEGGFTMRLYFPVGISLPEAKKFIPKIRGMIYKNEQVNMILSQYGRNDDGTDPLPPNRLEIYVGLKDYKNWHEKITKEQLLIRMRNDLEEGLPGVKVSFSQPIMDNLSEAIMGTIADLAVFVSGQDLTEMRHISQQILDIVSKMKGASEYGIEQEGPAPQLVIRLKRAVAARYGINISDIQNVIEAAVGMEPISYLYEGPMDTPPKERALFGIAVRFAKDYRQSAREIANIPIISPKGERIPLSELADITQEDSPTMIFRQDGKRTITVRLNVRGRDQGGFVSELQERVKKEVKIPEGFEVRYGGQYENLARVGKQLAIVIPVTIGIIFGLLFMLYRDLKSVIVALSCIPLSLLGGIYALLARGYYFNVSAGVGFISLFGIATMAGILFVSKANHLRHDDIMMSVRESAILSAVTQLRPRLMTMLLALLGLIPATMASGVGSDVQRPLATVMVGGLASALLLVLTVMPSLYILIMGTAEDLKKGSHFTSKGLSSGDYTSPHLESEIYSTIDYDDEPEISVGNGKNGKKQKSVKIKKTKKNRA
>CP030147|2415331:2480197|2416665_2417718_-|AXR61184.1|transposase|DBSCAN-SWA
MTTNANATTKATRRKLNLLELANELENVSKACKIMGYSRQQFYEIRRNFQTYGAEGLLDRMPGANGPHPNRVSEEIEKEVLEYSLQRPTHGCLKVAQQLSLKGIKVSSGGVRGVWARNKLVTKHQRLLRLEEHHKDQIIPLTEDQIKLLERFDPEYRERHIHADSTGELVSMDTFMVGSLKGVGRVYLQTVIDCHSRFAWGRLFNTKIPVTAVQTLNNDVLPFFEEHNVKVMTVLTDNGREYCGREDQHPFELFLQLEEIEHRTTKVRRPQSNGYVERLHRTLLDEHFRIAGRTKFYEAIEEMQIDLEIFFEEYNYKRVHQGRNMNGRTPFQVFFEGIKVEEDEEPSSED
>CP030147|2415331:2480197|2456214_2456982_-|AXR61214.1|DBSCAN-SWA
MLRHELQNFVNSLPISPERSCSYYPDRLSQIQYLPFQGKIEKNNLQFFFDSGFRRTGNILYRTSCNNCRECLSYRVPLNQFVPSRNRKRLLKKNSDLVVRFGSPDLTAEKEILYLRYQRSRYQSFVIGESDQELLEGMRWNLFGYSENSLEMTLSLDEKILGFMILDSASDSLSAVYSVYDPDYPDRSLGSFAILYSILYAKELGMKYYHLGYFLPGHPDMDYKKYWAPSEIREFDTNDWIRFEEFQKKYADFSW
>CP030147|2415331:2480197|2461653_2463285_-|AXR61220.1|DBSCAN-SWA
MLSRLILSPYSRYFIYILVVLFLTFNRFKLDNKVPFVSSDSEIKYYQTIMFFEKGLKAITESECLYPGKVYDPEFRYFPFDYPWAFLKENENRKCLFQYPPLFAFLNGIPAYFFGAKIITLLPLLCLLGCLLIFDKILSLFIDKTWVVLIGTLVPFTLSFPALSSVEFSEVPLNNFLLLSFGYFLICSLFVDKITVQNKNLNSNFRIFSFASGLLAVAAFFLRTESAFPVFLFGFLAFFSQKTRNNLKEYLIFSVLGGVLSFGIIGVLNFFYSGHPMGIRFLVSSQDAMNQFSIEKQIVILQGYLLGDATKSGFLKASPYAILIFGIFSDLIRKNKLSGESILGLVGIGTLFSISFFSPYTAGVHHFGLRYLESGFIFLSAGILIFLYQRSIEFPNIGRVLILLTSLSLYYNYKFTREGFKILFGSIAPYLQIQNEFQSKGIIVHKGQFTNYLIGFSYLNSVHFTVNTEKDAIQLEQTLKKNQVDSYSILEYESEPPRDPNLPEKQFKEKIAVRFPDPNRYYKVKDQRKILDFSLRTYQLLKN
>CP030147|2415331:2480197|2430153_2430612_+|AXR61192.1|DBSCAN-SWA
MMTTLSTKVFWFSCFLGGLFYFIVLGESGIVVRSQLEESLASLQLDVERLTYENRQLEEKQKILKNDQVALEREARRFYLLSENAHIVKFRETSNNNELKPVLASRLNAFRPGKQFPVPPIHFIRIFYAIFSSFTCIGVFIKMRKKKLDFTN
>CP030147|2415331:2480197|2457105_2457423_+|AXR61215.1|DBSCAN-SWA
MHNLFTNFEVKKRGLRVALFFTIVSLICFLIENTILQFILLGLGLISFVFTLVQPEAFYSFTNCALEFVLVFLSGIVKVGLLLIYLIIFKPIRFVIDLFPGKKKS
>CP030147|2415331:2480197|2433164_2433746_+|AXR61197.1|DBSCAN-SWA
MFKISVKPNILSFAFVFYLLSFSGACVPVQLEITSVTLCDHFNRAGECLEPVEKDHHYKVEIPHIKKPDTWEKFANYLYFHARETPGFLIRFNRKLTPSESRAIKDSYYATMSLSGTVERMEGFEMGEDWIGSFQYLGSIIKDKLKKENRLGSYPYTNMIFPAEVEFKFDSSLFKGGEKTKINLSYIVLPPEK
>CP030147|2415331:2480197|2424179_2424689_-|AXR62443.1|DBSCAN-SWA
MLHFSNIQKILGTSFFLLGISIQLFSAPEVHRAATTYRDSIPLSEPRISDIKESLSSESPNFPNSFKLFFQELKGNYAIFYDWNGETVYYKYRINKFDKSRLRQVRKLSEGAAYEVSGRWEGMIVFQVSTVPLFKKASEITLEEKKEKFAIPVFNLVEFRELTLDEIIY
>CP030147|2415331:2480197|2467280_2468444_-|AXR61223.1|DBSCAN-SWA
METIQRKKREKETISDPTKKFHIISKFLVQTDIIARVPGSTIQIIKILQVSKDATKILIQTEIPNAFPLNSHVTLTKLLAKYVELNCEVIDEKPNNQLILSVSDISIASKERSLSRISPPEGAVWITNIRTSRTTIDANLFNIPTSVKVNFADYETKLKSKYDFLKIDVFGTIGDKLDLVKKTRKILFIPNTQKEESYAAYDQEGFIDYASELGDAEDIRKKIIEYANQKIKSELIVPVIYLSHEEQAIPIGFVHAQNRNREIDILEVMEIKTLTFEMVDRIRESNTILVKERFPIVNISTGGLKVKINHPDLNQDLTKRAGFTFDIFFKMQAPLTAFGLIRSITKDAEGNLYVGLSIEGNSSRPGERKKYIDNVNRLLAESGQLQL
>CP030147|2415331:2480197|2431617_2432631_+|AXR61195.1|DBSCAN-SWA
MSFQSFKPKRFFKSGHLQTVYSTFFPPENRLRSKFYFEDILLQLSDDSGDALWLEHNPPIAHYSSSGPVWNGIYVVMIHGMEGTSDSAYLVSLAQSALLRGYGCVRMNLRNCGRGQGFSKGTYNIGQTKDVQDVIDFVWKKLSHRVFLSGFSLSASLVLKYLGEKRNHKVEAFSSTNPPLDLFKGCKFIDSREARFYRDRFVSGFRKKIKNKVIQLPPELEKNAFRVKTFFEFDDQVTAPFFGYKGAAEYYQDCSSIRYIPNIRHPGIIIHSEDDPVVPPFDWETIRWDKLPQIQTILSPKGGHVGFLTDPTPEIPDGRWLNKIILDYFDSKTNSGS
>CP030147|2415331:2480197|2455344_2456085_-|AXR61213.1|DBSCAN-SWA
MAKKIVVVGASSGIGKELAILLLEQGHTVTLVARRDKELKAIAASFNSPGKTNAFVIKQDVANFDQVDSAFQKAIKSMKGIDEIYYASGIMYDIKPDEFDVEKDIAMLNTNLLGCVAWLNPAAALFQKQKSGKIIGISSIAGDRGRRGNPVYNTSKAGMNTYLEALRNRLSTLGVQVLTVKPGFIDTAMTRGMKGLFWLISAKEAATIIVKAADSGKECVYVPARWGLVGLIIRLIPSFLFKRLSI
>CP030147|2415331:2480197|2468514_2470041_+|AXR61224.1|DBSCAN-SWA
MSNQTYRDSEYLDGLSGDELFSLQIGLTYRDFLVLPGFIDFHPSEVELETRLTRNIRLKRPFISSPMDTVTESQMAIAQALMGGIGIIHYNNTIEEQVALVEKVKRFENGFITDPVVLGPKNIIRDLDWIKEHKGFTGIPVTEDGTRNSKLIGIVTNRDIDFEKNREITLDEVMTKSVITGKEGITLQDANDIIKKSKIGKLPIVDSDGKLVSLVSRSDLKKNKEFPDASKDERKRLRCGAAVSTLLESRDRVAALYEAGVDVIIIDSAQGNSNYQIEMIQFIKKEFKNLDIVAGNVVTRAQAENLIQAGADGLRIGMGPGSICITQDTMAVGRAQATAVYQTAKHAAKYDVPVIADGGISNIGDIANSLAIGASTCMMGFMFAGTTEAPGEYFYENGIRLKKYRGMASIEAMKAGGDKRYFNEGQKVKVAQGVSGSVVDRGSILNFIPYLSQGLRLSFQDMGYKSIPEIHKALREGKLRFERRSESAQAQGSVHGLYSFSAPTMRAE
>CP030147|2415331:2480197|2438840_2439218_+|AXR61201.1|DBSCAN-SWA
MKVRWIHRLLILVLTAVIVLPCEEDGTFDLAFLDVRGGEIHFALAKKIQNQSHRKTRSEIQSGIEAKDLAVCLRGRYDFLDLVFSGFFELSKTEIHFFSGKFNAPKTHFSYLLSSLLLNLPPPTV
>CP030147|2415331:2480197|2423623_2424196_-|AXR61188.1|DBSCAN-SWA
MKLFIKQKVRKNFIKEKFFVSLIFLSILISFSFSDLCALDPLNSNLSYYPSEVPFVLNVVKILFPEKYEVWKLGTGNHWKVLPTQGRAWMLILREWEGSPSGEESLQSLVKDLFPDYKDLVLPEFRGLKAIGGERKEIVAGNSLTVRYFLLERKGKVVSIYLCFDSENKTVSVFFQDPKHFLQPLFSDSF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXR61183.1|2415331_2416561_+|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	7.7e-53	49.7
AXR61184.1|2416665_2417718_-|transposase	IS481 family transposase	E9P643	Wolbachia_endosymbiont_wVitB_of_Nasonia_vitripennis_phage	4.1e-71	41.7
AXR61185.1|2418873_2419968_+|transposase	IS110 family transposase	NA	NA	NA	NA
AXR61186.1|2420306_2421114_+|transposase	IS5 family transposase	NA	NA	NA	NA
AXR61187.1|2422614_2423115_-	hypothetical protein	NA	NA	NA	NA
AXR61188.1|2423623_2424196_-	acyltransferase	NA	NA	NA	NA
AXR62443.1|2424179_2424689_-	hypothetical protein	NA	NA	NA	NA
AXR62445.1|2424691_2425897_-	HEAT repeat domain-containing protein	NA	NA	NA	NA
AXR62444.1|2425934_2426405_-	response regulator	NA	NA	NA	NA
AXR61189.1|2426511_2427750_-	DUF115 domain-containing protein	NA	NA	NA	NA
AXR61190.1|2427898_2428387_-	DNA primase	NA	NA	NA	NA
AXR61191.1|2428687_2429986_+	phosphopyruvate hydratase	A0A1X9I5Z8	Streptococcus_phage	4.5e-152	64.4
AXR61192.1|2430153_2430612_+	septum formation initiator family protein	NA	NA	NA	NA
AXR61193.1|2430630_2431224_+|protease	ATP-dependent Clp protease proteolytic subunit	A0A223W000	Agrobacterium_phage	3.1e-31	43.7
AXR61194.1|2431239_2431596_+	hypothetical protein	NA	NA	NA	NA
AXR61195.1|2431617_2432631_+	alpha/beta fold hydrolase	NA	NA	NA	NA
AXR61196.1|2432632_2433190_+	DUF4416 family protein	NA	NA	NA	NA
AXR61197.1|2433164_2433746_+	hypothetical protein	NA	NA	NA	NA
AXR62446.1|2433931_2434570_+	TlpA family protein disulfide reductase	NA	NA	NA	NA
AXR61198.1|2434566_2435325_+	type 1 glutamine amidotransferase	NA	NA	NA	NA
AXR61199.1|2435454_2438181_+	preprotein translocase subunit SecA	NA	NA	NA	NA
AXR61200.1|2438201_2438663_+	hypothetical protein	NA	NA	NA	NA
AXR61201.1|2438840_2439218_+	hypothetical protein	NA	NA	NA	NA
AXR61202.1|2439169_2439352_-	hypothetical protein	NA	NA	NA	NA
AXR61203.1|2439369_2440770_+	TolC family protein	NA	NA	NA	NA
AXR61204.1|2440780_2441782_+	efflux RND transporter periplasmic adaptor subunit	NA	NA	NA	NA
AXR61205.1|2441783_2442527_+	hypothetical protein	NA	NA	NA	NA
AXR61206.1|2442533_2445884_+	CusA/CzcA family heavy metal efflux RND transporter	NA	NA	NA	NA
AXR61207.1|2446443_2449764_+	CusA/CzcA family heavy metal efflux RND transporter	NA	NA	NA	NA
AXR61208.1|2449786_2450095_-	XRE family transcriptional regulator	NA	NA	NA	NA
AXR61209.1|2450794_2451163_+	hypothetical protein	NA	NA	NA	NA
AXR61210.1|2451185_2452319_-	glycosyltransferase family 2 protein	NA	NA	NA	NA
AXR61211.1|2452337_2453816_-	dolichyl-phosphate-mannose--protein mannosyltransferase	NA	NA	NA	NA
AXR61212.1|2453819_2455316_-	FAD-binding oxidoreductase	NA	NA	NA	NA
AXR61213.1|2455344_2456085_-	SDR family NAD(P)-dependent oxidoreductase	NA	NA	NA	NA
AXR61214.1|2456214_2456982_-	arginyltransferase	NA	NA	NA	NA
AXR61215.1|2457105_2457423_+	hypothetical protein	NA	NA	NA	NA
AXR61216.1|2457419_2457809_+	ribonuclease HI	A0A076FI68	Aureococcus_anophage	1.2e-12	36.5
AXR61217.1|2457828_2458176_+	hypothetical protein	NA	NA	NA	NA
AXR61218.1|2458168_2459467_+	[cytidine(C)-cytidine(C)-adenosine (A)]-adding enzyme	H7BUW3	unidentified_phage	3.1e-36	44.6
AXR61219.1|2459836_2461498_+	porin	NA	NA	NA	NA
AXR61220.1|2461653_2463285_-	hypothetical protein	NA	NA	NA	NA
AXR61221.1|2463291_2465283_-	O-antigen ligase family protein	NA	NA	NA	NA
AXR61222.1|2465394_2467095_-	hypothetical protein	NA	NA	NA	NA
AXR61223.1|2467280_2468444_-	DUF1577 domain-containing protein	NA	NA	NA	NA
AXR61224.1|2468514_2470041_+	IMP dehydrogenase	A0A1V0SHK8	Klosneuvirus	5.6e-77	35.6
AXR61225.1|2470042_2470825_+	outer membrane lipoprotein-sorting protein	NA	NA	NA	NA
AXR61226.1|2470834_2471524_+	16S rRNA (uracil(1498)-N(3))-methyltransferase	NA	NA	NA	NA
AXR61227.1|2471513_2471792_-	hypothetical protein	NA	NA	NA	NA
AXR61228.1|2471883_2472063_+	hypothetical protein	NA	NA	NA	NA
AXR62447.1|2472099_2472717_+	thiamine phosphate synthase	NA	NA	NA	NA
AXR61229.1|2472769_2473597_+	glycosyltransferase	NA	NA	NA	NA
AXR61230.1|2473779_2475267_-|tRNA	lysine--tRNA ligase	A0A1V0SAC0	Catovirus	4.2e-93	38.4
AXR61231.1|2475275_2475926_-	hypothetical protein	NA	NA	NA	NA
AXR61232.1|2476005_2478144_-	glycosyl transferase	NA	NA	NA	NA
AXR61233.1|2478289_2479186_-	polysaccharide deacetylase family protein	NA	NA	NA	NA
AXR61234.1|2479182_2479701_-	DUF1993 domain-containing protein	NA	NA	NA	NA
AXR61235.1|2479795_2480197_-|transposase	DDE transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>CP030147|2678989:2695554|DBSCAN-SWA
CATGGACATTCAAAAGCAAATAGAAATCATCCGTCGTGGTACCGTTGATCTAATCAGCGAAGACGAATTAAAATTCAAGCTTCAAAAAAAGAAAGCACTTAAAATTAAGGCTGGCTTCGATCCTACGGCCCCCGATCTTCATCTTGGACATTTCGTCCAACTTAAAAAACTAAAACATTTTCAAGACTTAGGTCATGAAGTTTTTTTTCTACTTGGGGATTTTACAGCGATGATCGGAGATCCTACCGGGAAATCCGAAACCAGAAAGAGACTTTCAAAGGAAGAAGTTTTGGAAAACTCCAAAACTTACCAAAGTCAAGTTTTTAAGGTCTTAGATCCCGCTAAAACAAGAATCGTCTACAATTCAAGCTGGTGTTCCGGAATGAATTTCGAAGACGTTTTGATTCTCAGTTCCAAATATAACGTTGCAAGAATGCTCGAAAGGGACGATTTCAATAAACGCTACAAAGCTGGTCAGCCGATTTCCATGATCGAATTTTTATATCCGCTCGTACAAGGTTATGATTCCGTAGCGATGGAATGTGACGTAGAACTTGGAGGAACAGATCAGAAATTTAATCTTCTCGTGGGAAGAGACTTACAGAGAGAATACGGGAAGGAAGTTCAGTGTGTTCTTACTCTTCCATTACTTGTGGGACTTGACGGAAATAAAAAAATGTCTAAATCTCTCGGTAACTACGTTGGGATCACCGAAGTTCCGATCGACATGTTCGGAAAACTAATGTCGATCAGTGACGATCTAATGTGGAATTATTTCGAACTCTTGACTGATCTTCCGTTGTTTGAAATCGAGACTCGCAAGAACGGAATAATAAGTAAAGAACTTCATCCGAAAGAAGTGAAGATAGAACTTGCAAAACTCATTATGGATCAACTTTCTTCTCCTTCCGAAAACGAAGAAGCGATCGAAGAATGGAAAAAAATTCATAATCCGAAATCGAGAGCCGTCCCGGACGATATCAGAGAAGTGAAACTTGGAGAAGAATTCTTTTCGGAAACTCCGGAGCCCTTGCTCGTCTGGGTCTTAAGTAAACTTTCTTTCGTTCCTTCTGTTTCCGAAGCAAGGAGACTTATCAAGGCTGGAGGATTGTACCTCTTCGAAGATAAAATCACCGACGAAAAATTCGCGATTCAGAAAGATAAAGAATATTTAGTGAGACAGGGAAAAAAGGGAAAATTTTTAAAAATTCTTTCCTAAAAATGATTTGAAGCTTTTGAAATTTTTTATTTCAATCAAATCCTCATGTTAAGCGAAGAAGAATCGTCGGAACTTTCGAAGACAATCTCCGAAATCAAAAAAAGCGGGATTCAATCCGAAGTGATCGAACGAAGATTTAGAACTCTTCGTATCCTTTTTTCCGTCGGTTTTTTTACGTTCTTAAGCGTGGCGTCAGTTTTTACGTTAGCACATAGAATTTTTAAATTAGAAGCAACTGTCGAAAAACAAACGGTTCATATCACTAATCTTGAGGAAAGTTTAACCTCGCTTCGTCTCGAAGAGCAACAACAGGAAGAGGAGCTTCTCAAGTTCAAATCGGATCTCTATGACTCAGTTCCCGACGGAGATTTATCCGATCAGGTTTCTGAAAATAAGATAAGTTTGGAAGTTCTTTCAGGTTCCGACGTAGGTAAAAACATCAATCGGGGAGATGTCCGTTTCAAAGAAATCGCTTTAACTTTCGACTTGGGGACTGGAGAAGATCTTAAATTGATTTACGAATATCTTTCCCAGTTTCCCATCAAAATCACGTTGTTTATTTCAAACGAAAACCCGGCACTCAAAAACGGTTCGTTCTTTAGCAACACAAATCTACGTTATTTGAGAAAACTTTCTGAGCTCGGAGATCGAGTCGTTTTTGGAAACCATACTTGGAGTCATTATAATATTCCAAGAAGTTTATACGAAACTTCTTTACGTAAAAGAATTTTGCTCAGTTACGTTTCTGACGAAATCCCGGACGCCAACTTTCTCCAACAAGAAATGAGAATGGTGGAAGAAAAATTCGAATCTATTACCGGTAAACAATTGACTAAATACTATCGTCTTCCTTACGGAGGTTTTGATCCTTTAGTAATTCAAACTTTCGGAAAACTCGGTTATACACATCATATTTTTTGGAGTAATAATTCAGTTGGCTCTTTGGATATTCCGGATTTCGTATATAAAAAATTTATTTATAAAAAAGATCCTAGAACCGGCAAAACAAGGATTGTGCCGAATCCGAATTATAAGACTAGAGCCGAAGCACTTGATTTTCTTTATCGTTGGGAAGAGGCGGATAAAGATGGTATGAACGGGGCCATCATTTTGATGCATTTGGGTTCCCCAAGACAATCGGAAAAACTCATCTACATCCTTCCAGATTTTATCCAGGAAATGCTTTCCAAAGGTTATAGTTTTGTGACGATTCCTGAAATCATCAACGATCGCCAAGATTGATTTCTTTTGAAAGAGTTGCAATTTTCCTCCAGTAATATTCGAGTTACATTGAAATATAATAATATATTAAATCGAATTGAATATATTGAGGTTGTCCCAAAGCCTTAGACTGCAGGAATTTTCACGAGAATTTAACAACAATAAAGCCCGTTAGAAAGTCCATAAGCTAACAAAAAGGCGTAATCTGCGGGAACTCCTGCATTTTATTATGAACTTATCGAATGTTTGTAACAATTTCTCTTAAGATTATAAAACAGACTCTAAAAAAATGACCCTGAAGAACCAAACAGTTTTGTTGAAATTCTCGATAATTTTCGGAGGAGTGGTTTTCTGAAGTAGAAGACCCAATTTCTCGGTATTTTTTTTGAGGAAAACTTATTTAAAGGAGTATCTCAAAACACTTGAAGGAACTTTTAGAAAAGCAGAAATAACGAAAAAACAGGATAAAGTCCACAATTTAAATATTCAAAAAATAAAATGTTTTGATTCAGAATCTCTTAAAATTAAGGGATCTTATTAAATGCAAAAATACCAAAAATCCACTTATTGGAAGTTTCATTGAAATTAACACGAGGTTATCTCAAAAACTCCTAATAACGATCATGATACATGCGAGTATCAGAATTCCATAAAAGTTTTGATCGTTTCGTTCGTATCGAGTTGCAAATCTTCTGAAGTTCTGTAGCCAAGAAAAAGTTCGTTCAATTTTCCATCTTCCACGATATTTCCGCAACTTACGTCCATCCTGTGTCTTTTTCTTTTTTCGATTTGATTTGTGTGGAGCGATCAAATTTACTTTATATTTCTTTTTAAGATATTCATCTAAAGGATCAGAATCGTAAGCACGATCTCCGACTAAATCTTTGATTTTGCCTTTGACTTTTTTGCGGATGATTGCACCTTCCGCGAGCTTACTTTCATGCGGCGAAGCACTTTCAATCCCGGCGGAGATAGGAATACCATTTTTGTCGACGATAACCATGACTTTTGTACCCTTTCCCCGTTTAGTTTTGCCAATACGTAGGCCCCTTTTTTTCCAGGAACAAAAGTCCCGTCAATGAAACACGTGCTTAAATCCATCTTGCCTCTTATTTCTAAGTCATGAAGAAGCGCTTCTAAAATTTTATCCAGGGTTCCATTTTTGCGCCATTCTTGAAATCTTCGATGGCATGTTTGATATGCGGGATATCTATCAGGTAGGTCTATCCACGGAGCACCAGTGCGAAGAATCCATAATATACCGTCCAAAATTGATCTTGAATTTACACGCGGACGACCTTTACCGTCATCTCTTGCTTCGGGTTCTACAAGTAAATCGCAAAGCAAATCCCATTGTTCGTTCGTTAAGTCACCTAATCGGCTCATAACGATCAATTATATTATTTATAGTTTAAGTACAAGAAATTTTAAGTCTGACTACACGGATGACGGTTTTTGAGATAACCTCACGTAATAATTTCGTATTTTTATCATTGGTAAAGATCCCTTAAAAGTTAAACTAATAATTAGGCCTCATCTTAAAAATATTTTTATCAAATGATCTTGCTTCAAAACAAGATCATTTGAGGCAAGTTTTCAATTTTCCCAGCACTGTCCCGGAATGAAACATTTGTAATGAGTTGCATGCCCGTATGTACCAAGTTTGTTGCAAAGATCTTTTCCGTTTTTGACATCTGCAAAACCATCATAAGAACGCCACATAGGAACAAAATAATCTCTTTCTCCATCGTAAGAATATACGTTTGGCACCGGTTCATTGATACCCATAAAACCTTCGTAATTACAAGCAACAACCTTATTCGGAACCACGCAAGGACCGTCGATAAGATCGTAAGCCATATCGTACCCGTATATTGCCTTCATTCTATCTACAAAAATTTGCCCCGATTGATTCCAAAGCGCTTTTTTATCCAAAAAGGCAGCGGTCCATTCATGGCAGGAAAGAACTTCTCCACTTGACTTTTTAAATCTGGTGCTAAATGCAATCTTAAGTCCTAAACTTTCCCCTTCACTTTCCGATTTTTTTTTCAAAAGCAAAATTCCAAGAATTTCGTTCGTATCCACTTTTTCTTCGTTTTTGCAAAAGGGCAGTAGGGCGAAAATTACTAAAGCAATCAGACCCATTTTTATTATTTTTATCATTTTTTTCTCCATATCCTTAAAATTTGATTCTTATATTTTGTAATTTACAATGAATCCGAAATTTCGTGGAGCTTGAGGGTTTCCCATTGTAATTAAATTTTTTATTTCAATAGAGAGCCAAAACAAACAGACCCACTTTTAAACGTATTCAATAAAAATAATATTTATTTTTATTGAATGAATGGTTTAATTGAAATCATTGGTTTTAAAAAATATCATGTGTGAACTTAAATTTAAATTTAATCGGATGAAAACTATAATGTTTCAATCTTCAAAATCAAAATCGCGATTGAATAGTTTTATTCCCAACATTGTCCTTGGGCGTAACATCTATATTCCGCGGTAAGTCCTCGATTGATTCTACTGTCCAAACAGGCTTCTTTTGCGGTTTTAACAGGTAGATTGTAAAGATGCATTGTTGGAACTAAATATTCCCGTTCCCCGGAATACGAGTAGGTATGAGGAATCTGAAAGTTAACCCCTCCTTCTCCTTCGTAAATGCAAGCGCTTACTTTATTTGGAACCACGCAAGGGCCATCGACACGATCAGCGACTAAATCTAAACCGATCCCTGCTTTTATATAAACTACAAATTCCTTAAGGCCTTGATCCCATTCCGCCTTTTTATCCAAATAAGCAGTCGGATACTCCTTGCATGAAAAAATTTCTCCATTAGATTTTCTTAATCTATAACTAAAAGCGATCGTAAGTCCTAAACTTTCCCCAACGCTTTCGGAATTCTTTTTTAATAATAGAATTCCAAGAATCTCGTTTACATTCAGTTTTTCTTCATTTTTACAAAAAGTTAAGTTGAAGATCGCCAAGACGATCAATGTAATTTTTATCATTTTCTTCATTAAACTCACATCTCCTTAATGTCTGATTATTATATTTTGTAATTTATAATAAATCCGTAGGTTCTTGGAGCCCCCGGAACGGCTTGAAAGGTTCCATCTATATAGGAAGTAAAGTAATATTCGTTATTCAAGTTATTGCAATATAGATAAGCAGATAAACGTTCCTCTTCGTATCCAATTTTAAAATTTGTTACAGTATAAGGGGCGCTGTAAATCGTATTATCTGCGGCAAAATACATCTTCCCTACGACCTGAAATTCACATCTGAAAAATAAGCCGAGTAAAGAACGATATTGAAGATAACTTACGACATCGTATTGTGGTATAAAATGTACATGCTTTCCGTCGAAGTTTGTATCTAGAATTCGATCGTAAAATTTGTTGAATTTTCCTTCTGTATAACCAACAGAAAAACCGAGTCTTAAATATTTCCACGGTTTCATGTAGGATTCAATTTCAGCACCTCGAATTGTAACTTTCTCCGCATTCAAATTTACGGCTTCGGCGATGGAAATAGCCCTGATTACGTGAAAATCAGTCGCCTCCGTATAAAAATAGGTGAGGTTGATTCCAAAAGAGTCTTTGAAATGTTTCGATTTGATTCCTATTTCGATAGTATCGTTGATTTCTGGTTTAAAAGCCGCTAAGGATGCTTGATTCACGACTGTACTATATCCAGCGTTTTTATAACCGCGGCTTATACCTGTAAAAATCATTAATGATTCGGTAGGCTTATAATCGAAAATGAATCTAGAAACATTATAACGATAGGAATTTTTTCGAACATAATGGGGAGATAAAAGTCGCACGTCTCCATAAGGATTATCTAATAGAACCCCCTTTGCATCTCGGCTATGGCCTATACCGATTCTCTGGGTTTCGATTCTAGCTCCTAATGTAATCGTGAATTTTTCCAAAAACGTGTAGCTATTGTGAGTGAAAAAACTAAAGGATTTATCTTCAATTTTCGAATGGTGTGTTTCTTTTGCAGGAGCATTTAATCCTTTAAGAACGCTATATGTATATGTTTGCGTCAAATGCTCTTGGGTAAATTCCTTGTCGGATATTTTATGATACAACAATGTTCCGATCTTAAATTGGAACGGTTCTCTTTGGTTTTTGGATTCGAGACTTGTCTCATGAGTCCTTGTAGTGGAATGTTCTATATATTCGGATTTAGAGAACGCGCTTATAGTAAAATCTCCGTCTACAATTAGAGGATCAATTTCCATTTTCCTAATGCTAGATATTGTTTTAAAAATGGCTTTAGGCAATTTATAACTGATATTACTGGAATACGTTTTTCCAGTTGTGTTTGAGACTCCTTCGTAATCCCAATATACTTTTCGGACCGACTTTGTGCGATTAAGATAAGTTCGAAAATTCTTTTCGCAGCTCTCAGGACTTACTGCACATCCTTTTATTAAACTTTTTCTTCTTTCTGATTTAGAAGCAAGATAATTGACTATATTCAAAGAACCATCGTCGAAACTTTCGGCATTTGCTTGTAGATCAATTTCAAGACTTTTTATAGGCGTCCAATACAACCTGAGTCTTCCAGACTTTCCTCTTCTTCTGTCTGGATGAGTTTTACGAATTTCGATAGGTATATCTGAAGTGAGGTTATTCGGATAATTAAATCCAGTTATATTATTTAAATATCCACTTCTCTGGGTCGATTTTCCGGAAACACCTATATAAAGTTTGTTTTTGATCAGAGGTGTATTATAGAAAAAAGAATATTCCTTCTTTTTATAATTTCCCAAATTGGCCGTAACCCTTCCTTGAGGCATGTTATTCGGTTTTTTAGTGTTAATTTCAATTACACCACCTTGAAAATTTTTTCCAAAAACAGTAGCCTGGGAACCTCTATATACTTCGATACTCTCCAAAGCAAACAGTTCTGTATTTAATGCGACATTATCTGCAAGGGGAACTCCATCCACAATCATTCCGACGGAAGGATCGCTGAATAACGTGCTCCTCATTCCTCGAATATTATAATATGTGAAATTACGAGCACCGGAATCTATAATTGCAAAGTTTGGAACCTGCTTGTCTATATCGTTTGCTCTGGATATACCGGTATCTAAAATGTCCTGTTCATTCAATCTGGAAATACTACTGGGGGTTTTGAATATTTCATAGTCTCTTCGATCTTTTTTGCCTTGAACGGTAATTTCACCTTTTTTGTTCGAAGTTTCTTTGTTTGTTTCGGCAGGTGTGGAACGCGAAGATTCTTGTGCATAGAGAATCGACGTTGTTATTAAGAATAAAGTCCTAATAGAGAATTTGCAAAGACAGGAAAGGATTTGGAAATTTGTGAAGAATGTACAAAAAATTCTACTTTTAATTTTATGTTTCAGTGACTCTCGGTTTGAAAAAAGAAGTTCAACTATATTTCTTATGAAACAAGGTAAAATAAAAAACTCATACCTCATAAGGCACATTAGAAAGAAGCTTTGTATTCTGTAAAGATATAATTGATTTCAGGACTCAAAATCAATTATGGAAAAAGTTAGACTGAATGAAGCACTTTTAAAGAGGAGGAGAATTGAAATGATGAAATTGTAGTTTAAATAACACTATATTGTTATCATGAATCGTTGTTATGTGATTTTCAAAAATTATGTCAAAATATGTTCATTTTATAATTTGAATACTCTTGTGGTGAAAATTTAAGACAAAATGGCGCCCCTTCTGGGCTTGAAAAGCGTGGGTTAGATGCAAGCATTTACCACAAAACAAGAAAACCAACAGAAGGAACGTAATGAAAAGAAAAGTATATGTAGGAATGGATGTCCACAAAGAAACGATTAGAATTGCGTGTTTAACGAACAATACAAAGGAAATAGTAAAAGAACAGCAGATAAAACATAATGAGGTTCAGATCAAAAAGTTCGTCAATAAACTAAAATCAGAATGGAACGAGATACATAGTTGTTACGAGGCGGGAGTAACCGGTTATCCACTTTACAGAAATCTAAAGTCTTTGGGAGTGAATTGCATCCTTGTGGCGCCAGGAAAGATACCAAGACAAAGTTCGGATAAGATCAAAACCGATAAAAGAGATGCGATCAAGTTAGCAAAATTATTACGAAGTGGAGAATTAGAATCGATTCATGTACCGAGTGAAGAGGACGAAGCGGTAAGGGATTATCTAAGATCCCGTGACAGTCTTCGTTTGGATTTAGGAAGGAATCGTCAAAGGTTGATGAAATTCTTATTAAGAAAGGGTATAACCTACTCAGCAACAAAGTATTGGACAGTCAGTCATAACAAATGGTTGAACAATCTACAGTTTAACAACGAGATCCTTCAAGAGACGTTTAACGACTATTATAGTCGAGTAAGAGTTCAAGAAGAGAATTTAAAAGCGATGGATAAGAGAATACAAGAGATAGCGGAAAGTGAACCGTATCGAGAGAAAGTAGGAATATTAAGATGTTTCCGAGGAGTGGATTATCTAACCGCAATGTTTTTACTTTGTGAGGTTTGTGACTTCAAACGATTCAAAACGAGGGTGGAGGGTGTCAGCGTTCCTGTGTAAATGACATATCTTAAAACGAATCGAACTTCAACCGATCGCCGAAAATAATCGAAAATGAGGGTGTCAGCGCTCCTGTGTAAATGACATATCTTAAAACGAATCGAACTTCAACCGATCGCCGAAAATAATCGAAAATTGATTCATTGCTTTTCCCCAATCTTGAATAGGCATGGTCCATTTTTTAGACATATTATTCAAAGCTAAATAAAGAAGCTTGATAGCCGCTTCATCGGTAGGAAACGAACCCCGATTCTTGATAATTTTTCTTAAACCCATATTCATAGATTCGATAGCGTTTGTGGTGTAAATCGCCTTACGAATATTAGGTGGATATGCCAAAAAAGGAATCACCGATTCCCAATTGTTTCTCCAGGACTTGCTGATCATCGGATATTGACTGTCCCATTTGGTTGAAAAATCATCAAGGCTTTTCTTAGCAATCTCTGCCGACGGAGATTTGTAGATAGCCTTTAAATCAATCATCAACTCTTTCTTCTGTTTGTAAGAAACCCATTTCAAAGAATTCCTTACCATATGAACGATACAAAGTTGAACTTGTGCATTAGGAAAAACTGATATGATCGTATCCGGAAATCCTTTTAACCCGTCAACGCAGGCGATTAAGATATCTTCAACTCCGCGATTCTTTAAATCGGTTAAGATCTGAAGCCAGAACTTCGCTCCTTCGGTGCGCTCCACCCAAATCCCAAGTATCTCTTTTGTGCCCTGTAGATTGATTCCTAAAGCCAAATAGAAGGATTTGTTTTGAACGTGGTGGCCGTCTCTCACCTTTACGACTAACGCGTCCATGATGAGAATTGGATATACTTTATCCAAGGGGCGATTCTGCCACTCGATCACCGTTTCCAGTACCGAATCGGTTACTTGAGAAATTAGATCCGATGAAACCTCAACTTGATAAATTTCTTGGAGATGTTGGGTAATTTCTCGTGTGGTCATTCCGCGTGAATACATCGAAATGATTTTGTCATCGAAGCCGGTAAAACGTGTCTGACCTTTTTGTATGATCTGAGGTTCGAAACTGCCGTTTCTGTCTCGAGGTATTTCCAAATCGATTGTTCCAAAATCTCCTTTGAGCTTTTTGTTACTTTTTCCATTCCGAGAATTTCCTGTGTTATTGCCCAACGAGGAATTCTTCTCGTATCCAAGGTGATGCGTCATCTCACCTTGCATCGCTCGCTCTATCAGTGATTTCGTTAGTTGCTTTAAGAGGCCTTCATTTCCCAGTAGATCTTCAGGACTCTTATCTTTGATTAATTCATCGAGTAGCTCTTCAGCTCGATTTTTGGGGTTGCTCATATTGGGTTTATCCTTGTTACTTTTTGGTTATTCACAAGTCATTTACACAATCGACACGACACCCTCTCGAAAATTGATTCATTGCTTTTCCCCAATCTTGAATAGGCATGGTCCATTTTTTAGACATATTATTCAAAGCTAAATAAAGAAGCTTGATAGCCGCTTCATCGGTAGGAAACGAACCCCGATTCTTGATAATTTTTCTTAAACCCATATTCATAGATTCGATGGCGTTTGTGGTGTAAATCGCCTTACGAATATTAGGTGGATAAGCCAAAAAAGGAATCACCGATTCCCAATTGTTTCTCCAGGACTTGCTGATCATCGGATATTGACTGTCCCATTTGGTTGAAAAATCATCAAGGCTTTTCTTAGCAATCTCTGCCGACGGAGATTTGTAGATAGCCTTTAAATCAATCATCAACTCTTTCTTCTGTTTGTAAGAAACCCATTTCAAAGAATTCCTTACCATATGAACGATACAAAGTTGAACTTGTGCATTAGGAAAAACTGATATGATCGTATCCGGAAATCCCTTTAACCCGTCAACGCAGGCGATTAAGATATCTTCAACTCCGCGATTCTTTAAATCGGTTAAGATCTGAAGCCAGAACTTCGCTCCTTCGGTGCGCTCCACCCAAATCCCAAGTATCTCTTTTGTGCCCTGTAGATTGATTCCTAAAGCCAAATAGAAGGATTTGTTTTGAACGTGGTGGCCGTCTCTCACCTTTACGACTAACGCGTCCATGATGAGAATTGGATATACTTTATCCAAGGGGCGATTCTGCCACTCGATCACCGTTTCCAGTACCGAATCGGTGACTTCTGAGATCAGATCCGCTGAGACTTCCACTTGATAGATTTCTTGGAGATGTTGGGTAATTTCTCGTGTGGTCATTCCGCGTGAATACATCGAAATGATCTTATCGTCGAAGCCGGTAAAGCGTGTCTGTCCTTTTTGAATGATCTGCGGTTCGAAACTGCCGTTTCTGTCTCGAGGTATTTCCAAATCGATTGTTCCAAAATCTCCTTTGAGCTTTTTGCTACTTTTTCCATTCCGAGAATTTCCTGTGTTATTGCCCAACGAGGAATTCTTCTCATATCCAAGGTGATGCGTCATCTCACCTTGCATCGCTCGCTCTATCAACGACTTCGTTAGTTGCTTTAAGAGGCCTTCATTTCCCAGTAGATCTTCAGGACTCTTATCTTTGATTAATTCATCGAGTAGCTCTTCAGCTCGATTTTTGGGGTTGCTCATATTGGGTTTATCCTTGTTACTTTTTGGTTATTCACAAGTCATTTACACAATCAAGCCGACACTCTCGCCTCATGCGGCCTTTCTAAATTGTATTCACTTCTAAACCGATCAAATGCTTCTTGTTGTTCTTTAAGAGAAGATCGAGCCGGTAACGCGGTCTCTTGTTTCAAGGTTCTGTGCATTCTTTCATGGCGACCGTTTTGTTGAGGTTTACCTGGCTGAATTCGTTCAGGTCGAATCCCTAACTTTAACCACCAAACGGATAACTTACTCAATCCTCCAATGGCCCTTGATGCAAATGGACTTCCGTTATCTGTCTTGATGGCCAATGGCATTCCATATTCTTTAAAAACTCTCTCAAATACCCGCCTGGTGCTTTCTCCGTCCGTTTTCTTCAGGATTTGACATCCTAATAGAAAGCGGCTATGAGCATCTGTGATCGTCAATGGATCACAACGTTTTCCGTTCCCAACAGTAAAGTGACCTTTGAAGTCTGCACACCAAACGTCATTGGGAGACTTTACATCAGAAAATGGAAAAAGACTTTCAGGAGTTTTTTTCCTACGACGTATTTTACGAACTAATCCTTTTCTTTTAAGGATATCGCCAATTGTACTTGGTGCCGGCCAGGATTTAGCTCTTGGATACTTTCCTTTTAATGCCCACAAAAGTTTCCTTGCTCCCCAAGTAGGATGCTTCTCACGCATCTGCATAATGAGCAAGATGACGTTCTCAGGAGTCTCATTCGGATGCTTATTGGGCTTCTTAGATCGATCTTTTAAACCGTCGATACCTTCCGATTCGTATCTTTCTAAATACTTGTAACCTGTCTTTCGACTGATTCCAAATTCCTTACAAAGATCTGAAAACTGCCAACCACCACCTTTCCACGCGGCTATGAATTTGATTTTTTCCTCGATCACACGGGACTCCTTCCAAGGCATCGGATTTCCTCCAATGCCAGGTATATGTCACCTATGTGCCCGGTCTGTTTTGTTACCTATCTGGGCAGTCTGTACCATTTCAAATTTGACCTTCGTTTTAAGACTAAGAACAGCTCCCGATGTATAGATTATCCTGCGGTATCCAACCCGCGAATATCAGTCTGATCAATCGTCGCGAATGCTTTTCTCTAACGAGTTAAATTATTGGGTGATTAAAAAAAATGCGAAAAAATATTTACAGCTCTGATTGGGGCGCCATATCAGGGCCTGTCTCAAAAACTTCGGAATATAGGAGCCTTTGACGGGAACGTAACAGTTATAAAATATACCCGAAAGCTCGTAAACTACCAAAGAAGCATAACTTGTGGGAACTTCTATATTTTATTACGAACTTATTGAATCATTGTAATTTGATTTCTTTTAAGGTTTTTAAGACAGGCTCTGATATGGCGCCCCCATCCGGAGCTGTAAATATTTTTTCGCATTTTTTTTAATCACCCAATAATTTAACTCGTTAGAGAAAAGCATTCGCGACGATTGATCAGACTGATATTCGCGGGTTGGATACCGCAGGATAATCTATACATCGGGAGCTGTTCTTAGTCTTAAAACGAAGGTCAAATTTGAAATTCAAATTTGCTTCAACACTGAGCCAACAAGTATTCCTCCTTTATCGTACATCTTCTCTAACGAATTCAATTATTGGATGAAACATTACTCTAACTCTATGCAACCAGATTCATCGCCGCCCAAAGAAATCCGGATAACTCTCTTGAAACTGCCGTTATCATTACCTGAGGAGTTTTTCCTCTTTGCTGTAGATTACGAAACTTCTTGTGTAATCTGAGAGATGCTTTTTCCGCCAAAGCAACAACTAACGCAGGTTGTCCCGATCTACGTGCGGTTACAATTTTACTTCCTGTTCCAGGGAAACGATGTTGCCAAGCTGCTTCTGTCAATATTCTTCGAAGTCTGGGACTTCCAGTTTTTGTTATCCCTGTTTGTTTTCTTTTGGAACCGCTGGAATATTCTCCCGGAACAAGTCCTAAAAAACTCATGAACGAACCGGCTGTTTTGAATCGTTTGAAGTCACAAACCTCACAAAGTAAAAACATTGCGGTTAGATAATCCACTCCTCGGAAACATCTTAATACTCCCACTTTCTCTCGATACGGTTCACTTTCCGCTATCTCTTGTATCCTCTTATCCATCGCTTTTAAATTCTCTTCTTGAACTCTTACCCGACTATAATAGTCGTTAAATGTCTCTTGAAGGATCTCGTTGTTAAACTGTAGATTGTTCAACCATTTGTTATGACTGACTGTCCAATACTTTGTTGCTGAGTAAGTTATACCCTTTCTTAATAAGAATTTCATTAACCTTTGACGATTCCTTCCTAAATCCAAACGAAGGCTGTCACGGGATCTCAAATAATCCCTTACCGCTTCGTCCTCTTCACTCGGTACATGAATCGATTCTAATTCTCCACTTCGCAATAATTTTGCTAATTTGATTGCATCTCTCTTATCCGTTTTGATCTTATCCGAACTTTGTCTTGGTATCTTTCCTGGCGCTACAAGGATACAGTTCACTCCCAAAGACTTTAGATATCTGTAAAGTGGATAACCGGTTACTCCTGCCTCGTAACAACTATGTATCTCGTTCCATTCTGATTTTAGTTTATTGACGAACTTTTTGATCTGAACCTCATTATGTTTTATCTGCTGTTCTTTTACTATTTCCTTTGTATTGTTCGTTAAACACGCAATTCTAATCGTTTCTTTGTGGACATCCATTCCTACATATACTTTTCTTTTCATTACGTTCCTTCTGTTGGTTTTCTTGTTTTGTGGTAAATGCTTGCATCTAACCCACGCTTTTCAAGCCCAGAAGGGGCGCCATTTTGTCTTAATTCTTAAACCGATTATTTATTATTTTAAAATTCTCTTGCATAACAAATACTTTTACTGTTTCCATCAAAACCAAAGTTATAGAATTTCTATTTAAATTGTATAGATCGACGAGATTGTCAGCCAGCCGTATCGTTATTTTGCAAAAGTTTTTTATTTAATTTTTATTGAAATAAGTAATGAATAATAGCGATAGCTCAAAGTTAATTTCGATGATCTTTAATCGATTTTGAAAGCCTTATAGAAGAGGCGGTGGATCCATTTTAATTGGAGTGTGGAAGGCTAAAATTTTAGATGTTGTAGATCAAATTTATACTAGGATCGTTTTTTTTCAGGATAGAAATTGCGGTTATTCAAAAAATTTATTTCTGAAACGATCGGATCGGCATCTATGAAAAGATTTTTCCCAAAATAGATTTGAGAGAAGAAAGAAATAGTCAAGTTTTATTTTTGAAACCTGTTGCTAAATTGATAATTCCGAAAATTATCTCTTGAAATTTTGAACAGATGGGATTTTATTTTCTCTTCATAAGAGAGGAATTTCCGTGATTCAGAAATGGTTTCAAACAGTGTTCTTTGGGAGTTTAATTTTAGCGGGAATTTTAATTCCAGGAAAAATATTTTCTCAGGCAGACGATGCTGCAGCTGCAATTCAAGAAGCTTGTAATCGTCTAGTAAACGAGGGAATATACAAAAGCTGTAAAGCGGCTCCGGGATTTTCAGCTCACCAAGGATATTATACTCAATCTGCTCAAATCAAATGCGAGTGCATTAATAAAAAAGACAATAATAAAACTATTGTTACAATTACTCTCGGTCAGTATTATTGAGGGTGTCGTGTCGATTGTGTAAATGACTTGTGAATAACCAAAAAGTAACAAGGATAAACCCAATATGAGCAAACCCAAAAATCGAGCTGAAGAGCTACTCGATGAATTAATCAAAGATAAGAGTCCTGAAGATCTACTGGGAAATGAAGGCCTCTTAAAGCAACTAACGAAATCACTGATAGAGCGAGCGATGCAAGGTGAGATGACGCATCACCTTGGATATGAGAAGAATTCCTCGTTGGGCAATAACACAGGAAATTCTCGGAATGGAAAAAGTAACAAAAAGCTCAAAGGAGATTTTGGAACAATCGATTTGGAAATACCTCGAGACAGAAACGGCAGTTTCGAACCTCAGATCATACAAAAAGGTCAGACACGTTTTACCGGCTTCGATGACAAAATCATTTCGATGTATTCACGCGGAATGACCACACGAGAAATTACCCAACATCTCCAAGAAATCTATCAAGTGGAAGTCTCAGCGGATCTGATCTCAGAAGTCACCGATTCGGTACTGGAAACGGTGATCGAGTGGCAGAATCGTTCTTTGGATAAAGTATATCCAATTCTCATCATGGACGCGTTAGTCGTAAAGGTGAGAGACGGCCACCACGTTCAAAACAAATCCTTCTATTTGGCTTTAGGAATCAATCTACAGGGCACAAAAGAGATACTTGGGATTTGGGTGGAGCGCACCGAAGGAGCGAAGTTCTGGCTTCAGATCTTAACCGATTTAAAGAATCGCGGAGTTGAAGATATCTTAATTGCTTGTGTCGACGGGTTAAAGGGATTTCCGGATACGATCATATCAGTTTTTCCTAATGCACAAGTTCAACTTTGTATCGTTCATATGGTAAGGAATTCTTTGAAATGGGTTTCTTACAAACAGAAGAAAGAGTTGATGATTGATTTAAAGGCTATCTACAAATCTCCGTCGGCAGAGATTGCTAAGAAAAGCCTTGATGATTTTTCAACCAAATGGGACAGTCAATATCCGATGATCAGCAAGTCCTGGAGAAACAATTGGGAATCGGTGATTCCTTTTTTGGCTTATCCACCTAATATTCGTAAGGCGATTTACACCACAAACGCCATCGAATCTATGAATATGGGTTTAAGAAAAATTATCAAGAATCGGGGTTCGTTTCCTACCGATGAAGCGGCTATCAAGCTTCTTTATTTAGCTTTGAATAATATGTCTAAAAAATGGACCATGCCTATTCAAGATTGGGGAAAAGCAATGAATCAATTTTCGATTATTTTCGGCGATCGGTTGAAGTTCGATTCGTTTTAA

Protein sequences of DBSCAN-SWA_6

>CP030147|2678989:2695554|2683024_2683591_-|AXR62465.1|DBSCAN-SWA
MIKIIKMGLIALVIFALLPFCKNEEKVDTNEILGILLLKKKSESEGESLGLKIAFSTRFKKSSGEVLSCHEWTAAFLDKKALWNQSGQIFVDRMKAIYGYDMAYDLIDGPCVVPNKVVACNYEGFMGINEPVPNVYSYDGERDYFVPMWRSYDGFADVKNGKDLCNKLGTYGHATHYKCFIPGQCWEN
>CP030147|2678989:2695554|2682304_2682823_-|AXR61400.1|transposase|DBSCAN-SWA
MIVMSRLGDLTNEQWDLLCDLLVEPEARDDGKGRPRVNSRSILDGILWILRTGAPWIDLPDRYPAYQTCHRRFQEWRKNGTLDKILEALLHDLEIRGKMDLSTCFIDGTFVPGKKGAYVLAKLNGERVQKSWLSSTKMVFLSPPGLKVLRRMKVSSRKVQSSAKKSKAKSKI
>CP030147|2678989:2695554|2692245_2693340_-|AXR61405.1|transposase|DBSCAN-SWA
MKRKVYVGMDVHKETIRIACLTNNTKEIVKEQQIKHNEVQIKKFVNKLKSEWNEIHSCYEAGVTGYPLYRYLKSLGVNCILVAPGKIPRQSSDKIKTDKRDAIKLAKLLRSGELESIHVPSEEDEAVRDYLRSRDSLRLDLGRNRQRLMKFLLRKGITYSATKYWTVSHNKWLNNLQFNNEILQETFNDYYSRVRVQEENLKAMDKRIQEIAESEPYREKVGVLRCFRGVDYLTAMFLLCEVCDFKRFKTAGSFMSFLGLVPGEYSSGSKRKQTGITKTGSPRLRRILTEAAWQHRFPGTGSKIVTARRSGQPALVVALAEKASLRLHKKFRNLQQRGKTPQVMITAVSRELSGFLWAAMNLVA
>CP030147|2678989:2695554|2680252_2681449_+|AXR61398.1|DBSCAN-SWA
MLSEEESSELSKTISEIKKSGIQSEVIERRFRTLRILFSVGFFTFLSVASVFTLAHRIFKLEATVEKQTVHITNLEESLTSLRLEEQQQEEELLKFKSDLYDSVPDGDLSDQVSENKISLEVLSGSDVGKNINRGDVRFKEIALTFDLGTGEDLKLIYEYLSQFPIKITLFISNENPALKNGSFFSNTNLRYLRKLSELGDRVVFGNHTWSHYNIPRSLYETSLRKRILLSYVSDEIPDANFLQQEMRMVEEKFESITGKQLTKYYRLPYGGFDPLVIQTFGKLGYTHHIFWSNNSVGSLDIPDFVYKKFIYKKDPRTGKTRIVPNPNYKTRAEALDFLYRWEEADKDGMNGAIILMHLGSPRQSEKLIYILPDFIQEMLSKGYSFVTIPEIINDRQD
>CP030147|2678989:2695554|2693975_2694260_+|AXR61406.1|DBSCAN-SWA
MIQKWFQTVFFGSLILAGILIPGKIFSQADDAAAAIQEACNRLVNEGIYKSCKAAPGFSAHQGYYTQSAQIKCECINKKDNNKTIVTITLGQYY
>CP030147|2678989:2695554|2684477_2686889_-|AXR61402.1|DBSCAN-SWA
MRYEFFILPCFIRNIVELLFSNRESLKHKIKSRIFCTFFTNFQILSCLCKFSIRTLFLITTSILYAQESSRSTPAETNKETSNKKGEITVQGKKDRRDYEIFKTPSSISRLNEQDILDTGISRANDIDKQVPNFAIIDSGARNFTYYNIRGMRSTLFSDPSVGMIVDGVPLADNVALNTELFALESIEVYRGSQATVFGKNFQGGVIEINTKKPNNMPQGRVTANLGNYKKKEYSFFYNTPLIKNKLYIGVSGKSTQRSGYLNNITGFNYPNNLTSDIPIEIRKTHPDRRRGKSGRLRLYWTPIKSLEIDLQANAESFDDGSLNIVNYLASKSERRKSLIKGCAVSPESCEKNFRTYLNRTKSVRKVYWDYEGVSNTTGKTYSSNISYKLPKAIFKTISSIRKMEIDPLIVDGDFTISAFSKSEYIEHSTTRTHETSLESKNQREPFQFKIGTLLYHKISDKEFTQEHLTQTYTYSVLKGLNAPAKETHHSKIEDKSFSFFTHNSYTFLEKFTITLGARIETQRIGIGHSRDAKGVLLDNPYGDVRLLSPHYVRKNSYRYNVSRFIFDYKPTESLMIFTGISRGYKNAGYSTVVNQASLAAFKPEINDTIEIGIKSKHFKDSFGINLTYFYTEATDFHVIRAISIAEAVNLNAEKVTIRGAEIESYMKPWKYLRLGFSVGYTEGKFNKFYDRILDTNFDGKHVHFIPQYDVVSYLQYRSLLGLFFRCEFQVVGKMYFAADNTIYSAPYTVTNFKIGYEEERLSAYLYCNNLNNEYYFTSYIDGTFQAVPGAPRTYGFIINYKI
>CP030147|2678989:2695554|2678989_2680207_+|AXR61397.1|tRNA|DBSCAN-SWA
MDIQKQIEIIRRGTVDLISEDELKFKLQKKKALKIKAGFDPTAPDLHLGHFVQLKKLKHFQDLGHEVFFLLGDFTAMIGDPTGKSETRKRLSKEEVLENSKTYQSQVFKVLDPAKTRIVYNSSWCSGMNFEDVLILSSKYNVARMLERDDFNKRYKAGQPISMIEFLYPLVQGYDSVAMECDVELGGTDQKFNLLVGRDLQREYGKEVQCVLTLPLLVGLDGNKKMSKSLGNYVGITEVPIDMFGKLMSISDDLMWNYFELLTDLPLFEIETRKNGIISKELHPKEVKIELAKLIMDQLSSPSENEEAIEEWKKIHNPKSRAVPDDIREVKLGEEFFSETPEPLLVWVLSKLSFVPSVSEARRLIKAGGLYLFEDKITDEKFAIQKDKEYLVRQGKKGKFLKILS
>CP030147|2678989:2695554|2688088_2689318_-|AXR61403.1|transposase|DBSCAN-SWA
MSNPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSNKKLKGDFGTIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSSDLISQVTDSVLETVIEWQNRPLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSIIFGDRLKFDSF
>CP030147|2678989:2695554|2694324_2695554_+|AXR61407.1|transposase|DBSCAN-SWA
MSKPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSNKKLKGDFGTIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSADLISEVTDSVLETVIEWQNRSLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSIIFGDRLKFDSF
>CP030147|2678989:2695554|2683890_2684448_-|AXR61401.1|DBSCAN-SWA
MKKMIKITLIVLAIFNLTFCKNEEKLNVNEILGILLLKKNSESVGESLGLTIAFSYRLRKSNGEIFSCKEYPTAYLDKKAEWDQGLKEFVVYIKAGIGLDLVADRVDGPCVVPNKVSACIYEGEGGVNFQIPHTYSYSGEREYLVPTMHLYNLPVKTAKEACLDSRINRGLTAEYRCYAQGQCWE
>CP030147|2678989:2695554|2689349_2690576_-|AXR61404.1|transposase|DBSCAN-SWA
MSNPKNRAEELLDELIKDKSPEDLLGNEGLLKQLTKSLIERAMQGEMTHHLGYEKNSSLGNNTGNSRNGKSSKKLKGDFGTIDLEIPRDRNGSFEPQIIQKGQTRFTGFDDKIISMYSRGMTTREITQHLQEIYQVEVSADLISEVTDSVLETVIEWQNRPLDKVYPILIMDALVVKVRDGHHVQNKSFYLALGINLQGTKEILGIWVERTEGAKFWLQILTDLKNRGVEDILIACVDGLKGFPDTIISVFPNAQVQLCIVHMVRNSLKWVSYKQKKELMIDLKAIYKSPSAEIAKKSLDDFSTKWDSQYPMISKSWRNNWESVIPFLAYPPNIRKAIYTTNAIESMNMGLRKIIKNRGSFPTDEAAIKLLYLALNNMSKKWTMPIQDWGKAMNQFSRGCRVDCVNDL
>CP030147|2678989:2695554|2682029_2682431_-|AXR61399.1|transposase|DBSCAN-SWA
MVIVDKNGIPISAGIESASPHESKLAEGAIIRKKVKGKIKDLVGDRAYDSDPLDEYLKKKYKVNLIAPHKSNRKKKKTQDGRKLRKYRGRWKIERTFSWLQNFRRFATRYERNDQNFYGILILACIMIVIRSF

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXR61397.1|2678989_2680207_+|tRNA	tyrosine--tRNA ligase	NA	NA	NA	NA
AXR61398.1|2680252_2681449_+	polysaccharide deacetylase family protein	NA	NA	NA	NA
AXR61399.1|2682029_2682431_-|transposase	DDE transposase	NA	NA	NA	NA
AXR61400.1|2682304_2682823_-|transposase	IS5/IS1182 family transposase	A0A0N9SHJ4	Paenibacillus_phage	1.3e-14	40.7
AXR62465.1|2683024_2683591_-	lipoprotein	NA	NA	NA	NA
AXR61401.1|2683890_2684448_-	lipoprotein	NA	NA	NA	NA
AXR61402.1|2684477_2686889_-	TonB-dependent receptor	NA	NA	NA	NA
AXR61403.1|2688088_2689318_-|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	7.7e-53	49.7
AXR61404.1|2689349_2690576_-|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	3.2e-51	49.4
AXR61405.1|2692245_2693340_-|transposase	IS110 family transposase	NA	NA	NA	NA
AXR61406.1|2693975_2694260_+	hypothetical protein	NA	NA	NA	NA
AXR61407.1|2694324_2695554_+|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	7.7e-53	49.7

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>CP030147|3484251:3500375|DBSCAN-SWA
AATACAGTTTACGGAGACAAAAAATAAAACTGCATTAGAAAAACGAAATATTCTCGCTTTTAAAAACCGTTTTTCCTTTAAAACGAAGATCGTCAGTTTAATAACGATCCTCGCCTTTCACGTAGTTTTTGTGTTACCCTTATCGATATTAGGCGAACTCTCCGCCCAAAGTGTGCCGACACTCGGATCGACAAAACAATTTGCAAACGACGAATTAAAACCTTACGTGGACGCGGCAAAAGCCGGAGCCACGGATTCGGGAACGTTTTTAAATTCGGTGAACAACGGAGAACAAGTTTTAGAAGCCGCTTGGGAAACGGGAGTCAACGCGGAGATAGAAGCCATCGTGGGTGGAGTGAATAACTCGGACACGGTGAATAACGTAAACGTTTACAAAGACGCGGTGAGAGCACAACTGGAACTGCAGAAACAACAGGCAAAGAACCAATGGATCGCGGACGTAAACGCATACATACAAGCAGAGTTACAAATCTTTTTAGCGACATTATCCCAAAACACATCGAACAACGTAACATCGACGAACACAAATTCGGTGAATACGATCAATCCGACTGTGCAAACTGTAACCACTACTCCTGCCGCCCAAGCAACAAACCCCGCACAAGCGGCACAGAGTTATTACCAAGGAACCCAACTCTGGGATTCTAAATGGCAGGATTTACTTAACAAACAAAACACCTGGGAACAGAATTCCTTAAATGCGATCCAGAATGGAATCCTGCAATGGAATCAATCGATTACAGGACTCGAAAATGATAAATTAAGTTATTTGAATGGAATCGAACAAACAAAAGCCCAATGGTTGGCGAACAAACAATTGATTGCAAACGCTCAAAGCCAAATGAGAAACGCGCTTCAATCCACAATTACAAATATACGTTCTCAAGAAAATCAATTGAAAACAAATGCATCGAGTGATCCGAGTTTGACATCCGTGTTTGGGGACATGGACGAATTGTTGGAAGATCTACAGGAGGCTCTGAATTCTAACGCATCCCTCGGCACGTTAGCGCAAACACTGGGAAATTTTTTCCAAAGTCAGATAACAAACGCAACCGCAAAAGCAGACTACTGGAATATAACAAAATGGCAGGAGACGTATGCGACTCAAGTTTTAGAGTTTAAAAAAGAAGTGGCAACCGCAAGCTTAAGTTGTAGTGGAAGTAGTTCCTGTAACAACCTGTCTACCGGACCACGAGCGATCACGTATGGAAACGACGGAAACGTATATGGTTGGGGTGCGACTAACGGAGGTTTTCAAAACGGAGTTTTGGTAAGCACTTTTGATCCATATACGGTAATGAATCCGAATTACGCGGAACTCAATCAACAATACCAAAGTTGCCAGACTCAGGCGTCCGGATCTCCATTCGGATGGATAACTTGGATATCCTATCCATGTTCAAATTTTGGATGGAACGGAGAGAATGCACCGGTTCAATCCTATACTGTAGTCCCCAACAACAGCACGGGATACTACAGCGCAGGACATTACGAAGCGACGTGTAACGGATCGGATGTAGGAGGAACTTGCCTTGGAGGAACCGGCCACTACGCGTTAGACTTAACTGATTGTACCGGAGCTCCGTTTGGAGTAATGTGCGGCTATAGCAGACAATGGCATACGGACGACAGTTATTCCACCTCGGTAACGGAAAGTTTTAGCCAGGCACAAAAAGATCAAATAGCGACAAACACAAAAATACGAAACGCGGTCTATGGAAATTACAACACTGCGTTTGGATTGTCTTCCCAAGCGGGGAATGCAGTTTCAAATTCAAGCGTTGCGCTTGAAACAAAAGTGTGGTTAGGCGGAAGCGCTTTAAATAACTCGAATTGGTACAATTCTCTTGGATTGATCGAACAAGTACAGGTTCAAACCAAATACAAATACATAGACTCTGCGATGCAAGCAAACCAGAACTTTTGGACGAGTATGAAAACTCAGTTTACAAATATTGCATCTACGTTTTTGTCACTCGTCAATCCGTTGAAAGACTGGGAAGAAAGATCGCAAACATACGAAGAAGAATACCAAGCAAAACTATTAGAACTGGAACAAACGAAACAATCTACAATTTCCAACTATGATAATCAGATTAATCTCATGAAGGCGGCAAGAGGAGCCTGGGTCACAGAAGTTTACGGTTACCAAATGGCAGGAATTGCAGGAAGCGCAGATAACGCAAATAGCCAATTTAGAACGGGACAAGAAAACTGGGACGACACAATATCAATCTTCCAACAAGCAGAGTTAAATTGGTATTTATCCGCAAAAGATATATTGCAACAAGCGGTAACTGCAACTGACGGAGAAACACAATTCCAAACAAACGCAACCTCACAAGCAAACCAACTACAAACACAAATTACAAACTCGGAGACAAATACAACCGGGCTTTACAACGCAGCAACAGGTTTGTATCAAACGTATCAATATGCAGCGGCAGGAAACGTAATGCAACAAGCAATTACAAACCTGCAAAACCAAACAAGTTGGAACGGACAAGGAGCCAACCTCTCTCAAACAATCGCAGATTCTTTTGGAAGAAGCGAAGCCTACAAAACAGCAGAACTCAGCGCAAGTAATCGAATCAATGCATTAGCACAAACGATTTACGGAAACGGGGCATATATCGTAGACAATACAGAGTTAAATCAGATTCAAAATCAAATTACAACGAACGGACAAAACCAAACGTTTTGGCAAAACGAAATCAATGGAAATAGCGGAGGATTTAACTTTAACGGAAGAAGAACCGCAAGTATATCCACAACATTAGAATACACGAATATTAGAAACGACATTGCAGTAGCAACAACATTACAAACAGAAGTGGTCGACGAAGAAAGAGGCTACTTAAAAACTGCAAACGAATACTTTGAAAAATCAGAGAAGTACCAAGAGTTAGCGGACAAAGCAAAGAGCGAAGCAAAGTTCGATGAAGCAGCCCTTTACACAGGATATGCAGTGAGAGAAAAGAGCAATGCGATCGGATTCCTCAAGAAGAAGTATTATTCGTTAGGCGAAGAAATTACGAGTGAAATAGACAACCGAGGATTGACATATACAAAAAATTCTTTCCTGAGTTACAGAGATAACCTACTCAACAAAAACTTTCAGAATACAACTCAAGTTCAGAAACAAATCCAAGAAGGAAAGAATCAAGTCGCCGGAATTATATCCGAAGGAGAAAGTTACAACCAAATCCAAGGAATGATCCAAACAGCGGCAAACTTAAACAAACAAGGAGAGGAAAACAAACAAAGAGTAGAACGGTTGCTACTCGAATCCAAAGAATTAGCAAATCGTAATATCGGAGAAGGACTTTTGGATGGATTGCAGGAAATGATTGCAAGTATCCAAAGTGCATTACCACAAGAAGTATCGAACAACGGAGTCGCTCAATACATACAAGCACAAGAGAAAGAGTTGGAAGAAAAACAAAAAAAGGCAGATGAACTACTTTCTCACATGAATTTACTTGTGACGAATAACAATGATTTGGCGGCGTTGCAAACCCTACTCCAAGGAAGCAGCCAAGCAATCAACTTGGCAGCAAACAGCGCAGTGTCGAAATACTTAGACGACTACGCAAAAAAACTCCAAAAAGATAACGAAGAAAGAAGTAACCAACTCCAAAAGACACTTTTAGAAGCGCTGACAAACGGAGACGAATACAAATATCTTAGAGAAGCAGGATACGGATTTAGAGTGGATGGAGAAGGAATCAGCGCGTATCGACAGATCTACAGCGGAGAAATCGAAATCGACGGAAGTGCGATGAAAGGAGCGAGTTATTCTCCCGATTTAGAATATCAATATATTAGAATGGAAACTAAATTTAATCCGGGCAATTTGAGCGTGGACATGATGAATCCAAACGCGACAAGGTTCAACGCAGAAATGGTACTGGGAGTTAAAAACTACATCGACAATCTGCAAAAGAACGTAGAACAGATGTTTGCTCAGTTTAGCAACAAGACAAACGAGATCAAAGAAGAATACGCACAGAATCAAGAGATCGAAAGTTATCAAAAGAAATTGTATGAAGCGAGTAAAGAAAATTACTTAGCAGCCTTCCAAGCTTTACCAGGCGAATTGAAAAACATGTTCGAAGGAGAAATGGGAGGCTTAAAAGGTTATCACGAACAAGGATCAAAATACAACTTTAGCCAAGGAAGCTTCAAAGGCCAAAGCGGAGATATGAAGAAGATCGGCAAAGCGATGTATGAAGGAGCTTCGATCGACGACACAGTTTTTGGAGGAAGCAGAGAATTAAAAGGCTCGGTGAGCGTCAAAGGGATTCCTGTGGAAGTAAGCTACGGAATGCAATACTTGATCGTCACATCCGGATTTGATATTTCAAATTTAGGATACAACTTCAAGTTGAAGGGAGTGGGAACCAATTACGTCGACAATCAACTCTCAAACGTAAACCGAAAATATACCGTCTACTCCGAAGACATTCAAAATAGAATCGAAAAACAAGCAAAGGCGAATGACGCGGAGAAGGAAAGCAAGGGATTTCTGTTTAACGTATTAAACGGAATGAGCGGAGGACAAAAACCTCATGAAGCCATTAAATCCGAAGTTCAAAGCCGCATAACGGGAGCAGTTGCAGAAGCAACCGGATTGCCTGCGAGTTTTGTGGGAGCCCTTGTCGGCGGTTCCAACATGAAACAAGCGATGAAAGCATACGAGAAGAGCGTGACCACGGAAGCGATATCGCAAGCAACCGGAATTCCCGCTTGGTATTTAAACCAAAAGATTTCTGAGAAAGAAGCCAATCATGAGATGGCAAAAAGTTTTTCCTACAACATGGGTCGGGGTCTTGGCACGATGGCGGCTGTTGCAATAGCGACAGTTGCGGTAGGTCCAGTCGGTGTCATCGCTCTTGCGGCAAATCCAGATGTGACGAAAAAAGTGAACAAGTTCTCGGATCATCTGGGTAAACAAGCGTATGAAAACCGCGAAACGATCGATACAGTAATAACGGTTGCTGCTTCTGCGACGGCAATCATAACAGGTGGAGCGAGTTTAGTAGCGCTTGCAGCTTACAAAACGATACAGGGCGCGACGGAAGGCGGCGTGTTGGGTGCGCTCGCTGGAGCAGCGACGATTGGGAATGCTCCTCTTTCGATTGCAACTGGAGGTCTTGTAAGCTATGACCTAAGCTACTCGAGAGAGAAAGGATTTGGAGCAAGTGTTGGGGGCGGCATGAAGCTGATGGAAGGCCTTGGAGTTGGAGCCACACTCAGTTACAACGAACAAACAGGATTCGGCGGATCCGCGGGTTTGCAAGCGGGAACAAGCGCACTTAGCTTTAACGCGGGAATAAGTTATTCCGAACAAGGAGGAATTTCAGCTAACGCTGGCCTCGGAGTGGGAATGGGTAAAAACGCAACAACAGGATCCTATGCCAGCACTCTCAACTTGGGAATGAGCTACAATCGCCAGGACGGATTCGGAACTAGTGCGGGACTGTCGTCTAACAACAATCATGTTCTACCCGGAATGGGAGCTACCATTAGCAGAAGTGAATATGCTGGTTGGGGCGCAGACATTTCAACTGACCAATACGGCAAAGTAGAGGGAGGCGGAGGCAGGCCGAGCTTTGGAGGTGTCAGCGGAGGACTTGCATGGAGTGAAAGAGACGGTTTTACCGCAAGCTTTAACGTAGCCGGCACAAACGCTCTCAGTTACAATTCTCAAACTGGTCTTTCGTCTAATGCCGATTTTATAGCTCAGTATTCTATGAACAATATTCTTGCTCAAGGTGTCGCTGAGACGGATGAAGAGAAGGCGTATGCGGCGGCAAAAGCAGAAGCAGATTCAAGAGCTGCGCAAAATAGGAACAATTCTGAAAATGGAGCGGCGGCTGTTAGTGCGTCAGGATATGCTACAGCAAGGAGAGAAGGAGAAGATGGTGCAACACCTCATTCCAATGGGGAACCGGCCGATCCGGTAGACCAGAGAATTGCTCAGCTCCGGAAAGAACTGAGTGAAGGGATTTCGCTGGCCCATGATAACGGAACGATGAGTGACGCGGGTAATCCGGCGTTGGCAAGTGCAGCGAGAGAACTTTCGAGTAAGACGGCGGAGTTGAATCGATTGGTGGCTTCGAAGGAAGCCGGAGGAACGACGAAACCAGCGTCTTCAGGAAGTGAATCCGGAGGTCTTCTTGATGGTATCAAGGGTTTATACACCAAAACGAAAGAATTGATATATGGCCCGGAGGCAAAACCGCGAAGTGCATATGCGGATGATCGTTCGGCGGCACAAGGAACTCGGATCGGAAACGAAACAGCGGCTTATCTCGATTACAAAGAAGGAAAGATTAGTAAGGCCGATTACGAAGGACAAGTAGCGGCAGAGAGAAAAGCATATTACGAAGCGACCCAAGGAGACAGGAACAAGATTCCAATGGGATCGGGATATACGGATGTATCAAAAGACAATTTAGGAAAGTTGACTCACTTAGAAGGTATCAAGGGAGTAACCGGTCGAATCGTAGAAGATGCAAATGGAAACGTATATTTCAGAACGAAAGCGGATGGAATGGGTTCTGCTTCGATCCCGATGGAACCGACAAAGATTACGGAAAAGCCTTGGACGGCAATTGATCCGCACAATCAGAGTAAAGATCCAGGTGCAGTTGACTTGCATGCTCCGTATGGAAGTCCGATGACTGTTATGCGATCCGATGATGGGAAGTTTAAAGTAACAGGATTAACTAATATGTCCGAAGGCGGAAATTCTCTCAGGCTTGAATACAAACTCAACGGTGTTAAAAGACAAGTAGACCTTCGTCACGGCCAAAATCAATTTCCAAGCTACGTGATTGATGCGCTGAAAGCCAACGAAAAGCCGATTTTTGATAACGGAACCGTAGTCGGTTGGACCGGGGTTACAGGACAACATGGAATTGGAAATGATGGAAAAGTAAAATATGATCCAACCGATCATTCTCATTTAAAATTTCAAAATTCGAATGGTAGTGATTGGAAAGATTGGGGACTTCCTGCGATGGGGTATTAACAATGGAGAGGAAAGGAGTAAAGTATGAAGGTTCGAAGAATAACATCTATTTTGATATTTCTAATATTGGTGGGTTGTGTGGGAAAAGCAAAAGTAAATGATCCGACGGAAGAAGCTTTGGCGTATTTGAGTACTTTGGCTCCAAAGCATAGTCAACTGACTAAAGGAAAATTGAATGAGTTAGAAGGAATTAGTTTTGCTGGGACCCCAATAACGGACGACAAGTTGAAATATCTTTTGATATTTCCAAACTTAGATAATCTTACATTAACTAAGACAAGGATTACAGATGCAGGTCTTGCTACTTTGAAAGACAGCAAGATTTGGTCATTAGACATTGATGGAACGTTAGTTACAAACAAAGCGATTCAGGTTTTGAAAGATTGGAAACATTTGAAAATTCTAAATATCTCATATACGAATATCGACGACGGAGCCGTAGAAGATATTTTAAAGTTGAATATTGGAAGTCTCACTGCTGCGGGAACGAAACTTTCTGAAAAATCAAAAGAAAGAATTAGAAAGAAAATGCAATTTGAAGATGATGAATATACAATACAATGTCCCGGTGAAACAAGTAAATGTCCGGAGTTTTGAATTACTCGCAAAACAGGGCTCCAGTGCAGAACCCACTGTCCCAGGTAGCAAACGGACTCCGGAAAACCGGAGTTTCGTATGAAACCCACTGACACCCGAAAGAACATTAGAGAAACTGCAATCGATGGAAAAACCTAAAAAACAAAAGAGTGTAAGAGTGAGTCGGGAAAGGGAATGGAAGCAAACCAAAGAAAAGAGGGATATGCAATCGGCGAAGCGGTTCGAAACAAAACGACGGGCCAAAGGATGTATGTAGAAATAGCTTGGAATCCGGAAGTGAGTTGCATTTACTTTGACTCAGAGAAGGAAAGCCTTGTGAAGGTTCAGGTGTTTCCGGAGGATTTGGAGCGGATTAAGGACATTCTTCCGTATCTTCCCAAGTAAAACAATATATGGAAAACCCGACTCAAGAGAACTCCCTACCCCGCCGCACGAGCTTTGCCTTGGGCGAAGCGGTCCGAAACAAGCGGAGTGGCCGCCGGATGTATGTGGATACAACCTGGGACGGAAAGGTCCCTTGTGTTTACTTTGACGCAGAGAATGAAAGCCTTGTGAAAGAAGAAGTTCCGTTTGAAGACTTGGAGAAAGTGAAGGAAACGGTAAGACAGATTCACGCTTCTAAATACATGAGAATTATTGAATATTACTTGGCAGATTTGCCGAACGACTTCTGATATTGAATGTTTTTAAAATCGAAAGTGCACCTGTACCAAACTTGGCCGATGGAAACGTCGGTTTTTTTGTATATCGTGATGGTGTAATTGAATCTACTTTTTTCGTTTTGTGTATTTGATTGTGAGAAAGAAAATGAGTAAGACTATATTGTCAATAACGAAAGCCCAGAACCAATACGAATCCAAAGAGATACTGAAATCCATTATTTTCCTAAAACCTGTTCCATGCGTCCTTTTTTGATGAAAGCATCGATGAGGGATTTAATTACTTCCCTGTCTTTGTCGTTCATCTGATCAACAATTTCAAATTCTCTGAGTAAGGTTTGTGGAAGCAGGATTTTCGTTTACTTCTTCTAAAAGTAGATAATCGGTTGAGATTTCAAATGCTTTAGCCATCTTGATTACGGTTTCTGAATTTGGGATGGTAGATCCGTTTTCATACTTTCCGATTTTTTTACGAAAGAGAAACCTTTTAGAATTTCGAAAAGCGCGTCTGCTTTTCGTCTTTGACATCGACTAGAATTTTCATGGCCTTAATTATTTCCCGACTAACTCTTGCAGTTTCTTTTTAGTAAGGAAAGCATCGATAATTTTTTTGATTAAAGTTTTTTCCTCTTCAGGAAATTGTTCAACAGCCTGGAACATCTGTAATAAATCTTTATCAGAGAATTTTGCTTTGGCAAATTCTTCTTTAGATCCGTTTAACAGATAATCGCTAGATACTCCGAGGACTTCAGCTAGTTTGTTTACGGCTTCGGCGGAAGGCATAGAGAGACCGCGTTCATACCTACCGATATTAGTGTAATGAAGTCCGACAAGCTCCCCAATTTCCCCCTGAGAAAGATTTTTTTGAAGCCTTAACTGTCGAAATCGTTCACCGAACCCGTTTTCAGGCTCTTTTTTTCTTCCTTTGCTCATAATCAATCATAGTTGCATTTAAAAAGTAAGCTGTCGAGAAGAACTTAAAGCAGATGTGCAGGTAATAAAAAGTTAGGGCTTGACAAATGAAGCATTATTGCACATTGTAAGGCATATTTGCATTACAAAAAATTCCCCCAAAAAGGAGCCCTTCCCCATGCCATTCATCCCGAAAGAAGAGATCACGCGGTTAAAACAGGAAACGGACCTGCTTTCGTTGGTCCGCAGCTACGGAATCGAACTGAAGAACCACGGGACGAACTGGATGGGCCGCTGCCCGTTCCACGAGGACAGAACACCTTCGTTCATCGTAACACCTGCAAAGAATCTGTGGCACTGTATGGGAGCTTGCAAGACAGGAGGGAGCGCGATCGACTTCGTAATGAAGCGTGAGGGCTTGGGATTCAACGAAGCGGTAGAGAGATTACAAAGAAGAAAACCGGAAGAAGGGTTCGTGAAAGAAGGCCTAACTCGAAACGAGCGCCGACAACTCCTGGAAGGAACGACCCGCAAGATCCCGAGTACGGAAGGATTGACTGGAGAAGAGAAGGACCTGATTTTTCAAGTGATATCCTACTATCAAACGACACTACGCCAAACACCGCACGCGCTCGAATATTTGAAAGAGAGGGGCCTTGGAAGCGAGGAAGCGATCACAAAATTCAAAATCGGCTACAGCGATGGAAGCTTGAGCCTTACGTTGCCGTCGCGAGGAACACAAGTCGGATTCCGGATACGTGATTTGTATCGGGATTTCGGATATTTTGGAATCAGTAGCAACGGAACTGAACATTTCAGATCCAGAGTAGTGATCCCGATATATACCCGAACTGGAGAATTGTGCGGGATGTATGGAAGAAAGATAGAGGAAAGTAAAACGCTCAAGACACCGAATCACAAGTATTTAGCGGGAAGACATATTGGAATCTGGAATGAAGAGGATGCGTTTAGAAAGAAGGAACTTGTGCTATGCGAATCGATACTCGACGCGCTTACCTATTGGGAAAATGGAATCAGGAACGTGACATGTAGTTACGGAGTGGAAGGATATACGGAAGAACTACATCAAAGGATCTTAGAGAAGCGTATCTCAAAGATATATATCGCATATGACGGGGACACGGCGGGAGACAAGGGAGCGATGTCATTGTATGAGAGATTCAAAAAGGAAGAGGTAGAGCTGTATCGAGTCAGATTTCCCTTGAACGTGGACGCAAACGAATACGCGTTACAAAGTGAACAAAGACAAGACGCACTCTTGCAACTCCTGGAAAGAAGCGTGAAATTGACCCAAGAAAATACCACTCAAGAGCCAAAACGAAGAACCGTTGCCAAAGAAGAACCGACAGAAAGAAGCGAAGAAGAACTCACGCCCCAATACAAAGAACTGTTTCCCATTGAGATAACTCCCCGACCCCAAGAAGAACTTTTGACCGCGGAAGGACTGACCGCCTTAAACGAAAACGGAGAAGAAAACTCCCCGCCATCACAAATCCAAATCCAACCGGAAGTAAAAATCTTTAAAGAAGAAGTGGAAGTAAAATTTCCAGAAAGGACGTATTTAGCAAAGGGCCTGTATCGAAACAATGCAAGCCTTGAGACGTTGAAAGTGACGCTCAAGGTGAGCCAAGAAGAAAGATATCACGTAGATAACGTGGATCTACTCAGTTACAAAGCCAGGACTTCGTATTTAGGGACGGCCACGCATGAACTCAGAGAAAAAGAGGAAACGATCAAGAAGGAACTCGGGAGACTCATCAATGTCTTGGAAGAGGTATTGAACGAAAGAGAGAAGGAAAGAAACGTAAAGACGGAAGTGGAGCTCACCCCCGAGGAAAGAGCAGAAGCGATTCAATATTTAGAGGCTCCGGAATTACTTACCAATATCCTAATAGACTTTGAAAGATGCGGCCTTGTGGGAGAGAGAGTGAATTCTCTTGTGGGGTATTTGGCGAGTATCACGAGAAGAACGGAAAACCCACTTGCAATCATCATACAGAGTTCATCGAGTGCGGGCAAATCGACACTCATGGATGCGATCCTTGACTTCGTACCGGAAGAAGAGAAAGAGAAGTATTCCGCGATGACCGGCCAATCCCTCTTCTATATGTCCTCGAAGAATTTAAAGAACAAGGTTCTAGCAATCTCGGAAGAAGAAGGAGTGGAAAGAGCGAAGTATGCTTTGAAGATACTCCAGAGTGAAAAGAAAATCAGCATCGCGAGTGCGATGAAAGACCCGACGACTGGAAGGACGGTAACGGAAGAATACAGCGTAGAAGGCCCGGTGGTCATCTTCCTCACGACAACAAACTTGGAGATTGATGAGGAGCTCGAAAACAGATGCCTCATCCTAACAGTGAACGAAGGAAGAGAACAGACAAGAACGATCCTTGAGATACAAAGAGAACTGGAGACGTTGGACGGAATCGTAAAGAGACGGGACAAAGAAAAGATTCTAACACTCCACAAGAACATACAAAGGGTCCTTCGGCCTTTAGTTGTCGTGAATCCGTATGCAAAGGAAATGAAGTTTCCGGATACAAAACTGAGAATGAGACGGGATCAAAAGAAATACCTGACCCTCATCAAGTCGATCGCCCTCCTTAATCAATACCAAAGAGAGAAAAAAATCGGACAAGGCGAGAACGGGGAGAGATTCGAATACATCGAGGTGACTAGGGAGGACATGGAGTTAGGCGGCCTGCTTGCATCTAAGATATTAGGAAGAACTCTCGAAGAACTCACCCCACAGACAAAGGAAGTATTGTATTCATTATACGCAATGGTTACAAAAGAAAGCGAGGAACAAAAGCTTACCAAGAGTGAGGTTCGTTTTACAAGACGGCAAGCGAGAGAGAGGCTTGGAATGAGTGACACAAGACTTCGGGTCCATTTGAGAAGACTGGAAGAATTGGAATACTTGATCGTACGCAGTGGAAAACAGGGGCAGATAGCGGAGTATGAGCTATTGTATGACGGAGAGGGACAAGAGGGAGAAGAGTTTACATTAGGACTTACTTTTTTAGGAGTAAGAGAGACAGGAGTAGACGACGGACTTTTCTCTTGGAGAGAACTATTAGGGCTTGCCAGAAAAGAAGAAGAGAAGGAAAGTGCATGAGCGAAGTAGAATATACAAAAGATCTGTTTTTAGAATTATATGTTTTGCAGTTTACAACTGTAGAGCAGTTAAACGTCTCAATCGGCAAGGAGACGGGAAGCCAGTATTTTGTCGCACAATTGCCACAAACTTCGCCCCCCAAAAAACCAACTTCGCCTAGCAAAAAGGCCACTTCGCTCCCCCTTCGCCTAGGCAAAACCGGGGGGTCGCCTGGGGGTAGCCGCCCCCCCATTCTCGCATTCTGTAAGGGTTTAGGTGGGGTTTGGGTTCAAAATACGAATTTAACACTTAAACAATGTATTCTAGAGAGAAAAAAAGAAAACCGCCCAGTTGCAGCTGTCGGTTGCTTGTGAAGGAATGCTATGTATTGGAGCGAGAAGTTAGAATATTTAAAGAACTCACCACCCGAAACGATATTAAACTACGGATATGAATATATCGAGTGGAAACGAACGGCGCAAGGAAATGCGATCGCGACTTTGGGAAATGTATATTTGACTATTACAAAGTTTTCAAATTGGTGCGAATTGCGAGAAGTTCGTAATGTGAAAGAAGTAACGTTATCTCTATTAGAAAGATATCGAACGTATATAACGACAATGCGTAAAGCGAATGGCAAGGAACTATCGAACAATCAGAAATACAAATACCTAAATATTGTGAAGGATTATTTCGCGTGGCTTACGAAAAAGCGTGTGTTGCTTTTGAATCCTGCGTTGGACTTAGAGATTCCTAAGTTTGTGAAACAAATCATCCCTCACAATGTATTAAGTGTGGACGAAGCAGAAAGGATCTTGTCGATGCCGGACGTGACGACGGTGTATGGATTTCGTGACAGGGTGATGCTTGAGGTAATCTATTCGACGGGGATACGGAGGATGGAACTCGGGAATTTGTATGTAAGCGATATTGACTTTGTAACAAAGACATTACTGGTTCGAGAAGGTAAAGGTAAAAAAGACAGATTGATTCCGATCAGTGAGAGGGCTCTTCATTGGATTGGGGATTATTTGGAAAGGGTGCGACCGTTACTGGTAAGGAAAGAAAAAGAGTTACATCTATTTTTAGGTAGAAGGGGCTGTAAAGTAAGCGTCAACAGCATTACAAAGAATTTTACAAGATTTAGAGACACAGCGGGAGTTAAAAAACGACAAGCGGTGCATATATTCCGGCATACGACAGCGACGGGGATGCTCGACAACGGAGCGGACATACGACACGTACAAGAAATGCTTGGACACGCGAATTTGAGCACGACCCAAATCTACACACACGTAGCGATTCGAAAGCTCAAGGAAGTGTATAACAAGACACATCCATCACTCCATACACCGGATTCAAGTTCTCTCGTGGGAGGAGCTTCCCCTAAAAAAGAGACCGGATCGAAAGACAAAGATTCAAACCAAGAAGAGTCCGACACGAGTTAGATGTCAGGGTGTTAGGGATCAGTGATTAGGTTCTTGTAACATTCCAAATCTCTAAACAACAAAACGAAAAGGACCGGTTACAGAGAGGACTTCCCTCTTTAGCGGTTTCTTTCAAAAACAAAACCAAAAACAAGATTTAAAAAAACCTGCGGAGCGATCCATGGAGAGCGACGCGCTGAGTTATTAGGAGGCCAAAGGCATGCAAATCATCACGATGGCGTCGTTAAAAGGTGGAGTAGCCAAGACAACAACAGCGATCAATCTTTCGATCCAGTTATGGAAGAAGAGAAAGAGAGTGCTGTGTATGGACTTGGATTTGAACAACAATCTAACAGACTTTTTTCTCCGGGGAGTGAAAGAAGAGGAGTTGGATACAAGGAACGTATATCATGCGCTACTCGAACAAAAAGAGATCGAGGCTTGTGTGTATGAGACCGGATTTTCCGGGATTCATATCTTACCGGCCACGATACGATTGGGAGAGATGACGAATGAATTAGGAAACGACCCGGAAGTGTTCGGATCGTTTGCGGAGAATTTAAGAAAACTCAATTATGATTATATAATCATTGATACGCCGGTGTATCTTTCTTTGGAGCTACGGTTTGCATTGTCGATAGCGGATTTAGTATTGTTTCCCGTGAGGCCGTCCAGATGGAACTATCAGGGGATGAAAACTCTACTGGGAGAAGTGGAAAATATATTCGAAGAGCATCCGGAGGCGGACGGGTTCGGAGCAAGCGTCGGCGGAGGTTCCAAACTTGCAGAGAAGAAAACCAAGACGTTACTTGTTCCTTCAATCGTCGGAAAGGGAAAGAAGGAATCGGAACGAATCGACAGACTTAAAAAGAAATACAAAGTATCGAAGACGGTCATATCTAAGTTATCGGCGATTGAGACGGCGGGAGAACTTGGAAAGCCATTGAAGGAGAACACGAAGGGATACGAGTTATTCGAGGAACTGACTCGGGAAGTCTTGGAACTTACCTGTGGCGGGAAGAAGCGCAAGGTAATCCAATGAAGAAGAGTCAGGAAGAAAAAGCCAAAGAGTGGATGGAAGAACAAGAGTCCACTCCCCGGCCCGGATCAACATTTGGGAAACAGTATATACCGAAGGGAATCACACTGAACCCGATTGTGAAGATGGTTTCACCTTCGAGTTTGAAGCCGAATCCGAGAAACGACTTTGATCCGTTAACCGAAGAAGAATATACAAATCTCAAAGAGAACATAGCACTAAACGGAATCTTGGACGCACTCACGGCCAAGAAAGACGGGACACTTGTGACGGGAGAGAATCGGTACCGAATCGCCTTGGAGTTGAAAGACCACGAAGATGAGAACGTGCGTCGTCGTGTTGAGAGTATTCCTGTCCGTTACTATATGAACGAACTTAACGCAGAAGAGGAATACGACATACTCGAAGGAGACAATTTATTTCGAAGACATCTAACAGCGGAGCAAAAAAAAGAGCGGCTAAAGAGAAGAATCCTTCGGAAATACAAAGACGATCTCTTACAAGACAATCGAGGTGGGGACCGAAAGAGCGAGTCGTCTCATTCATTAGTTGAGAATACAGAAGAAGAAACAAACGGGGAAGGATCTTCGGATTCGGAAATGTTAAGCGAAGAGGAATCAAACAATGGCCCTCATCGTTTGATCGAGGATGAAGAACAAAAGAGAAACACATCTTCTTCTCCTGAAGGACAAACGGAGCTTGGGCTATTCTTCGGTGAGGTTGGCACCTTAGAAGAGCAAGCACAGGGAACAAGACAAAAGAGTGAATCTTTGAAGACCGGACCGGACGAAAAATCAAACGATCAGGGTGATAGTTTGATCGGTCATTCCGGTAAAGATTTAGTAAATAATGAATCTTCTCTTGTTGGAAACGGTTTTGAAAAATCAAAAGATGAGGGTCATCTTTTGATCAGTAATTCTAGTAAAGATTTAGCAAAGAAAATTTCTAAGAATGAAAATATTCCATTTGGGACAGCTAAAAACTATATCACTGAAATCCGCAAAGAATTAAAAACGAAGGAGCCTAAGTCATCCAAGAGGGAAGAGAAATCTATCAAGAAAGCGGAGAAGAAGACGCCGAAACAAATCTTGCAAGCGAAGGTAAAAGAGTTTCAAAAGAAATACGGGAAGATGAGTTACGACCAGAAGGAAGCGGCTTTGGAAAGACTCTTGAATTCTCTAAGGAAAGTGAGGAAGCAACAAGCAGATCTACACAAGAAAACAATGGAGTTAGGTTCTAAGGACTCAGAGCTTGTAGAACTGATTTCAGCAGTGGGTCAAGAGAAGAGAATATGGAAGTTGAAGGTATGA

Protein sequences of DBSCAN-SWA_7

>CP030147|3484251:3500375|3493121_3493502_-|AXR62010.1|DBSCAN-SWA
MSKGRKKEPENGFGERFRQLRLQKNLSQGEIGELVGLHYTNIGRYERGLSMPSAEAVNKLAEVLGVSSDYLLNGSKEEFAKAKFSDKDLLQMFQAVEQFPEEEKTLIKKIIDAFLTKKKLQELVGK
>CP030147|3484251:3500375|3498246_3499068_+|AXR62013.1|DBSCAN-SWA
MQIITMASLKGGVAKTTTAINLSIQLWKKRKRVLCMDLDLNNNLTDFFLRGVKEEELDTRNVYHALLEQKEIEACVYETGFSGIHILPATIRLGEMTNELGNDPEVFGSFAENLRKLNYDYIIIDTPVYLSLELRFALSIADLVLFPVRPSRWNYQGMKTLLGEVENIFEEHPEADGFGASVGGGSKLAEKKTKTLLVPSIVGKGKKESERIDRLKKKYKVSKTVISKLSAIETAGELGKPLKENTKGYELFEELTREVLELTCGGKKRKVIQ
>CP030147|3484251:3500375|3492084_3492294_+|AXR62007.1|DBSCAN-SWA
MEANQRKEGYAIGEAVRNKTTGQRMYVEIAWNPEVSCIYFDSEKESLVKVQVFPEDLERIKDILPYLPK
>CP030147|3484251:3500375|3493659_3496620_+|AXR62011.1|DBSCAN-SWA
MPFIPKEEITRLKQETDLLSLVRSYGIELKNHGTNWMGRCPFHEDRTPSFIVTPAKNLWHCMGACKTGGSAIDFVMKREGLGFNEAVERLQRRKPEEGFVKEGLTRNERRQLLEGTTRKIPSTEGLTGEEKDLIFQVISYYQTTLRQTPHALEYLKERGLGSEEAITKFKIGYSDGSLSLTLPSRGTQVGFRIRDLYRDFGYFGISSNGTEHFRSRVVIPIYTRTGELCGMYGRKIEESKTLKTPNHKYLAGRHIGIWNEEDAFRKKELVLCESILDALTYWENGIRNVTCSYGVEGYTEELHQRILEKRISKIYIAYDGDTAGDKGAMSLYERFKKEEVELYRVRFPLNVDANEYALQSEQRQDALLQLLERSVKLTQENTTQEPKRRTVAKEEPTERSEEELTPQYKELFPIEITPRPQEELLTAEGLTALNENGEENSPPSQIQIQPEVKIFKEEVEVKFPERTYLAKGLYRNNASLETLKVTLKVSQEERYHVDNVDLLSYKARTSYLGTATHELREKEETIKKELGRLINVLEEVLNEREKERNVKTEVELTPEERAEAIQYLEAPELLTNILIDFERCGLVGERVNSLVGYLASITRRTENPLAIIIQSSSSAGKSTLMDAILDFVPEEEKEKYSAMTGQSLFYMSSKNLKNKVLAISEEEGVERAKYALKILQSEKKISIASAMKDPTTGRTVTEEYSVEGPVVIFLTTTNLEIDEELENRCLILTVNEGREQTRTILEIQRELETLDGIVKRRDKEKILTLHKNIQRVLRPLVVVNPYAKEMKFPDTKLRMRRDQKKYLTLIKSIALLNQYQREKKIGQGENGERFEYIEVTREDMELGGLLASKILGRTLEELTPQTKEVLYSLYAMVTKESEEQKLTKSEVRFTRRQARERLGMSDTRLRVHLRRLEELEYLIVRSGKQGQIAEYELLYDGEGQEGEEFTLGLTFLGVRETGVDDGLFSWRELLGLARKEEEKESA
>CP030147|3484251:3500375|3491337_3491910_+|AXR62006.1|DBSCAN-SWA
MKVRRITSILIFLILVGCVGKAKVNDPTEEALAYLSTLAPKHSQLTKGKLNELEGISFAGTPITDDKLKYLLIFPNLDNLTLTKTRITDAGLATLKDSKIWSLDIDGTLVTNKAIQVLKDWKHLKILNISYTNIDDGAVEDILKLNIGSLTAAGTKLSEKSKERIRKKMQFEDDEYTIQCPGETSKCPEF
>CP030147|3484251:3500375|3492887_3493097_-|AXR62009.1|DBSCAN-SWA
MSKTKSRRAFRNSKRFLFRKKIGKYENGSTIPNSETVIKMAKAFEISTDYLLLEEVNENPASTNLTQRI
>CP030147|3484251:3500375|3492392_3492584_+|AXR62008.1|DBSCAN-SWA
MYVDTTWDGKVPCVYFDAENESLVKEEVPFEDLEKVKETVRQIHASKYMRIIEYYLADLPNDF
>CP030147|3484251:3500375|3484251_3491313_+|AXR62538.1|DBSCAN-SWA
MQFTETKNKTALEKRNILAFKNRFSFKTKIVSLITILAFHVVFVLPLSILGELSAQSVPTLGSTKQFANDELKPYVDAAKAGATDSGTFLNSVNNGEQVLEAAWETGVNAEIEAIVGGVNNSDTVNNVNVYKDAVRAQLELQKQQAKNQWIADVNAYIQAELQIFLATLSQNTSNNVTSTNTNSVNTINPTVQTVTTTPAAQATNPAQAAQSYYQGTQLWDSKWQDLLNKQNTWEQNSLNAIQNGILQWNQSITGLENDKLSYLNGIEQTKAQWLANKQLIANAQSQMRNALQSTITNIRSQENQLKTNASSDPSLTSVFGDMDELLEDLQEALNSNASLGTLAQTLGNFFQSQITNATAKADYWNITKWQETYATQVLEFKKEVATASLSCSGSSSCNNLSTGPRAITYGNDGNVYGWGATNGGFQNGVLVSTFDPYTVMNPNYAELNQQYQSCQTQASGSPFGWITWISYPCSNFGWNGENAPVQSYTVVPNNSTGYYSAGHYEATCNGSDVGGTCLGGTGHYALDLTDCTGAPFGVMCGYSRQWHTDDSYSTSVTESFSQAQKDQIATNTKIRNAVYGNYNTAFGLSSQAGNAVSNSSVALETKVWLGGSALNNSNWYNSLGLIEQVQVQTKYKYIDSAMQANQNFWTSMKTQFTNIASTFLSLVNPLKDWEERSQTYEEEYQAKLLELEQTKQSTISNYDNQINLMKAARGAWVTEVYGYQMAGIAGSADNANSQFRTGQENWDDTISIFQQAELNWYLSAKDILQQAVTATDGETQFQTNATSQANQLQTQITNSETNTTGLYNAATGLYQTYQYAAAGNVMQQAITNLQNQTSWNGQGANLSQTIADSFGRSEAYKTAELSASNRINALAQTIYGNGAYIVDNTELNQIQNQITTNGQNQTFWQNEINGNSGGFNFNGRRTASISTTLEYTNIRNDIAVATTLQTEVVDEERGYLKTANEYFEKSEKYQELADKAKSEAKFDEAALYTGYAVREKSNAIGFLKKKYYSLGEEITSEIDNRGLTYTKNSFLSYRDNLLNKNFQNTTQVQKQIQEGKNQVAGIISEGESYNQIQGMIQTAANLNKQGEENKQRVERLLLESKELANRNIGEGLLDGLQEMIASIQSALPQEVSNNGVAQYIQAQEKELEEKQKKADELLSHMNLLVTNNNDLAALQTLLQGSSQAINLAANSAVSKYLDDYAKKLQKDNEERSNQLQKTLLEALTNGDEYKYLREAGYGFRVDGEGISAYRQIYSGEIEIDGSAMKGASYSPDLEYQYIRMETKFNPGNLSVDMMNPNATRFNAEMVLGVKNYIDNLQKNVEQMFAQFSNKTNEIKEEYAQNQEIESYQKKLYEASKENYLAAFQALPGELKNMFEGEMGGLKGYHEQGSKYNFSQGSFKGQSGDMKKIGKAMYEGASIDDTVFGGSRELKGSVSVKGIPVEVSYGMQYLIVTSGFDISNLGYNFKLKGVGTNYVDNQLSNVNRKYTVYSEDIQNRIEKQAKANDAEKESKGFLFNVLNGMSGGQKPHEAIKSEVQSRITGAVAEATGLPASFVGALVGGSNMKQAMKAYEKSVTTEAISQATGIPAWYLNQKISEKEANHEMAKSFSYNMGRGLGTMAAVAIATVAVGPVGVIALAANPDVTKKVNKFSDHLGKQAYENRETIDTVITVAASATAIITGGASLVALAAYKTIQGATEGGVLGALAGAATIGNAPLSIATGGLVSYDLSYSREKGFGASVGGGMKLMEGLGVGATLSYNEQTGFGGSAGLQAGTSALSFNAGISYSEQGGISANAGLGVGMGKNATTGSYASTLNLGMSYNRQDGFGTSAGLSSNNNHVLPGMGATISRSEYAGWGADISTDQYGKVEGGGGRPSFGGVSGGLAWSERDGFTASFNVAGTNALSYNSQTGLSSNADFIAQYSMNNILAQGVAETDEEKAYAAAKAEADSRAAQNRNNSENGAAAVSASGYATARREGEDGATPHSNGEPADPVDQRIAQLRKELSEGISLAHDNGTMSDAGNPALASAARELSSKTAELNRLVASKEAGGTTKPASSGSESGGLLDGIKGLYTKTKELIYGPEAKPRSAYADDRSAAQGTRIGNETAAYLDYKEGKISKADYEGQVAAERKAYYEATQGDRNKIPMGSGYTDVSKDNLGKLTHLEGIKGVTGRIVEDANGNVYFRTKADGMGSASIPMEPTKITEKPWTAIDPHNQSKDPGAVDLHAPYGSPMTVMRSDDGKFKVTGLTNMSEGGNSLRLEYKLNGVKRQVDLRHGQNQFPSYVIDALKANEKPIFDNGTVVGWTGVTGQHGIGNDGKVKYDPTDHSHLKFQNSNGSDWKDWGLPAMGY
>CP030147|3484251:3500375|3499064_3500375_+|AXR62014.1|DBSCAN-SWA
MKKSQEEKAKEWMEEQESTPRPGSTFGKQYIPKGITLNPIVKMVSPSSLKPNPRNDFDPLTEEEYTNLKENIALNGILDALTAKKDGTLVTGENRYRIALELKDHEDENVRRRVESIPVRYYMNELNAEEEYDILEGDNLFRRHLTAEQKKERLKRRILRKYKDDLLQDNRGGDRKSESSHSLVENTEEETNGEGSSDSEMLSEEESNNGPHRLIEDEEQKRNTSSSPEGQTELGLFFGEVGTLEEQAQGTRQKSESLKTGPDEKSNDQGDSLIGHSGKDLVNNESSLVGNGFEKSKDEGHLLISNSSKDLAKKISKNENIPFGTAKNYITEIRKELKTKEPKSSKREEKSIKKAEKKTPKQILQAKVKEFQKKYGKMSYDQKEAALERLLNSLRKVRKQQADLHKKTMELGSKDSELVELISAVGQEKRIWKLKV
>CP030147|3484251:3500375|3496982_3498047_+|AXR62012.1|DBSCAN-SWA
MYWSEKLEYLKNSPPETILNYGYEYIEWKRTAQGNAIATLGNVYLTITKFSNWCELREVRNVKEVTLSLLERYRTYITTMRKANGKELSNNQKYKYLNIVKDYFAWLTKKRVLLLNPALDLEIPKFVKQIIPHNVLSVDEAERILSMPDVTTVYGFRDRVMLEVIYSTGIRRMELGNLYVSDIDFVTKTLLVREGKGKKDRLIPISERALHWIGDYLERVRPLLVRKEKELHLFLGRRGCKVSVNSITKNFTRFRDTAGVKKRQAVHIFRHTTATGMLDNGADIRHVQEMLGHANLSTTQIYTHVAIRKLKEVYNKTHPSLHTPDSSSLVGGASPKKETGSKDKDSNQEESDTS

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXR62538.1|3484251_3491313_+	peptidase M23	S5VY01	Leptospira_phage	0.0e+00	69.5
AXR62006.1|3491337_3491910_+	hypothetical protein	NA	NA	NA	NA
AXR62007.1|3492084_3492294_+	hypothetical protein	NA	NA	NA	NA
AXR62008.1|3492392_3492584_+	hypothetical protein	NA	NA	NA	NA
AXR62009.1|3492887_3493097_-	XRE family transcriptional regulator	NA	NA	NA	NA
AXR62010.1|3493121_3493502_-	XRE family transcriptional regulator	A0A288WGH2	Bacillus_phage	6.1e-09	35.8
AXR62011.1|3493659_3496620_+	DNA primase	A0A1S5RF71	Helicobacter_phage	4.8e-24	25.4
AXR62012.1|3496982_3498047_+	recombinase XerC	A0A0K2CP59	Brevibacillus_phage	5.0e-16	25.5
AXR62013.1|3498246_3499068_+	ParA family protein	Q9G093	Leptospira_phage	1.7e-11	27.7
AXR62014.1|3499064_3500375_+	chromosome partitioning protein ParB	S5VKH6	Leptospira_phage	2.3e-39	68.1

Sequences of DBSCAN-SWA_8

Nucleotide sequences of DBSCAN-SWA_8

>CP030147|3521434:3601107|DBSCAN-SWA
TCTAACAAACTCCACAGGATGTAACTTTATTAAGGAGGTATCTTTGTTTTTTAGCGTCTTTCGATTGTTGGTTTAGCAAATTAGAATCAATGGATTTACCGCGAAAGATTTCGGAAGGAGTGAGTAGATAACGGCCGGCTCTGTTGGGCCGTTGATCGTTGTAGATGGGAATCCATTCGGACAATTTTTGAATCAAAGATTGTCTATTAGGAATATCTAAATGATGAAGGCACTGATACTTTGTGATTTTGTGGATTGCCTCTATGGGACTATTAGAAAATGAAACGTCTTTACCTGCGGTAATTTTGTTGATTGGAAGCTTGTAATCAAAAATGATTCTGTCGAGAGCGCCTTGATTTTCGGGCCCCCCGTCGGTCATCAAATGAACGAAAGAAGATTCTTTAGAAAGATTGAGATTGATTAAAGGAAAAAGATCGGGCAAGGTCAATTTGGAAAAAGAGGTTTGATACTTGGAAATGGCTTCCTCGACTAACGAAGCACAGATGTCGCTGTCGACTTGGGCAGCGACTCTAAACGCTAAAATCATCTTAGAGAAGTTATCAATCAAGATGTAAATATGAGATTTGACGTTGTCTTTGGTGACAAACTGAGTGATATCGCAATGCCAAACTTCATTGGGACGGTAGGTTTTAAAACCTTCTTTCTTTAGCTTCTTAAACTTGTTTGAAAAGAGTTCGGGACGAATCACTCTTGCCCATTTGTAAAAGGAAGATAAGCTGCAATGCAGAATGTCGTTTTTTCTAGCGCATCCCCAAATGGAAGAAAGAGGCCAAAACAAAGTAGCTTTTTCCAAAAGAAGATTTTTTAAAGAATCGATTTCCTTGACTGAAATCTGACCGACAAACCGCTTGTGGCAGAGTTTTTCCCAGGAACTACTACATCGGAACCGCACTTGGAAAAACCAGCTGTGAAAAGTGGACTTTGAGATATGAAACTTCCTTAATGTTCTTTCGAATCCAAGGTCGTCCCTTACTCTTTGAATGGTACGGACGATTTTTTCTTTAACTTGAATTGAGTTTTTCATCTTTTTCGGAAGAGATTTGATCTGAAGAAGACATAGTTTGATTTTTGCAAGAGCGATGATCCCTTTTTGAAGGGTAAGAGAGTTTTCCAAGCGTATGGAAAGGTAGTTAGCTTCTCTTTGAAGATTCGGCTCCATCCCGTTAAACCGAAACCCGTAGATATGACGAAAGGAATCTGGATCTTTGTTTTTTAGAGAGTGAACGGTGGATTTCGGTAACCCTTTGAGCTGCTCGGAAGTAATAACGCCGTTAGCGACATTGAATTTCCAGAATGTATCGTATGAATTCCTGTTTTTTTTAGGGATTGTAGGAAGTATGACTGATGAATGGGTCGCTGTCTGCATGTTATCTGTGAATACATCGTAATATTTTCATCACAATATGAATCTTTTTTTGCTGAACGCCTAATTTTTGTTATTTGTCAGTGATATGATAATTGACACAAATCACAAATTTTTTCAATCTTGTTCGAGTCTTTAGAGGACGGAAACGGGGGAAAAGTTGCATCACGGGTTTGGAATTCAGCTTTTGAGTTTTAAAGACCAAACATCGAACTACGAAGCGAAAGCGATCGCAGCAGAAATCCTGCGACGCAACATGAATTGAAGGATGAAACTGGAATATACGGAAATGCTAACATGTTGCGATGCAGATTGGAGCGAAGAGCGCGGTTTTTCTTCGCGGAAGCGAAGAAAAATTCGCCCCACTGTCCCCAGTTTTCCGTGCTCAGTCGTCAGTTCTCCGAATCGTTTTTCCTTTAAAACAAAGATCGTAAGTTTAATCACGATCTTTTCGTTTCATATATCCTTTGTCATACCTCTGACCGTTTTCAGTTTTTTGTCCTCCAGTTCTCTGGACGCTCAAAGTGTGCCGACGCTTGGATCGACAAAACAATTTGCAAACGACGAATTAAAACCTTACGTGGACGCGGCAAAAGCCGGAGCCACGGATTCGGGAACGTTTTTAAATTCGGTGAACAACGGAGAACAAGTTTTAGAAGCCGCTTGGGAAACGGGAGTCAACGCGGAGATAGAAGCCATCGTGGGTGGAGTGAATAACTCGGACACGGTGAATAACGTAAACGTTTACAAAGACGCTGTAAGAGCTCAGTTGGAATTGCAGAAACAACAGGCAAAGAACCAATGGATCGCGGACGTAAACGCGTACATACAAGCAGAGTTACAAATCTTTTTAGCGACATTATCCCAAAACACATCGAACAACGTAACATCGACGAACACAAATGCGGTGAATACGATCAATCCGACTGTGCAAACTGTAACCACTACTCCTGCCGCCCAAGCAACAAACCCCGCACAAGCGGCACAGAGTTATTACCAAGGAACCCAGCTCTGGGATTCTAAATGGCAGGATTTACTTAACAAACAAAACACCTGGGAACAGAATTCCTTAAATGCGATCCAGAATGGAATCCTGCAATGGAATCAATCGATTACAGGACTCGAAAATGATAAATTAAGTTATTTGAATGGAATCGAACAAACAAAAGCCCAGTGGTTGGCGAACAAACAATTGATTGCAAACGCTCAAAGCCAAATGAGAAACGCGCTTCAATCCACAATTACAAATATACGTTCTCAAGAAAATCAATTGAAAACAAATGCATCGAGTGATCCGAGTTTGACATCCGTGTTTGGGGACATGGACGAATTGTTGGAAGATCTACAGGATGCTCTGAATTCTAACGCATCCCTCGGCACGTTAGCGCAAACACTGGGAAATTTTTTCCAAAGTCAGATTTCAAACGCAACCGCAAAAGCCGACTACTGGAATATTACCAAATGGCAAGAGACGTATGCGACACAGACGGTTGCGTATTCTCAGATCGTGGGGAACTCTTCCATAAGCTGTACGAATTATGAAGGATCAGGATGTAACAACGTAGCCAGTGGGAATCGATCGATCGTATACAACAGTAATGGAAGTGTATATGGATGGAGAGCGAGCAGCGGTTCTTTGGTCTATCAATCGGATGAAACCGGCACGGTGGGCCAAGGTTCATATGGTTCGTCCGCATATATTGAAAACTCACATTACCAAATCAGTTGTCAAGCATGGGATTTCGGCGGAACTTGTGTCGGTGGATTTGGAGGTTACGAGTCCAACGGTGTCTATTGTGGTGACAGATTCGAATTCTGCGGATATACCCGAGACACAGTTATCGACCAAAACTATACAGTATTTGCAAGCGGGACGTTCAACCAACAACAGATAACAAACAACAATAATATTCGAAATGCAATATTCGGAAGTTATAACACTGCATTTGGACAATCCTCCCAAGCTGGGAACGCGGTGGCCGGATCGGGTGTGGCTCTTGAAACCAAAGTATATTTGGGAGGAAGCGCTTTAAATAGTTCCAACTGGTATGGATCGTTGGGATTGAATAACCAAGTTCAAATACAAACGAAATACAAATACATAGACTCTGCGATGCAAGCAAACCAGAACTTTTGGACGAGTATGAAAACTCAGTTTACAAATATTGCATCTACGTTTTTGTCACTCGTCAATCCGTTGAAAGACTGGGAAGAAAGATCGCAAACATACGAAGAAGAATACCAAGCAAAACTATTAGAACTGGAACAAACGAAACAATCTACAATTTCCAACTATGATAATCAGATTAATCTCATGAAGGCGGCAAGAGGAGCCTGGGTCACAGAAGTTTACGGTTACCAAATGGCAGGAATTGCAGGAAGCGCGGATAACGCAAATAGCCAATACAGAAGCGGACAAGAGAATTGGGATAATACGATATCAATCTTCCAACAATCGGAACTCAACTGGTATTTATCTGCAAAAGATATATTACAACAAGCGGTAACTGCAACTGACGGAGAAACACAATTCCAAACAAACGCAATTCCGCAAGCAAACCAACTACAAACACAAATTACAAACTCAGAAACAAATACAACCGGGCTTTACAACGCGGCCACCGGACTTTACCAAACGTATCAATATGCAGCGGCAGGAAACGTAATGCAACAAGCATTAACGAATCAACAAAACCAAACAAGTTGGAACGGACAAGGAGCCAACCTCTCTCAAACAATCGCAGATTCTTTTGGAAGAAGCGAAGCCTACAAAACAGCAGAACTCAGCGCAAGTAATCGAATCAATGCACTGGCACAAACGATTTACGGAAACGGGGCATATATCGTAGACAATACAGAGTTGCAAACACTCCAAACCCAAATTACAACGAGCGGACAAAACCAAACGTTTTGGCAAAATGAAATCAATGGAACCAACGGAGGATTTAACTTTAACGGTCGCAACAACACAAGCCAAGCAAAAGAAACCTTGTATACGAACATGATCGCAGACATTGCAGTCGCAACAACGTTACAAGCAGAAGTAGTCGACGAAGAGATCACATATCTAAAAACAGCAAACGAATACTTTGAGAAATCCGAAAGATATCAAGAGTTAGCAGACAAAGCAAGAAGCGAAGCAAAATTCGATGAAGCAGCACTTTACACTGGTTATGCGGTGAGAGAAAAAAACAACGCTTTAGGATATTTAAAAAAGAAATACTATTCGTTAGGCGAAGAAATTACGAGTGAAATAGACAACCGAGGATTGACATATACCAAAAATTCTTTCCTGAGTTACAGAGATAACCTACTCAACAAAAACTTTCAAAATAGCACACAAATCAACAAACAAATCCAAGAAGGAAAAAACGCTGTAGCAGGAATTATTTCCGAAGGAGAAAGTTACAACCAAATCCAAGGAATGATCCAAACAGCGACCAACTTAAACAAACAAGGAGAAGAAAACAAACAAAGAGTAGAGAAACTACTCTTAGAATCAAAAGAATTAGCAAACCGTAATATCGGAGAAGGACTCTTGGATGGACTCCAAGAAATGATCGCAAGCATACAAAGCACACTCCCACAAGAGATATCTAACAACGGAGTGAGCCAATACATACAAGCACAAGAGAAAGAGCTGGAAGAAAAACAAAAAAAGGCAGATGAACTACTTGCCCACATGAATTCACTTGTGACAAACCAAAACGATTTGAATGCATTACAAACCCTACTCCAAGGAAGCAGCCAAGCAATCAACCTAGCAGCAAACAGCGCGGTATCTAAATACTTAGACGACTACGCAAAGAAACTTCAAAAAGACAACGAAGAAAGAAGTAACCAACTTCAAAAGACGTTACTCGAAGCTCTGACGAACGGAGAAGATTACAAATATCTCAGAGACGCAGGATATTCTTTCCGAACGGATGGAGAAGGAATATCCGCTTACAGACAGATCTACAGCGGAGAAATCGAAATCGACGGCAGTGCGATGAAGAGCACGAGTTATTCTCCCGATTTAGAATATCAATATATTAGAATAGACACAAAATTCAATCCAGGAAACTTGAGCGTGGATATGATGAATCCAAACGCGACAAGGTTCAACGCAGAAATGGTACTGGGAGTTAAAAACTACATCGACAATCTCCAAAAGAACGTAGAGACGATGTTTGCTCAGTTCAGCGACAAAACAAACGAGATCAAAGAAGAATACGCACAGAATCAAGAAATCCGAGACTACAAAAAGGAACTCTACAAAGAAAATCGGGATACAACGGTAGCCTCCTTTCAAGCTTTACCAGGCGACTTGAAAGGCATGTTCGAAGGAGAAATGGGAGGACTCAAAAATTATCACGAACAAGGATCGAAATACAACTTCGGAACAGAAAGTTTCAAAGGCCAAAGCGGAGATATGAAGAAGATCGGCAAAGCGATGTATGAAGGAGCAAACATTGACGACACAGTTTTTGGAGGAAGCAGAGAACTCAAAGGCTCGGTGAGCGTCAAAGGCATACCTGTAGAAATTAGCTACGGAATGCAGTATTTGATCGTAACATCCGGATTTGATATATCGAATTTAGGCTACAACTTCAACTTGAAGTTAGTGGGAACTCAAAACGCAGAGAGTCAACTCTCGAACGTAAATCAAAAATATGCCGTCTACTCCGAAGACATTCAAAATAGAATCGAGAAACAAGCAAAGGCGAATGACGCGGATAAGGAAAGCAAGGGATTTCTATTTACAATTTTGAATGGAATGAACGGCGGATCCGGAAGCATGGGACAAAGATTTACCCAAGCGGTGAAGTCGGAAGCACAAAGCCGCATAACGGGAGCCGTGGCCGAAGCAACTGGATTACCTGCAAGTCTCGTAGGGGCACTTGTCGGTGGAAGTAGCATGAAAGACGCAGTGAAAGCGTATGTCAAAGACGAGACCGTAAACGCAATTTCGAAAGCAACCGGATTACCTACATGGCTTATCTCCAATCAGATGGAGAAGATGAACAAACCGAAAGAACAATGGTATCAAAGCCAAGAGTTCCAAATGGTGACAACAGTGGTAGCAGTAGCGGCAGCGCCCTTCACCGGCGGAGCTTCTCTGATGGTCGCTATGGCAGTGGGTGCAGGCCTGGGTGCCGCCACAGGAGCTGCAAGCGGAGGATTAAAAGGTGCGCTCGTCGGTGCTGTGGGTGGAGCTGCAGGAGCTGCTGTCAAAAGTTTTACAGGAGGAGCGGTTAACGTAGGCCTCAGCTACTCCGCAGAGAACGGATTTGGTGCAAGCGTAGGAGTCGGATATGGACCTGCCACAGTGAGCGTCGGCATCTCAGAACGAGGTGGAACATCGGTGGATGTCGGTTTAACAAAAGGCGGATTCAATGCAGGACTAAACTACAACAGTAAAACAGGAAGCGTAAGTGGAAGCACAGGATTTACTTCTCAAAGTGGAACGGGCTTAGCACTCAGTTACAACGAAGGAGACGGATTTGGTGCAAGCCTTAGTAAAAGTTTTAGTAATGGAGTCAATGGCGGAATCAGTTGGAGCGAGAAAGGTGGTGTCGGTGGAAACATCGGATACGAAGCTCCTGGAGACAAAAACAAACCGAAAGATTCACTTGCAAATCAAATGAAAGGAGCCGGTGGAACTTTAAGTTTCAATCAAAGAGATGGAGTATCAGCAGCGCTTAACGCATCGGGAGGAGTGAACGCAGGAAACTGGAGTGAGTCAGGTGGATTCCAGGCAAACACAAACTTTTTAGCCGACAAGTGGAAAGCCGATTTTATATCAGGAAAAGCGAAAGAAGACGCAGATGCGCAAGAAGCATCCAGAGGCGCTCAAAATAGGAACAATCAAGAATCTGGTGCAGCGGCGATCGCAGGGGCTGGGGTCACTTTCGGAGGTCGCAAAGAAGAAGGCGGCGTAACCTTACAGCACGGTGGTGGAGCCGGTGAACCGAACACAGGTTTAGGATCGGCTGGAGCATATGGCTCGCCAGGCCTTCACGACACCGTGCAGACAATTACAGTGTCCGGCGGGACTGTGGAAGGAAATGGAGGACGCAAGTTGAGTGCGGCTGATGTTGCGGAATTCAAAGCAGATTTCAGAAACGAAAGTAGAGCGCAGACCGATGCAAGCATCGCGGCATTGAAGAAGGCTGGTTACGACACAAACGGTATTGAGAAGTTTGTAACGGATTTTCGTAACGGAAAAGCGGCGAATACTGCGAACCAAACCGCAACAGCAACAGCAACAGTGCATCCGACTACTCAACAAAGCACCGGATTTTTTACAAATGCACTTAATTCAGTAGTGGGTGGAGCAACGGGATTGTGGAATCGGGCGACGGGGGGTTCTAAGCAATCAAATAGCAATGGTAATGGTAATGGACATGAAATTGTTCGTATTGGGGAAAACGGTTTGGCTGAGTATGCCAATGGAGCAAGAACTTCAATTGCATTTAATGAAAAAACGGACGGTCCATTCTCTCAACCTCGTACCGGCGAAGTACATGGAGCAGTAGATCTTATGACTCCAATTGGAACGAAAGTGTCTGCGTTAGAGGATGGTGTAGTTACAATTTCAAGAAATAAACCTGATGATTACTTGCGCTATCCATTGAAAGCCGGAGAAACTACAACACTTGGAGGAGCGTCTATTTCAATACGCCATACCAATGCGAATGGTGAAACCGTTTATAGCTACTATGCTCACAATTCAAAAGTATTAGTCGAAAATAATCAGAAAGTTTATAAAGGTCAGGTTATTGCTTTATCTGGTCAATCCGGTAATACTCCTGGCGGACCTCACATCCATCAAGAAGTGAGTAAATATGTAGACGGTAAAAGAGTAAAAATGGATCCTTTAGAGTTTTCATGGGAGAAGTTTAATGCAAATAAAAATGAAAATTAAATCACTGATAGCTATTTCATTATTGCTCGTAGTTTGTTCATGTAAAACTAAAGAGAGTTCAGCCCTCAATGATATACCGGATGAAGTTCCTTTATATCAAGCTTTACAAGCAGATTCTAAGAGAATTGGAATTCTAAAACTCGGAGAAAAATATGAAATTCAAAAAGAAGAAAGTATTTTATTCACTGATGAGATTGGAGGCTATTCAGAAAGTTTCAAATGGGTGCTTATCAAAAAAACTACAGGTGAAGTTGGATGGTCATTAAGAAATATTTTAAATCCTAATGGTAAATTAGAACAAAATGATCCTATCGGTAGGTGGGTTTCTTTGGGTTCTAAATTTCCACAAGATTTAGTTAGATTTCTTAATCTTGAAATTTCAAAATCTGAAGTTTTGGTGAACCCTTATGCCGGCGTCGGTTATTTAAAATATGAAGATCCTAAGTTTGAATGTTCTAATGGAATATGCTCGATTTTTGCAAATGGTAAATTGATTCTTAAATTTAGCTTCCTGAAGACAAATGCTATTAAAATTATCTTCTCTGCTAAGGTTGTTGGGGATGGAGTTTCGCCTGATGTTCAAGTTAAAGAGAGTGATATGTATCACATATTGGAAGAAGGTTCGATTCTTTACAGATTGTAGCTTACGCTGTAGTCCACTCTCGCACAAACTAACACCCTCTAACGATGCACGAGCAAACGCAAAATACTCTTCCCGAGCACATTCCGAGTGCAAACTGGACTAAACGGTTCACAAAAGTGAACCGGCATGAAAGTTGCAGGGATGATGTGAAGAGAGACATCACATTATAAAAGTGTAAATGATGATTGGGTTAATTACCGGATTTGAAACCTGTATTCTAACAAACTCCACAGGATGTAACTTTATTAAGGAGGTATCTTTGTTTTTTAGCGTCTTTCGATTGTTGGTTTAGCAAATTAGAATCAATGGATTTACCGAGCACATTCCGAGTGCAAACTGGACTAAACGGTTCACAAAAGTGAACCGGCATGAAAGTTGCAGGGATGATGTGAAGAGAGACATCACATTATAAAAGTGTAAATGATGATTGGGTTAATTACCGGATTTGAAACCTGTATTCTAACAAACTCCACAGGATGTAACTTTATTAAGGAGGTATCTTTGTTTTTTAGCGTCTTTCGATTGTTGGTTTAGCAAATTAGAATCAATGGATTTACCGCGAAAGATTTCGGAAGGAGTGAGTAGATAACGGCCGGCTCTGTTGGGCCGTTGATCGTTGTAGATGGGAATCCATTCGGACAATTTTTGAATCAAAGATTGTCTATTAGGAATATCTAAATGATGAAGGCACTGATACTTTGTGATTTTGTGGATTGCCTCGATGGGACTGTTAGAAAATGAAACGTCTTTACCTGCGGTAATTTTGTTGATTGGAAGCTCGTAATCAAAAATGATTCTGTCGAGAGAGCCTTGATTTTCGGGCCCCCCGTCGGTCATCAAATGAACGAAAGAAGATTCTTTAGAAAGATTGAGATTGATTAAAGGAAAAAGATCGGGCAAGGTCAATTTGGAAAAAGAGGTTTGATACTTGGAAATGGCTTCCTCGACTAACGAAGCACAGATGTCGCTGTCGACTTGGGGAGCGACTCTAAACGCTAAAATCATCTTAGAGAAGTTATCAATCAAGATGTAAATATGAGATTTGACGTTGTCTTTGGTGACAAACTGAGTGATATCGCAATGCCAAACTTCATTGGGACGGTAGGTTTTAAAACCTTCTTTCTTTAGCTTCTTAAACTTGTTCGAAAAGAGTTCGGGACGAATCACTCTCGCCCATTTGTAAAAGGAAGATAAGCTGCAATGCAGAATGTCGTTTTTTCTAGCGTATCCCCAAATGGAAGAAAGAGGCCAAAACAAAGTAGCTTTTTCCAAAAGAAGATTTTTTAAAGAATCGATTTCCTTGACTGAAATCTGACCGACAAACCGCTTGTGGCAGAGTTTTTCCCAGGAACTACTACATCGGAACCGCACTTGGAAAAACCAGCTGTGAAAAGTGGACTTTGAGATATGAAACTTCCTTAATGTTCTTTCGAATCCAAGGTCGTCCCTTACTCTTTGAATGGTACGGACGATTTTTTCTTTAACTTGAATTGAGTTTTTCATCTTTTTCGGAAGAGATTTGATCTGAAGAAGACATAGTTTGATTTTTGCAAGAGCGATGATCCCTTTTTGAAGGGTAAGAGAGTTTTCCAAGCGTATGGAAAGGTAGTTAGCTTCTCTTTGAAGATTCGGCTCCATCCCGTTAAACCGAAACCCGTAGATATGACGAAAGGAATCTGGATCTTTGTTTTTTAGAGAGTGAACGGTGGATTTCGGTAACCCTTTGAGCTGCTCGGAAGTAATAACGCCGTTAGCGACATTGAATTTCCAGAATGTATCGTATGAATTCCTGTTTTTTTTAGGGATTGTAGGAAGTATGACTGATGAATGGGTCGCTGTCTGCATGTTATCTGTGAATACATCGTAATATTTTCATCACAATATGAATCTTTTTTTGCTGAACGCCTAATTTTTGTTATTTGTCAGTGATATGATAATTGACACAAATCACAAATTTTTTCAATCTTGTTCGAGTCTTTAGAGGACGGAAACGGGGGAAAAGTTGCATCACGGGTTTGGAATTCAGCTTTTGAGTTTTAAAGACCAAACATCGAACTACGAAGCGAAAGCGATCGCAGCAGAAATCCTGCGACGCAACATGAATTGAAGGATGAAACTGGAATATACGGAAATGCTAACATGTTGCGATGCAGATTGGAGCGAAGAGCGCGGTTTTTCTTCGCGGAAGCGAAGAAAAATTCGCCCCACTGTCCCCAGTTTTCCGTGCTCAGTCGTCAGTTCTCCGAATCGTTTTTCCTTTAAAACAAAGATCGTCAGTTTAATCACGATCTTTTCGTTTCATATATCCTTTGTCATACCTCTGACCGTTTTCAGTTTTTTGTCCTCCAGTTCTCTGGACGCTCAAAGTGTGCCGACACTCGGATCGACAAAACAATTTGCAAACGACGAATTAAAACCTTACGTGGACGCGGCAAAAGCCGGAGCCACGGATTCGGGAACGTTTTTAAATTCGGTGAACAACGGAGAACAAGTTTTAGAAGCCGCTTGGGAAACGGGAGTCAACGCGGAGATAGAATCGATCGTGGGTGGAGTGAATAACTCGGACACGGTGAATAACGTAAACGTTTACAAAGACGCTGTAAGAGCACAACTGGAACTGCAGAAACAACAGGCAAAGAACCAATGGATCGCAGACGTAAACGCATACATACAAGCAGAGTTACAAATCTTTTTAGCGACATTATCTCAAAACACATCGAACAACGTAACATCGACGAACACAAATGCGGTGAATACGATCAATCCGACCGTACAAACTGTAACCACTACTCCTGCCGCCCAAGCAACAAACCCCGCACAAGCGGCACAGAGTTATTACCAAGGAACCCAGCTCTGGGATTCTAAATGGCAGGATTTACTTAACAAACAAAACACCTGGGAACAGAATTCCTTAAATGCGATCCAGAATGGAATCCTGCAATGGAATCAATCAATTACAGGACTCGAAAATGATAAATTAAGTTATTTGAATGGAATCGAACAAACAAAAGCCCAGTGGTTGGCAAACAAACAATTGATTGCAAACGCTCAAAGCCAAATGAGAAACGCGCTTCAATCCACAATTACAAATATACGTTCTCAAGAAAATCAATTGAAAACAAATGCATCAAGTGATCCGAGTTTGACGTCCGTGTTTGGGGACATGGACGAATTGTTGGAAGATCTACAGGAGGCTCTGAATTCTAACGCATCCCTCGGCACGTTAGCGCAAACACTAGGAAATTTTTTCCAAAGTCAGATAACAAACGCAACCGCAAAAGCCGACTACTGGAATATAACCAAATGGCAGGAGACGTATGCGACTCAAGTCCTAGAGTTTAAAAAAGAAGTGGCAACCGCAAGCTTAAGTTGTAGTGGAAGTAGTTCTTGTAACAACCTGTCTACCGGACCACGAGCGATCACGTATGGAAACGACGGAAACGTATATGGTTGGGGTGCGACTAACGGAGGTTTTCAAAACGGAGTTTTGGTAAGCACTTTTGATCCATATACGGTAATGAATCCGAATTACGCGGAACTCAATCAACAATACCAAAGTTGCCAGACTCAGGCGTCCGGATCTCCATTCGGATGGATAACTTGGATATCCTATCCATGTTCAAATTTTGGATGGAACGGAGAGAATGCACCGGTTCAATCCTATACTGTAGTCCCCAACAACAGCACGGGATACTACAGCGCAGGACATTACGAAGCGACGTGTAACGGATCGGATGTAGGAGGAACTTGCCTTGGAGGAACCGGCCACTACGCGTTAGACTTAACTGATTGTACCGGAGCTCCGTTTGGAGTAATGTGCGGCTATAGCAGACAATGGCATACGGACGACAGTTATTCCACCTCGGTAACGGAAAGTTTTAGCCAGGCACAAAAAGATCAAATAGCGACAAACACAAAAATACGAAACGCGGTCTATGGAAATTACAACACTGCGTTTGGATTGTCTTCCCAAGCGGGGAATGCAGTTTCAAATTCAAGCGTTGCGCTTGAAACAAAAGTGTGGTTAGGCGGAAGCGCTTTAAATAACTCGAATTGGTACAATTCTCTTGGATTGATCGAACAAGTACAGGTTCAAACCAAATACAAATACATAGACTCTGCGATGCAAGCAAACCAGAACTTTTGGACGAGTATGAAAACACAGTTTACAAATATTGCATCCACGTTTTTGTCACTCGTCAATCCGTTGAAAGACTGGGAAGAAAGATCGCAAACATACGAAGAAGAATACCAAGCAAAACTATTAGAACTGGAACAAACGAAACAATCTACAATTTCCAACTATGATAATCAGATTAATCTCATGAAGGCGGCAAGAGGAGCCTGGGTCACAGAAGTTTACGGTTACCAAATGGCAGGAATTGCAGGAAGCGCAGATAACGCAAATAGCCAATTTAGAACGGGACAAGAAAACTGGGACGACACAATATCAATCTTCCAACAAGCAGAGTTAAATTGGTATTTATCCGCAAAAGATATATTGCAACAAGCGGTAACTGCAACTGACGGAGAAACACAATTCCAAACAAACGCAACCTCACAAGCAAACCAACTACAAACACAAATTACAAACTCGGAGACAAATACAACCGGGCTTTACAACGCAGCAACAGGTTTGTATCAAACGTATCAATATGCAGCGGCAGGAAACGTAATGCAACAAGCAATTACAAACCTGCAAAACCAAACAAGTTGGAACGGACAAGGAGCCAACCTCTCTCAAACAATCGCAGATTCTTTTGGAAGAAGCGAAGCCTACAAAACAGCAGAACTCAGCGCAAGTAATCGAATCAATGCATTAGCACAAACGATTTACGGAAACGGGGCATATATCGTAGACAATACAGAGTTAAATCAGATTCAAAATCAAATTACAACGAGCGGACAAAACCAAACGTTTTGGCAAAATGAAATCAATGGAACCAACGGAGGATTTAACTTTAACGGAAGAAGAGCGACAAGTATATCTACAACAACAGAATACACAAATATACGAAACGATATCTCTGTAGCGACAACACTACAAGCAGAAGTAGTAGACGAAGAGAGAGGCTATCTAAAAACCGCAAACGAATACTTTGAAAAATCAGAGAAGTATCAAGAGTTAGCAGACAAAGCAAGAAGCGAAGCCAAGTTCGATGAAGCAGCGCTTTACACTGGTTATGCGGTGAGAGAAAAAAACAACGCTTTAGGATATTTAAAAAAGAAATACTATTCGTTAGGCGAAGAAATTACGAGTGAAATAGACAACCGAGGATTGACATATACCAAAAATTCTTTCCTGAGTTACAGAGATAACCTACTCAACAAAAACTTTCAGAATACAACTCAAATCAACAAACAAATCCAAGAAGGAAAGAACGCCGTGGCGGGGATTATATCCGAAGGAGAAAGTTACAACCAAATCCAAGGAATGATACAAACCGCTTCCAACTTAAACAAACAAGGAGAAGAAAACAAAGAACGAGTGGAACGGTTGCTACTCGAATCCAAAGAATTAGCAAACCGTAATATCGGAGAAGGACTCTTGGATGGATTGCAAGAAATGATCGCAAGTATCCAAAGTTCGTTACCACAAGAAGTGAGTAACAATGGAGTCGCTCAATACATCCAAGCACAAGAGAAAGAATTGGAAGAAAAACAAAAAAAGGCAGATGAACTACTTTCTCACATGAATTTACTTGTGACGAATAACAATGATTTGGCGGCATTGCAAACATTGTTACAAGGAAGTAGCCAAGCAATCAACTTGGCGGCAAACAGCGCAGTGTCAAAATACTTAGACGACTACGCAAAAAAACTACAAAAAGATAACGAAGAAAGAAGTGCAAATCTCCAAAAGACACTTTTAGAAGCGCTGACCAACGGAGACGAATACAAATATCTTAGAGAAGCAGGATACGGATTTAGAGTGGATGGAGAAGGAATCAGCGCGTATCGACAGATCTACAGCGGAGAAATCGAAATCGACGGCAGTGCGATGAAGAGCACGAGTTATTCTCCCGATTTAGAATATCAATATATACGAATGGAGACGAAGTTTAATCCTGGAAACCTGAGCGTGGATATGATGAATCCAAACGCGACAAGGTTCAACGCAGAAATGGTACTGGGAGTTAAAAACTACATCGACAATCTACAAAAGAACGTGGAGACGATGTTTGCTCAGTTTAGCAACAAGACAAACGAGATCAAAGAAGAATACGCAGAGAATCAGGAGATCGAAAGTTATCAAAAGAAATTGTATGAGGCAAGTAAAGAGAATTACTTAGCAGCCTTCCAAGCTTTACCAGGCGAATTGAAAAACATGTTCGAAGGAGAAATGGGAGGCTTAAAAGGTTATCACGAACAAGGATCGAAATACAACTTCGGAACAGAAAGTTTCAAAGGCCAAAGCGGAGATATGAAGAAGATCGGCAAAGCGATGTATGAAGGAGCTTCGATCGACGACACAGTTTTTGGAGGAAGCAGAGAATTAAAAGGCTCGGTGAGCGTCAAAGGGATTCCTGTGGAAGTAAGCTACGGAATGCAATACTTGATCGTCACATCCGGATTTGATATTTCAAATTTAGGATACAACTTCAAGTTGAAGGGAGTGGGAACCAATTACGTCGACAATCAACTCTCAAACGTAAACCGAAAATATACCGTCTACTCCGAAGACATTCAAAATAGAATCGAAAAACAAGCAAAGGCGAATGACGCGGAGAAGGAAAGCAAGGGATTTCTGTTTAACGTATTAAGCGGAATGAGCGGAGGACAAAAACCTCATGAAGCCATTAAATCCGAAGTTCAAAGCCGCATAACGGGAGCAGTTGCGGAAGCAACTGGATTACCTGCGAGTTTTGTGGGAGCCCTTGTCGGCGGTTCCAACATGAAACAAGCGATGAAAGCATACGAGAAGAGCGTGACCACGGAAGCGATATCGCAAGCAACCGGAATTCCCGCTTGGTATTTAAACCAAAAGATTTCTGAGAAAGAAGCGACACACGCGATGACGACGAGCTTTTCGTACAACATGGGTCGGGGTCTTGGCACGATGGCGGCTGTTGCAATAGCGACAGTTGCGGTAGGTCCAGTCGGTGTCATCGCTCTTGCGGCAAATCCAGATGTGACGAAAAAAGTGAACAAGTTCTCGGATCATCTGGGTAAACAAGCGTATGAAAACCGCGAAACGATCGATACAGTAATAACGGTTGCTGCTTCTGCGACGGCAATCATAACAGGTGGAGCGAGTTTAGTAGCGCTTGCAGCTTACAAAACGATACAGGGCGCGACGGAAGGCGGCGTGTTGGGTGCGCTCGCTGGAGCAGCGACGATTGGGAATGCTCCTCTTTCGATTGCAACTGGAGGTCTTGTAAGCTATGACCTAAGCTACTCGAGAGAGAAAGGATTTGGAGCAAGCGTCGGCGGTGGCATGAAGCTGATGGAAGGCCTTGGAGTTGGAGCCACACTCAGTTACAACGAACAAACAGGATTCGGCGGATCCGCGGGTTTGCAAGCGGGAACAAGCGCACTTAGCTTTAACGCGGGAATAAGTTATTCCGAACAAGGAGGAATTTCAGCTAACGCTGGCCTCGGACTCGGAATGGGTAAAAACGGAACCACAGGATCGTATGCCAGCACTCTCAACTTGGGAATGAGCTACAACAGACAAGACGGCTTTGGCACTAGCGTGGGAATTTCAAGAAACAACAACGTGGTTCTTCCGGGAGTTGGTGCTACACTTTCTCGTTCGGAGTTTGGAGGATGGGGAGCGGATGTATCTACGGACCAATACGGTTCGTATGAAGGTAAAGGCGGTAAATACGGCGGAGTCAGTGGAGGACTTTCTTGGAACGAACACACTGGCCTTACACTCAGCTTAAACTCGGGGGGAACCAATGCATTCAACTACAATGCTCAGAGCGGTTTAACCAGTAACAGTAACTTTCTTGCCGAGTCTGCAATGAACAACGGTCTTTCTCAAGGGGTGGCTGAGACTCCCGAAGAAAAAGCATATGCGGCAGCGAAAGCAGAAGCGGATTCCAGAGCTGCTCAGAATAGGAACAATTCTGAACAAGGAAAATCTGCGTTAGACGCGGTTGGATATGCTACGCAGAGAAGAGAAGAGGACTACTCTCAAAACCACGGTGACATTGACAACGATGGAAAAAACAAAGGATCTGGAATTGATCCAACCAAGTTGGAAATCAACCAATACGAGCGTTTTCAAAACAGAGATGGTGCCGCTGAGAACTTGAGCAAGAAAATAGATGAAACGTATAGCGCGAACCAAGGTAAGGACAAAAAGCTGCACAAAGAGTTTACCTCAGAAATCGATTTGAGGAGAAGTAAGATTTCTGAGAACGAGGCGAATATGAGTTTGGGCGACAAGATGAAGTTGGACAAACTCAAAGATCAAAAAGCGGCCTTAGATGCGGAATACAAAGCTATCAATTCTGGGGAGGGAAAAACGACAAATACAATGAAATACTTTTGCTAAAAATCGAAGCAGTGAATCATCAAATGAATGATATGAAGGCGGGAGACGCATTTAAATACAAAGGGGAGAATGCGGACAATCGGACTGAACTGATGGGAAGAATGATTGAGCTGAAAGAGAAAGAAGCGTATGGAACATTGACTCCTAACGAGAAAAAAGATCTTGCTAAGGTAACGAGTGGTCTGGAAGATTATCGCCGATATGGCCAAGTTAGAGATCTGATTTTGAACAACAAGATTTCGAGTTATGATTTAGGTTCGTCTACGACGGCGGCGATTTGTTTTGTGAATTCGCATTCCAACTATCTCGGAGCGGATACTAAAACAAATTATTTCTCCCAGGCTCAGTTAGGGAATATCGGTATGACAAACAGTGATTACAGGGGAATGAAGGCTCCTTCTTTGGGTGTGGGAAGTCACTGGAGTGGAACTCTCAATACGTTGAAAAATCCGGCGAGCGGTGAAGTCCATGTGACGCGATCCCAGGTTGACATTTTGAACCGAAGCAAGGCAAACAATGCGATCGTGTTTACAGACACGACAGGCGACGGAAATGCAAATCACTGGCAGAATGTGGCGAGGGGTGAGGATGGTAAATGGTATGACATCAATAATAACCGCCGAACTAAAGATGATTTAAAACAAATGGATTTCAGTAAAGTATATCAAATCAAATACAATGACAATTGGTGAAACATGAAAAAGAAAATAGCGTTAGTAAGTATGTTGTTCTTTGTTTTCTTCTGCAAGGAAGAAAACAAAGAAGTCCCCAAACAAGAAAATTCCGTCCAGGAAGAGAAGGTGCAGGATATGAAGACTGAAAATATATTCAACTGGGTATTTGCGATGGACGGCTTAAATACTTTTAAAGAATCAATGGGCATCATATCTAAATTTGATGAGTATTGTTTGAAAATTGATCCTAATGTTAATTTTTTTGAACTTGGGATTGCGGAAGGTAAAGTTTACAAAGGCAAAGTTAAAGAACGAGATTTAGAAAGTGTAACGATTGAAATCAATGGTAAAACTCGCAAATATTTTATTGTGCAATATACATCAATAACTAAGGTCGAGACTTATGCATTGATGACGGAAAACTACTCAAAGAAAGAATCAGATGGGAAATGGAATATGGACAGTGCCGAAGGGAAGGTTGCTTCTTCTCAAACGATTTCCGAATGCATTTCTGATATTAAACTAAACTACGAACTACAGTATCACGAAGAAGATCACGGGGTGCAGAAAAAGAAGTAAAGCTTTTGTTCTGTTGCAGATCCACACCAAAAACAAAACAGGGCTCCGGGGATGGAACCAAGGAGATAGCCGAGCACATTCCGAGTGCAAACTGGACTAAACGGTTCACAAAAGTGAACCGGCATGAAAGTTGCAGGGATGATGTGAAGAGAGACATCACATTATAAAAGTGTAAATGATGATTGGGTTAATTACCGGATTTGAAACCTGTATTCTAACAAACTCCACAGGATGTAACTTTATTAAGGAGGTATCTTTGTTTTTTAGCGTCTTTCGATTGTTGGTTTAGCAAATTAGAATCAATGGATTTACCGCGAAAGATTTCGGAAGGAGTGAGTAGATAACGGCCGGCTCTGTTGGGCCGTTGATCGTTGTAGATGGGAATCCATTCGGACAATTTTTGAATCAAAGATTGTCTATTAGGAATATCTAAATGATGAAGGCACTGATACTTTGTGATTTTGTGGATTGCCTCTATGGGACTATTAGAAAATGAAACGTCTTTACCTGCGGTAATTTTGTTGATTGGAAGCTTGTAATCAAAAATGATTCTGTCGAGAGCGCCTTGATTTTCGGGCCCCCCGTCGGTCATCAAATGAACGAAAGAAGATTCTTTAGAAAGATTGAGATTGATTAAAGGAAAAAGATCGGGCAAGGTCAATTTGGAAAAAGAGGTTTGATACTTGGAAATGGCTTCCTCGACTAACGAAGCACAGATGTCGCTGTCGACTTGGGCAGCGACTCTAAACGCTAAAATCATCTTAGAGAAGTTATCAATCAAGATGTAAATATGAGATTTGACGTTGTCTTTGGTGACAAACTGAGTGATATCGCAATGCCAAACTTCATTGGGACGGTAGGTTTTAAAACCTTCTTTCTTTAGCTTCTTAAACTTGTTTGAAAAGAGTTCGGGACGAATCACTCTTGCCCATTTGTAAAAGGAAGATAAGCTGCAATGCAGAATGTCGTTTTTTCTAGCGCATCCCCAAATGGAAGAAAGAGGCCAAAACAAAGTAGCTTTTTCCAAAAGAAGATTTTTTAAAGAATCGATTTCCTTGACTGAAATCTGACCGACAAACCGCTTGTGGCAGAGTTTTTCCCAGGAACTACTACATCGGAACCGCACTTGGAAAAACCAGCTGTGAAAAGTGGACTTTGAGATATGAAACTTCCTTAATGTTCTTTCGAATCCAAGGTCGTCCCTTACTCTTTGAATGGTACGGACGATTTTTTCTTTAACTTGAATTGAGTTTTTCATCTTTTTCGGAAGAGATTTGATCTGAAGAAGACATAGTTTGATTTTTGCAAGAGCGATGATCCCTTTTTGAAGGGTAAGAGAGTTTTCCAAGCGTATGGAAAGGTAGTTAGCTTCTCTTTGAAGATTCGGCTCCATCCCGTTAAACCGAAACCCGTAGATATGACGAAAGGAATCTGGATCTTTGTTTTTTAGAGAGTGAACGGTGGATTTCGGTAACCCTTTGAGCTGCTCGGAAGTAATAACGCCGTTAGCGACATTGAATTTCCAGAATGTATCGTATGAATTCCTGTTTTTTTTAGGGATTGTAGGAAGTATGACTGATGAATGGGTCGCTGTCTGCATGTTATCTGTGAATACATCGTAATATTTTCATCACAATATGAATCTTTTTTTGCTGAACGCCTAATTTTTGTTATTTGTCAGTGATATGATAATTGACACAAATCACAAATTTTTTCAATCTTGTTCGAGTCTTTAGAGGACGGAAACGGGGGAAAAGTTGCATCACGGGTTTGGAATTCAGCTTTTGAGTTTTAAAGACCAAACATCGAACTACGAAGCGAAAGCGATCGCAGCAGAAATCCTGCGACGCAACATGAATTGAAGGATGAAACTGGAATATACGGAAATGCTAACATGTTGCGATGCAGATTGGAGCGAAGAGCGCGGTTTTTCTTCGCGGAAGCGAAGAAAAATTCGCCCCACTGTCCCCAGTTTTCCGTGCTCAGTCGTCAGTTCTCCGAATCGTTTTTCCTTTAAAACAAAGATCGTAAGTTTAATCACGATCTTTTCGTTTCATATATCCTTTGTCATACCTCTGACCGTTTTCAGTTTTTTGTCCTCCAGTTCTCTGGACGCTCAAAGTGTGCCGACGCTTGGATCGACAAAACAATTTGCAAACGACGAATTAAAACCTTACGTGGACGCGGCAAAAGCCGGAGCCACGGATTCGGGAACGTTTTTAAATTCGGTGAACAACGGAGAACAAGTTTTAGAAGCCGCTTGGGAAACGGGAGTCAACGCGGAGATAGAAGCCATCGTGGGTGGAGTGAATAACTCGGACACGGTGAATAACGTAAACGTTTACAAAGACGCTGTAAGAGCTCAGTTGGAATTGCAGAAACAACAGGCAAAGAACCAATGGATCGCGGACGTAAACGCGTACATACAAGCAGAGTTACAAATCTTTTTAGCGACATTATCCCAAAACACATCGAACAACGTAACATCGACGAACACAAATGCGGTGAATACGATCAATCCGACTGTGCAAACTGTAACCACTACTCCTGCCGCCCAAGCAACAAACCCCGCACAAGCGGCACAGAGTTATTACCAAGGAACCCAGCTCTGGGATTCTAAATGGCAGGATTTACTTAACAAACAAAACACCTGGGAACAGAATTCCTTAAATGCGATCCAGAATGGAATCCTGCAATGGAATCAATCGATTACAGGACTCGAAAATGATAAATTAAGTTATTTGAATGGAATCGAACAAACAAAAGCCCAGTGGTTGGCGAACAAACAATTGATTGCAAACGCTCAAAGCCAAATGAGAAACGCGCTTCAATCCACAATTACAAATATACGTTCTCAAGAAAATCAATTGAAAACAAATGCATCGAGTGATCCGAGTTTGACATCCGTGTTTGGGGACATGGACGAATTGTTGGAAGATCTACAGGATGCTCTGAATTCTAACGCATCCCTCGGCACGTTAGCGCAAACACTGGGAAATTTTTTCCAAAGTCAGATTTCAAACGCAACCGCAAAAGCCGACTACTGGAATATTACCAAATGGCAAGAGACGTATGCGACACAGACGGTTGCGTATTCTCAGATCGTGGGGAACTCTTCCATAAGCTGTACGAATTATGAAGGATCAGGATGTAACAACGTAGCCAGTGGGAATCGATCGATCGTATACAACAGTAATGGAAGTGTATATGGATGGAGAGCGAGCAGCGGTTCTTTGGTCTATCAATCGGATGAAACCGGCACGGTGGGCCAAGGTTCATATGGTTCGTCCGCATATATTGAAAACTCACATTACCAAATCAGTTGTCAAGCATGGGATTTCGGCGGAACTTGTGTCGGTGGATTTGGAGGTTACGAGTCCAACGGTGTCTATTGTGGTGACAGATTCGAATTCTGCGGATATACCCGAGACACAGTTATCGACCAAAACTATACAGTATTTGCAAGCGGGACGTTCAACCAACAACAGATAACAAACAACAATAATATTCGAAATGCAATATTCGGAAGTTATAACACTGCATTTGGACAATCCTCCCAAGCTGGGAACGCGGTGGCCGGATCGGGTGTGGCTCTTGAAACCAAAGTATATTTGGGAGGAAGCGCTTTAAATAGTTCCAACTGGTATGGATCGTTGGGATTGAATAACCAAGTTCAAATACAAACGAAATACAAATACATAGACTCTGCGATGCAAGCAAACCAGAACTTTTGGACGAGTATGAAAACTCAGTTTACAAATATTGCATCTACGTTTTTGTCACTCGTCAATCCGTTGAAAGACTGGGAAGAAAGATCGCAAACATACGAAGAAGAATACCAAGCAAAACTATTAGAACTGGAACAAACGAAACAATCTACAATTTCCAACTATGATAATCAGATTAATCTCATGAAGGCGGCAAGAGGAGCCTGGGTCACAGAAGTTTACGGTTACCAAATGGCAGGAATTGCAGGAAGCGCGGATAACGCAAATAGCCAATACAGAAGCGGACAAGAGAATTGGGATAATACGATATCAATCTTCCAACAATCGGAACTCAACTGGTATTTATCTGCAAAAGATATATTACAACAAGCGGTAACTGCAACTGACGGAGAAACACAATTCCAAACAAACGCAATTCCGCAAGCAAACCAACTACAAACACAAATTACAAACTCAGAAACAAATACAACCGGGCTTTACAACGCGGCCACCGGACTTTACCAAACGTATCAATATGCAGCGGCAGGAAACGTAATGCAACAAGCATTAACGAATCAACAAAACCAAACAAGTTGGAACGGACAAGGAGCCAACCTCTCTCAAACAATCGCAGATTCTTTTGGAAGAAGCGAAGCCTACAAAACAGCAGAACTCAGCGCAAGTAATCGAATCAATGCACTGGCACAAACGATTTACGGAAACGGGGCATATATCGTAGACAATACAGAGTTGCAAACACTCCAAACCCAAATTACAACGAGCGGACAAAACCAAACGTTTTGGCAAAATGAAATCAATGGAACCAACGGAGGATTTAACTTTAACGGTCGCAACAACACAAGCCAAGCAAAAGAAACCTTGTATACGAACATGATCGCAGACATTGCAGTCGCAACAACGTTACAAGCAGAAGTAGTCGACGAAGAGATCACATATCTAAAAACAGCAAACGAATACTTTGAGAAATCCGAAAGATATCAAGAGTTAGCAGACAAAGCAAGAAGCGAAGCAAAATTCGATGAAGCAGCACTTTACACTGGTTATGCGGTGAGAGAAAAAAACAACGCTTTAGGATATTTAAAAAAGAAATACTATTCGTTAGGCGAAGAAATTACGAGTGAAATAGACAACCGAGGATTGACATATACCAAAAATTCTTTCCTGAGTTACAGAGATAACCTACTCAACAAAAACTTTCAAAATAGCACACAAATCAACAAACAAATCCAAGAAGGAAAAAACGCTGTAGCAGGAATTATTTCCGAAGGAGAAAGTTACAACCAAATCCAAGGAATGATCCAAACAGCGACCAACTTAAACAAACAAGGAGAAGAAAACAAACAAAGAGTAGAGAAACTACTCTTAGAATCAAAAGAATTAGCAAACCGTAATATCGGAGAAGGACTCTTGGATGGACTCCAAGAAATGATCGCAAGCATACAAAGCACACTCCCACAAGAGATATCTAACAACGGAGTGAGCCAATACATACAAGCACAAGAGAAAGAGCTGGAAGAAAAACAAAAAAAGGCAGATGAACTACTTGCCCACATGAATTCACTTGTGACAAACCAAAACGATTTGAATGCATTACAAACCCTACTCCAAGGAAGCAGCCAAGCAATCAACCTAGCAGCAAACAGCGCGGTATCTAAATACTTAGACGACTACGCAAAGAAACTTCAAAAAGACAACGAAGAAAGAAGTAACCAACTTCAAAAGACGTTACTCGAAGCTCTGACGAACGGAGAAGATTACAAATATCTCAGAGACGCAGGATATTCTTTCCGAACGGATGGAGAAGGAATATCCGCTTACAGACAGATCTACAGCGGAGAAATCGAAATCGACGGCAGTGCGATGAAGAGCACGAGTTATTCTCCCGATTTAGAATATCAATATATTAGAATAGACACAAAATTCAATCCAGGAAACTTGAGCGTGGATATGATGAATCCAAACGCGACAAGGTTCAACGCAGAAATGGTACTGGGAGTTAAAAACTACATCGACAATCTCCAAAAGAACGTAGAGACGATGTTTGCTCAGTTCAGCGACAAAACAAACGAGATCAAAGAAGAATACGCACAGAATCAAGAAATCCGAGACTACAAAAAGGAACTCTACAAAGAAAATCGGGATACAACGGTAGCCTCCTTTCAAGCTTTACCAGGCGACTTGAAAGGCATGTTCGAAGGAGAAATGGGAGGACTCAAAAATTATCACGAACAAGGATCGAAATACAACTTCGGAACAGAAAGTTTCAAAGGCCAAAGCGGAGATATGAAGAAGATCGGCAAAGCGATGTATGAAGGAGCAAACATTGACGACACAGTTTTTGGAGGAAGCAGAGAACTCAAAGGCTCGGTGAGCGTCAAAGGCATACCTGTAGAAATTAGCTACGGAATGCAGTATTTGATCGTAACATCCGGATTTGATATATCGAATTTAGGCTACAACTTCAACTTGAAGTTAGTGGGAACTCAAAACGCAGAGAGTCAACTCTCGAACGTAAATCAAAAATATGCCGTCTACTCCGAAGACATTCAAAATAGAATCGAGAAACAAGCAAAGGCGAATGACGCGGATAAGGAAAGCAAGGGATTTCTATTTACAATTTTGAATGGAATGAACGGCGGATCCGGAAGCATGGGACAAAGATTTACCCAAGCGGTGAAGTCGGAAGCACAAAGCCGCATAACGGGAGCCGTGGCCGAAGCAACTGGATTACCTGCAAGTCTCGTAGGGGCACTTGTCGGTGGAAGTAGCATGAAAGACGCAGTGAAAGCGTATGTCAAAGACGAGACCGTAAACGCAATTTCGAAAGCAACCGGATTACCTACATGGCTTATCTCCAATCAGATGGAGAAGATGAACAAACCGAAAGAACAATGGTATCAAAGCCAAGAGTTCCAAATGGTGACAACAGTGGTAGCAGTAGCGGCAGCGCCCTTCACCGGCGGAGCTTCTCTGATGGTCGCTATGGCAGTGGGTGCAGGCCTGGGTGCCGCCACAGGAGCTGCAAGCGGAGGATTAAAAGGTGCGCTCGTCGGTGCTGTGGGTGGAGCTGCAGGAGCTGCTGTCAAAAGTTTTACAGGAGGAGCGGTTAACGTAGGCCTCAGCTACTCCGCAGAGAACGGATTTGGTGCAAGCGTAGGAGTCGGATATGGACCTGCCACAGTGAGCGTCGGCATCTCAGAACGAGGTGGAACATCGGTGGATGTCGGTTTAACAAAAGGCGGATTCAATGCAGGACTAAACTACAACAGTAAAACAGGAAGCGTAAGTGGAAGCACAGGATTTACTTCTCAAAGTGGAACGGGCTTAGCACTCAGTTACAACGAAGGAGACGGATTTGGTGCAAGCCTTAGTAAAAGTTTTAGTAATGGAGTCAATGGCGGAATCAGTTGGAGCGAGAAAGGTGGTGTCGGTGGAAACATCGGATACGAAGCTCCTGGAGACAAAAACAAACCGAAAGATTCACTTGCAAATCAAATGAAAGGAGCCGGTGGAACTTTAAGTTTCAATCAAAGAGATGGAGTATCAGCAGCGCTTAACGCATCGGGAGGAGTGAACGCAGGAAACTGGAGTGAGTCAGGTGGATTCCAGGCAAACACAAACTTTTTAGCCGACAAGTGGAAAGCCGATTTTATATCAGGAAAAGCGAAAGAAGACGCAGATGCGCAAGAAGCATCCAGAGGCGCTCAAAATAGGAACAATCAAGAATCTGGTGCAGCGGCGATCGCAGGTATGGGCGTTGAAACTCAAAGAAGAGAAGAGGATGGAATCCTGGATCACATTCTGGGCAAGGCGGCTGAGACGTTAGGCGGCGGTCTGGATTGGGTAGGAAACAAGATCGATGGAGCAATCGACAGCGTTGTCGGAGTTGCCTCAAGTGCTTGGGATGGTGCTAAGAACGCGTTTGGATTTGGAAAAGGCGAATCGTTGAGTATGAAACCACTTCATCATGAGAATGCGGGAGATGGTGCTGCATATGGTGCGTCGGACTCAACCGAAAGCGCCTCCGATCGTCACTTGCGAGTTGGTGAAGATGCAATATCAAATCACTTAGACAAACAAAGAAGTGAAAAGCCTTATTTGCAAAAAGGCGAAGTCGATGTAAGTATGCATCCTGATTATCACAAAAAGCTAATCAACATGGAATTGGAATCTGGAGTAAGCGGAGGAAATTTAATCCGAAATGAAAAAACCGGCAAACTGTATTACAGAACGGAAGCAACTGGTGCTGATAGCAAATTGATTCCAACCAATCCGAATGAAAGAGTGAGGTCTCCTTGGACTCAAACAGAACTGCATACGGATAGCCTCAATGGAATAACATCAGGAGATTATCACGCACCGAAAGGATCCGCTCAATCGGTTTGGGGTCCGGAAGGCGGGACGTTTAAGATTACGCGTATAAAAACAATGGAGTTAGGCGGAAATGAAATTACAACTCGAACTGTGATTAACGGAAAAGAAATTGTAGAATATCACAGACATGTAATGAATCAAATGCCGGACGTAGCGTATGATGCTCTCAAAAAAGGAACTTCATTGCCGTATGGAACACCGATCGGATATACAGGAATTACAGGAAACATGGCCGTATCGATTAACAACGACAAGAATAGTCCGAGGTATGGAATGTTGTCAGCACCGGCATACCATATGCACACAAAAGTAGACAACGCGGAAACACACACCGGGTTTATTCAAGGTGTGACGTTTGGTCCAGAGGTGAGACAATCTCAAGGATTGCCCGCTTTTGACTATACAAGTCATTACAAGAAGAAAGCATTAGATTTATTAACTGGAGGAAATTGATGAAAACGAAGTTGATGGCGATTTTAATTTTAGGATTGGCGGGAACTATGGGAATTTTTGCGGAAAAAAGTCTGAAAGAAAAAGCATACGAGTATTACAGTTCCATCAGTCCTGAATTCAAAAAATACAATTTAGATATGAAACCTGAAAAGATTGAAAGTTTAGGAATGAAGGAAATGACGGATGAAGGAATGCAATATCTTGTTGTATTCCCAAATTTAGAAACGCTAACCTTAGATGATTCCAAAATCACAGATGAAGGATTGAAACAAATTTCCACACTCCCAAAGTTAGACGATCTAAGTTTAGGACGAAATAAAATTACGAACAAAGGGATTGAATATATTTCTAAAAGTAAAACGATTACTAAATTATTTTTAAACAACATTCAAGAAATCGACGACGGTTGTATTCCTCATTTGTTGAAAATGAAACAACTGACAACGTTGGAGTTATCTTTGACGAATATTTCTGAACAAGGATTGAAAAAGCTGAGAAAGGGATTGCCGAAGGCTGGTGTTACAACTCAGTGATTCCAAGGCAAAACAGGGTTCCGGGGATGGAACCAAGGAGATAGCCCGGCGAAGGGGTAGCGGAATACCGAGCTTGGAAATACAATTAGACATTTGTAAATTAGAAAGACAGCAAGCTCGGTATGAAGCGAGGGGAAAGCCTTCCCCTTCAGTCTTCTGCCCTCTGAATGTGGAACATCGGTGGATGTCGGTTTAACAAAAGGCGGATTCAATGCAGGACTCAGCTACAACAGTAAAACAGGAAGTGTAAGTGGAAACGCGGGATTTACTTCTCAAAGTGGAACGGGCTTAGCACTCAGTTACAACGAAGGAGACGGATTTGGTGCAGAGCACATTCCGAGTGCAAACTGGACTAAACGGTTCACAAAAGTGAACCGGCATGAAAGTTGCAGGGATGATGTGAAGAGAGACATCACATTATAAAAGTGTAAATGATGATTGGGTTAATTACCGGATTTGAAACCTGTATTCTAACAAACTCCACAGGATGTAACTTTATTAAGGAGGTATCTTTGTTTTTTAGCGTCTTTCGATTGTTGGTTTAGCAAATTAGAATCAATGGATTTACCGCGAAAGATTTCGGAAGGAGTGAGTAGATAACGGCCGGCTCTGTTGGGCCGTTGATCGTTGTAGATGGGAATCCATTCGGACAATTTTTGAATCAAAGATTGTCTATTAGGAATATCTAAATGATGAAGGCACTGATACTTTGTGATTTTGTGGATTGCCTCGATGGGACTGTTAGAAAATGAAACGTCTTTACCTGCGGTAATTTTGTTGATTGGAAGCTCGTAATCAAAAATGATTCTGTCGAGAGAGCCTTGATTTTCGGGCCCCCCGTCGGTCATCAAATGAACGAAAGAAGATTCTTTAGAAAGATTGAGATTGATTAAAGGAAAAAGATCGGGCAAGGTCAATTTGGAAAAAGAGGTTTGATACTTGGAAATGGCTTCCTCGACTAACGAAGCACAGATGTCGCTGTCGACTTGGGGAGCGACTCTAAACGCTAAAATCATCTTAGAGAAGTTATCAATCAAGATGTAAATATGAGATTTGACGTTGTCTTTGGTGACAAACTGAGTGATATCGCAATGCCAAACTTCATTGGGACGGTAGGTTTTAAAACCTTCTTTCTTTAGCTTCTTAAACTTGTTCGAAAAGAGTTCGGGACGAATCACTCTCGCCCATTTGTAAAAGGAAGATAAGCTGCAATGCAGAATGTCGTTTTTTCTAGCGTATCCCCAAATGGAAGAAAGAGGCCAAAACAAAGTAGCTTTTTCCAAAAGAAGATTTTTTAAAGAATCGATTTCCTTGACTGAAATCTGACCGACAAACCGCTTGTGGCAGAGTTTTTCCCAGGAACTACTACATCGGAACCGCACTTGGAAAAACCAGCTGTGAAAAGTGGACTTTGAGATATGAAACTTCCTTAATGTTCTTTCGAATCCAAGGTCGTCCCTTACTCTTTGAATGGTACGGACGATTTTTTCTTTAACTTGAATTGAGTTTTTCATCTTTTTCGGAAGAGATTTGATCTGAAGAAGACATAGTTTGATTTTTGCAAGAGCGATGATCCCTTTTTGAAGGGTAAGAGAGTTTTCCAAGCGTATGGAAAGGTAGTTAGCTTCTCTTTGAAGATTCGGCTCCATCCCGTTAAACCGAAACCCGTAGATATGACGAAAGGAATCTGGATCTTTGTTTTTTAGAGAGTGAACGGTGGATTTCGGTAACCCTTTGAGCTGCTCGGAAGTAATAACGCCGTTAGCGACATTGAATTTCCAGAATGTATCGTATGAATTCCTGTTTTTTTTAGGGATTGTAGGAAGTATGACTGATGAATGGGTCGCTGTCTGCATGTTATCTGTGAATACATCGTAATATTTTCATCACAATATGAATCTTTTTTTGCTGAACGCCTAATTTTTGTTATTTGTCAGTGATATGATAATTGACACAAATCACAAATTTTTTCAATCTTGTTCGAGTCTTTAGAGGACGGAAACGGGGGAAAAGTTGCATCACGGGTTTGGAATTCAGCTTTTGAGTTTTAAAGACCAAACATCGAACTACGAAGCGAAAGCGATCGCAGCAGAAATCCTGCGACGCAACATGAATTGAAGGATGAAACTGGAATATACGGAAATGCTAACATGTTGCGATGCAGATTGGAGCGAAGAGCGCGGTTTTTCTTCGCGGAAGCGAAGAAAAATTCGCCCCACTGTCCCCAGTTTTCCGTGCTCAGTCGTCAGTTCTCCGAATCGTTTTTCCTTTAAAACAAAGATCGTCAGTTTAATCACGATCTTTTCGTTTCATATATCCTTTGTCATACCTCTGACCGTTTTCAGTTTTTTGTCCTCCAGTTCTCTGGACGCTCAAAGTGTGCCGACACTCGGATCGACAAAACAATTTGCAAACGACGAATTAAAACCTTACGTGGACGCGGCAAAAGCCGGAGCCACGGATTCGGGAACGTTTTTAAATTCGGTGAACAACGGAGAACAAGTTTTAGAAGCCGCTTGGGAAACGGGAGTCAACGCGGAGATAGAATCGATCGTGGGTGGAGTGAATAACTCGGACACGGTGAATAACGTAAACGTTTACAAAGACGCTGTAAGAGCACAACTGGAACTGCAGAAACAACAGGCAAAGAACCAATGGATCGCAGACGTAAACGCATACATACAAGCAGAGTTACAAATCTTTTTAGCGACATTATCTCAAAACACATCGAACAACGTAACATCGACGAACACAAATGCGGTGAATACGATCAATCCGACCGTACAAACTGTAACCACTACTCCTGCCGCCCAAGCAACAAACCCCGCACAAGCGGCACAGAGTTATTACCAAGGAACCCAGCTCTGGGATTCTAAATGGCAGGATTTACTTAACAAACAAAACACCTGGGAACAGAATTCCTTAAATGCGATCCAGAATGGAATCCTGCAATGGAATCAATCAATTACAGGACTCGAAAATGATAAATTAAGTTATTTGAATGGAATCGAACAAACAAAAGCCCAGTGGTTGGCAAACAAACAATTGATTGCAAACGCTCAAAGCCAAATGAGAAACGCGCTTCAATCCACAATTACAAATATACGTTCTCAAGAAAATCAATTGAAAACAAATGCATCAAGTGATCCGAGTTTGACGTCCGTGTTTGGGGACATGGACGAATTGTTGGAAGATCTACAGGAGGCTCTGAATTCTAACGCATCCCTCGGCACGTTAGCGCAAACACTAGGAAATTTTTTCCAAAGTCAGATAACAAACGCAACCGCAAAAGCCGACTACTGGAATATAACCAAATGGCAGGAGACGTATGCGACTCAAGTCCTAGAGTTTAAAAAAGAAGTGGCAACCGCAAGCTTAAGTTGTAGTGGAAGTAGTTCTTGTAACAACCTGTCTACCGGACCACGAGCGATCACGTATGGAAACGACGGAAACGTATATGGTTGGGGTGCGACTAACGGAGGTTTTCAAAACGGAGTTTTGGTAAGCACTTTTGATCCATATACGGTAATGAATCCGAATTACGCGGAACTCAATCAACAATACCAAAGTTGCCAGACTCAGGCGTCCGGATCTCCATTCGGATGGATAACTTGGATATCCTATCCATGTTCAAATTTTGGATGGAACGGAGAGAATGCACCGGTTCAATCCTATACTGTAGTCCCCAACAACAGCACGGGATACTACAGCGCAGGACATTACGAAGCGACGTGTAACGGATCGGATGTAGGAGGAACTTGCCTTGGAGGAACCGGCCACTACGCGTTAGACTTAACTGATTGTACCGGAGCTCCGTTTGGAGTAATGTGCGGCTATAGCAGACAATGGCATACGGACGACAGTTATTCCACCTCGGTAACGGAAAGTTTTAGCCAGGCACAAAAAGATCAAATAGCGACAAACACAAAAATACGAAACGCGGTCTATGGAAATTACAACACTGCGTTTGGATTGTCTTCCCAAGCGGGGAATGCAGTTTCAAATTCAAGCGTTGCGCTTGAAACAAAAGTGTGGTTAGGCGGAAGCGCTTTAAATAACTCGAATTGGTACAATTCTCTTGGATTGATCGAACAAGTACAGGTTCAAACCAAATACAAATACATAGACTCTGCGATGCAAGCAAACCAGAACTTTTGGACGAGTATGAAAACACAGTTTACAAATATTGCATCCACGTTTTTGTCACTCGTCAATCCGTTGAAAGACTGGGAAGAAAGATCGCAAACATACGAAGAAGAATACCAAGCAAAACTATTAGAACTGGAACAAACGAAACAATCTACAATTTCCAACTATGATAATCAGATTAATCTCATGAAGGCGGCAAGAGGAGCCTGGGTCACAGAAGTTTACGGTTACCAAATGGCAGGAATTGCAGGAAGCGCGGATAACGCAAATAGCCAATACAGAACGGGACAAGAAAACTGGGACGACACAATATCAATCTTTCAACAAGCAGAGTTAAATTGGTATTTATCCGCAAAAGATATATTACAACAAGCGGTAACTGCAACTGACGGAGAAACACAATTCCAAACAAACGCAACCTCACAAGCAAACCAACTACAAACACAAATTACAAACTCAGAAACAAATACAACCGGGCTTTACAACGCGGCAACAGGTTTGTATCAAACGTATCAATATGCAGCGGCAGGAAACGTAATGCAACAAGCAATTACAAACCTGCAAAACCAAACAAGTTGGAACGGACAAGGAGCCAACCTCTCTCAAACAATCGCGGATTCTTTTGGAAGAAGCGAAGCCTACAAAACAGCAGAACTCAGCGCAAGTAATCGAATCAATGCACTGGCACAAACGATTTACGGAAACGGGGCATATATCGTAGACAATACAGAGTTGCAAACACTCCAAACCCAAATTACAACGAGCGGACAAAACCAAACGTTTTGGCAAAATGAAATCAATGGAACCAACGGAGGATTTAACTTTAACGGTCGCAACAACACAAGCCAAGCAAAAGAAACCTTGTATACGAACATGATCGCAGACATTGCAGTCGCAACAACGTTACAAGCAGAAGTAGTCGACGAAGAGATCACATATCTAAAAACAGCAAACGAATACTTTGAGAAATCCGAAAGATATCAAGAGTTAGCAGACAAAGCAAGAAGCGAAGCAAAATTCGATGAAGCAGCACTTTACACTGGTTATGCGGTGAGAGAAAAAAACAACGCTTTAGGATATTTAAAAAAGAAATACTATTCGTTAGGAGAAGAAATTACGAGTGAAATAGACAACCGAGGATTGACATATACCAAAAATTCTTTCCTAAGTTACAGAGATAACCTACTCAACAAAAACTTTCAAAATAGCACGCAAATCAACAAACAAATCCAAGAAGGAAAAAACGCTGTAGCAGGAATTATTTCCGAAGGAGAAAGTTACAACCAAATCCAAGGAATGATCCAAACAGCGACAAACCTAAACAAACAAGGAGAAGAGAACAAACAAAGAGTAGAACGGTTGCTACTCGAATCCAAAGAATTAGCAAACCGTAATATCGGAGAAGGACTCTTGGATGGACTCCAAGAAATGATCGCAAGCATACAAAGCACACTCCCACAAGAAGTAAGCGCAAACGGAGTGAGCCAATACATACAAGCACAAGAGAAAGAGCTGGAAGAAAAACAAAAAAAGGCAGACGAACTACTTGCCCACATGAATTCACTTGTGACAAACCAAAACGATTTGAATGCATTACAAACCCTACTCCAAGGAAGCAGCCAGGCAATCAACTTGGCAGCAAACAGCGCAGTGTCCAAATACTTAGACGACTACGCAAAGAAACTTCAAAAAGACAATGAAGAAAGAAGCTCAAATCTTCAAAAGACACTCCTCGAAGCTCTGACGAACGGAGAAGATTACAAATATCTCCGAGACGCAGGATATTCTTTCCGAACGGATGGAGAAGGAATATCCGCGTATCGACAGATCTACAGCGGAGAAATTGAAATCGACGGCAGTGCGATGAAGAGCACGAGTTATTCTCCCGATTTAGAATATCAATATATTAGAATAGACACAAAATTCAATCCAGGAAACTTGAGCGTGGATATGATGAATCCAAACGCGACAAGATTCAACGCGGAAATGGTACTGGGAGTTAAAAACTACATCGACAATCTCCAAAAGAACGTAGAGACGATGTTTGCTCAGTTCAGTAACAAGACAAACGAGATCAAAGAAGAATACGCACAGAATCTGGAGATAGAGGATTACAAGAAGGAGCTGTACAAAGAGAACCGGGACGGTTACTTGATAGCGTTTCAGGGATTGCAGAAAGAGTTGGGATATGCATTCGGTCAAGAAATGTTAGGATCGATGACGTATTACGAAAAGGGATCTCAATACAATTTTGGAGAATCAGGAAGTTCGCATATTCCTAAAATGGCAACAAAAGGAAGTGTTCCCAAAAATGGAAAACCGGAATATGAATCCCTACCTACGATAGACACTACGTTTGTAGGAGAGAGAGAATTGAAAGGTACCGTGAACATCAAAGGGATTCCTGTAGAAGTAAACTACGGAATGCAACATTTGGCGTTTACCGAAGAATTTGATCTGAGTAAGTTGAGCTACAATTTCAACTTGAAAGGATTGGGAACCGGTTTTGCAGAACAACAACTGAGCGTCGTCAATCAGAAGTATTCCCAGTATTTGCAAGGCGTGCAAGCCGATCTGGAAAAACAAGCCAAGAAAAACGACGAAGAAAGAGACAAAAAAGGATTTCTGTTTAACGTATTAAGCGGAATGAGCGGAGGACAAAAACCTCATGAAGCCATTAAATCCGAAGTGCAAAGCAGAGTAACCGGAGCGATTGCGGAAGCAAGCGGATTGCCTGCAAGTTTTGTGGGAGCCCTTGTCGGCGGTTCCAACATGAAACAAGCGATGAAGGCATACGAGAAGAGCGTTACAACGGAAGCGATTTCGCAAGTTACAGGAATTCCTGCTTGGTATTTAAACCAAAAGATTTCGGAGAAAGAAGCAACTCATGAGATGGCAAAGAGCTTTTCCTACAACATGGGAAGAACGGTAGGTGTGTTATCGACGGGCGGCATAACGGCGTTCCCCTCGTTAGCGTTAGGAGTGTTAAAGGCTTCGGGAGGAGGTTTGATTGCTAACGCGATTCAACCTGGAATTGTAAAGCAGTTGGAAAACAGAGTTGAGCACTTTAACAAAACGAATGCGTTAAGCAAACAAGTGAACAAGTTTGCGGATCATATCGGAAAGGAAGCCTACGAGAATCGAGAGACGATCGACACGGTAGTTACGGTAGCAGCAGTGGTCGGAGCAGTGTTTAGTTTTGGAACATCCATGGCGGCACTCGCGGCCTACAAGATAGCGGAAGGCGCCACCGAAGGAGGTGTGTTAGGTGCGTTAGCCGGAGCAGTGAGCGTAGCAGGAACAGCAGCCAGCATATCTACGGGAGGTGTAATCGGATTTGATTGTAGCTACAGCTACGCGGACGGATTCGGAGCAAGTGTTGGCGGAGGTTACAAACTTGCAGAAGGCCTTGGAATTGGAGCCACACTCAGCTACAACGAACAAACAGGATTCGGAGGAAGCGTAGGACTACAAGCAGGAACAAACGCCTTAAGCTTTAACGCAGGCTTAAACTACAGTCAGCAAGGAGGAATTTCCGGTTCAGCGGGCCTCGGACTCGGAATGGGTAAAAACGGAACCACAGGATCGTATGCCAGCACTCTCAACTTGGGAATGAGCTACAACAGACAAGACGGCTTTGGCACTAGCGTGGGAATTTCAAGAAACAACAACGTGGTTCTTCCGGGAGTTGGTGCTACACTTTCTCGTTCGGAGTTTGGAGGATGGGGAGCGGATGTATCTACGGACCAATACGGTTCGTATGAAGGTAAAGGCGGTAAATACGGCGGAGTCAGTGGAGGACTTTCTTGGAACGAACACACGGGTGTTACACTCAGCTTAAACTCGGGGGAACCAATGCATTCAACTACAATGCTCAGAGCGGTTTAACCAGTAACAGTAACTTTCTTGCCGAGTCTGCAATGAACAACGCTCTCGCTCAAGGTGTGGCCGATACCGATGAAGAGAAAGCATACAAAGCAGCGAAAGCAGAAGCGGATTCCAGAGCTGCTCAGAATAGGAACAATTCTGAACAAGGAAAATCTGCGTTAGACGCGGTTGGATATGCTACGCAGAGAAGAGAAGAAGACTACTCTCAAAACCACGGTGACATTGACAACGATGGAAAAAACAAAGGATCTGGAATTGATCCAACCAAGTTGGAAATCAACCAATACGAGCGTTTTCAAAACAGAGATGGTGCCGCTGAGAACTTGAGCAAGAAAATAGATGAAACGTATAGCGCGAACCAAGGTAAGGACAAAAAGCTGCACAAAGAGTTTACCTCAGAAATCGATTTGAGGAGAAGTAAGATTTCTGAGAACGAGGCGAATATGAGTTTGGGCGACAAGATGAAGTTGGACAAACTCAAAGATCAAAAAGCGGCCTTAGATGCGGAATACAAAGCTATCAATTCTGGGGGAGGGAAAAACGACAAATACAATGAAATACTTTTGCTAAAAATCGAAGCAGTGAATCATCAAATGAATGATATGAAGGCGGGAGACGCATTTAAATACAAAGGGGAGAATGCGGACAATCGGACTGAACTGATGGGAAGAATGATTGAGCTGAAAGAGAAAGAAGCGTATGGAACATTGACTCCTAACGAGAAAAAAGATCTTGCTAAGGTAACGAGTGGTCTGGAAGATTATCGCCGATATGGCCAAGTTAGAGATCTGATTTTGAACAACAAGATTTCGAGTTATGATTTAGGTTCGTCTACGACGGCGGCGATTTGTTTTGTGAATTCGCATTCCAACTATCTCGGAGCGGATACTAAAACAAATTATTTCTCCCAAGCTCAATTGGGAAATATCGGAATGACGAACAGTGACTATCGAGGAATGAAAGCCCCTTCTTTGGGTGTGGGAAGTCACTGGAGTGGAACTCTCAATACGTTGAAAAATCCGGCGAGCGGTGAAGTCCATGTGACGCGATCCCAGGTTGACATTTTGAACCGAAGCAAGGCAAACAATGCGATCGTGTTTACAGACACGACAGGCGACGGAAATGCAAATCACTGGCAAAACATAGCGAGAGGTAAAGATGGTCAATGGCATGATCTTAATAATAACAGAAAAGATAGAACTCCTAAGCCAATGGATTTCAGTAAAGTATATCAAATCAAATACAATGACAATTGGTGAAACATGAAAAAGAAAATAGCGTTAGTAAGTATGTTGTTCTTTGTTTTCTTCTGCAAGGAAGAAAACAAAGAAGTCCCCAAACAAGAAAATTCCGTCCAGGAAGAGAAGGTGCAGGATATGAAGACCGAAAGAGTATTCAATGGCGTGTATGCAATGAGAGAAATACATCTTTTGAAGGAAGTTTTTGGAATTCAATCGAAGTTTAACGATTATTGCCTCCGAATCGATCTCAAAGCAAACGTTGTAGAGCTTGGAATTGTGGAAGGGAAGGTTTACAAAGGGAAGATTGTAGAGAAAGATTCGGAAAGTGTAACGGTCGAGATCAATGGCAAAAGCCAGAAATATTTCATAGCGAAAGATCAATTTGATAGCTATGCACTCCTGACGGAAAACTATTCCAAAAAAGAAGCGGATGGGAAATGGGATATGGATAGCATCGCGGGGGCCGAGTCTACTTCGCAAACGATTGCTGGATGTGTTTCCAATATTGGTCTTAACGAAGAATTACAATATCGTGAAGAGGACCACTCGGTTCCGAAGAAGAAGTGATGTTTTTGTTCTGTTGCAGAACACACATCAAAACAGGGTTCCGGGGATGGAACCAAGGAGATAGCCCGGAGAAGGGGTAGCGGAATACCGAGCTTGGAAACACAATTAGACATTTGTAAATTAGAAAGACAGCAAGCTCGGTATGAAGCGAGGGGAAGGCTTTCCCCTTCCCCATCTGTCCTCAGTCTTCTGTCTTCTGTCCTCTGAATGAAGCAAAGTTCGACGAAGCAGCCCTGTATACGGGATATGCAGTGAGAGAAAAGAGCAATGCAATCGGATATTTAAAGAAGAAATACTATTCGTTAGGCGAAGAGATTACGAGTGAAATAGACAACCGAGGATTGACATATACAAAAAATTCTTTCCTGAGTTACAGAGATAACCTACTCAACAAAAACTTTCAAAATAGCACACAAGTTCAGAAACAAATCCAAGAAGGAAAAAACGCCGTGGCGGGGATTATATCCGAAGGAGAAAGTTACAACCAAATCCAAGGAATGATCCAAACCGCGGCAAACTTAAACAAACAAGGAGAAGAAAACAAAACAAGAGTAGAGAAACTACTACTCGAATCCAAAGAATTAGCAAATCGTAATATCGGAGAAGGACTCTTAGACGGATTGCAAGAAATGATTGCAAGCATCCAAAGTGCATTACCACAAGAAGTATCGAACAACGGAGTCGCTCAATACATCCAAGCACAAGAGAAAGAATTGGAAGAAAAACAAAAAAAGGCAGATGAACTACTTTCTCACATGAATTTACTTGTGACGAATAACAATGATTTGGCGGCGTTGCAAACTCTACTCCAAGGAAGTAGCCAAGCAATCAACTTGGCGGCAAACAGCGCAGTGTCGAAATACTTAGACGACTACGCAAAAAAACTACAAAAAGATAACGAAGAAAGAAGTGCAAATCTCCAAAAGACACTTTTAGAAGCGCTGACAAACGGAGACGAATACAAATATCTTAGAGAAGCAGGATACGGATTTAGAGTGGATGGAGAAGGAATCAGCGCGTATCGACAGATCTACAGCGGAGAAATCGAAATCGACGGCAGTGCGATGAAGAGCACGAGTTATTCTCCCGATTTAGAATATCAATATATACGAATGGAGACGAAGTTTAATCCTGGAAACCTGAGCGTGGATATGATGAATCCAAACGCGACAAGGTTCAACGCAGAAATGGTACTGGGAGTTAAAAACTACATCGACAATCTGCAAAAGAACGTAGAACAGATGTTTGCGCAGTTTAGCAACAAGACAAACGAGATCAAAGAAGAATACGCACAGAATCAAGAGATCGAAAGTTATCAAAAGAAATTGTATGAGGCAAGTAAAGAGAATTACTTAGCAGCCTTCCAAGCTTTACCCGGAGATCTGAAAGGCATGTTCGAAGGAGAAATGGGAGGCTTAAAAGGTTATCACGAACAAGGATCAAAATACAACTTTAGCCAAGGAAGCTTCAAAGGCCAAAGCGGAGATATGAAGAAGATCGGCAAAGCGATGTATGAAGGAGCTTCGATCGACGACACGGTATTCGGAGGAAGCAGAGAACTCAAAGGCTCGGTGAGCGTCAAAGGGATTCCTGTGGAAGTAAGCTACGGAATGCAATACTTGATCGTCACATCCGGATTTGACATTTCAAATTTAGGATACAACTTCAAGTTGAAGGGAGTGGGAACCAATTACGTCGACAATCAACTCTCAAACGTAAACAGAAAATATACCGTCTACTCCGAAGACATTCAAAATAGAATCGAAAAACAAGCAAAGGCGAATGACGCGGAGAAGGAAAGCAAGGGATTTCTGTTTAACGTATTAAGCGGAATGAGCGGAGGACAAAAACCTCATGAAGCCATTAAATCCGAAGTTCAAAGCCGCATAACGGGAGCAGTTGCGGAAGCAACTGGATTACCTGCGAGTTTTGTGGGAGCCCTTGTCGGCGGTTCCAACATGAAACAAGCGATGAAAGCATACGAGAAGAGCGTGACCACGGAAGCGATATCGCAAGCAACCGGAATTCCCGCTTGGTATTTAAACCAAAAGATTTCTGAGAAAGAAGCGACACACGCGATGACGACGAGCTTTTCGTACAACATGGGTCGGGGTCTTGGCACGATGGCGGCTGTTGCAATAGCGACAGTTGCGGTAGGTCCAGTCGGTGTCATCGCTCTTGCGGCAAATCCAGATGTGACGAAAAAAGTGAACAAGTTCTCGGATCATCTGGGTAAACAAGCGTATGAAAACCGCGAAACGATCGATACAGTAATAACGGTTGCTGCTTCTGCGACGGCAATCATAACAGGTGGAGCGAGTTTAGTAGCGCTTGCAGCTTACAAAACGATACAGGGCGCGACGGAAGGCGGCGTGTTGGGTGCGCTCGCTGGAGCAGCGACGATTGGGAATGCTCCTCTTTCGATTGCAACTGGAGGTCTTGTAAGCTATGACCTAAGCTACTCGAGAGAGAAAGGATTTGGAGCAAGTGTTGGGGGCGGCATGAAGCTGATGGAAGGCCTTGGAGTTGGAGCCACACTCAGTTACAACGAACAAACAGGATTCGGCGGATCCGCGGGTTTGCAAGCGGGAACAAGCGCACTTAGCTTTAACGCGGGAATAAGTTATTCCGAACAAGGAGGAATTTCAGCTAACGCTGGCCTCGGACTCGGAATGGGTAAAAACGGAACCACAGGATCGTATGCCAGCACTCTCAACTTGGGAATGAGCTACAACAGACAAGACGGCTTTGGCACTAGCGTGGGAATTTCAAGAAACAACAACGTGGTTCTTCCGGGAGTTGGTGCTACACTTTCTCGTTCGGAGTTTGGAGGATGGGGAGCGGATGTATCTACGGACCAATACGGTTCGTATGAAGGTAAAGGCGGTAAATACGGCGGAGTCAGTGGAGGACTTTCTTGGAACGAACACACGGGTGTTACACTCAGCTTAAACTCGGGGGGAACCAATGCATTCAACTACAATGCTCAGAGCGGTTTAACCAGTAACAGTAACTTTCTTGCCGAGTCTGCAATGAACAACGCTCTCGCTCAAGGTGTAGCCGATACCGATGAAGAGAAAGCATACAAAGCAGCGAAAGCAGAAGCGGATTCAAGAGCTGCTCAGAATAGGAACAATTCTGAACAAGGAAAATCTGCGTTAGACGCGGTTGGATACTCTACGCAGAGAAGAGAGGACGGCTTACCGGGAAGTCAAGGAACGATTGGCTTTGGAGATGCAGACGGTCCGAACCCTGCACACGGAACATCTTCTCATGATCCAGGACAAACGTTAACTTTATCGGGATCGTTTGGACCCGATGGAAAACCGACAGGTGGTCGTCAACTCAGTGCGGCGGATGTTGCGGAATTCAAAGCCGATTGGAGAAAGGAAAGTCCTGCGCAAACGGATGCGAACATCGCCGATTTGAAAGCGGCGGGATACGACACGAGTGGTCTTGAAAAGTTTGTAAACGATTATCGTAACGGAAAAGCGGCGAACAACCAAGGCGCGACGCCGGCAGTGGTTACAAATCATTCTCAGGGACCAACGGTTCTGTATGGCGGAGCTGTCCAGAACGCCTTGAGTTTTGTTGCGGACGGTGCGAAAGGTTTGTGGAACAAGATGACGGGGGGTGGTTCGAGTTCGACACAATCGCATATATCTACAGCAAATATGGATGCGATCCGAAATCCAGAGATCAAGGATACAACTTATTATCCAGGAAGCGACTCTAAAGTAGCTGGTGCCCCTCGCGCCACCGACGATGCAGTGAAAATCCACATTGTATCCGGTGATTTCGGGCGTGATACAACCCAATGGACGGATATGCCAGATTTTAGGGACAAGCGCCATTACAACAGCCACGATACTCCTTCTAAGGTTGATTTAGCAGGTAAATACTCAAATCGTGAAATGGCATGGTTTGGACCGAATGCCAACTTTAGAGTAGACGGAGTCTTTGTCGGAGAGAGAATCAGCGGTTCTCGGATTCAACTTTCTGTTTTGGATTCGAACGGTAATGCGGTTGGGCAGTTGAACTTAAAGCATTTCAAGGAAATCAATCAGGCGATCTATCAAGGAAAAGGTCAGGTTTTTTCTGGCGGAACTTACTTAGGTAGAACGAATGACAAGGTTGGATTGTCCGAAGGACAGCATATGCATGCCGAAGTTACACCTGAATTTGTTAAAAAGGGAGAACGAGAAGGAATTACATACACACGTGACGACATCTACAAGTGGATGCGTGGGGAAAACTAAGGAGAATATTATGAAAACAATATACAAGAGTATTTTGATATTTTTGATTTTGATTAGTTCTTTTTGCAAACAGGAACAAAAGGGAGAAGATGTGAAAGTCGAAAAAACAAGAGGAGTTTTGCTGCAAAATGCACATCCGATTACTCAAAAAATTGTTGAAATCTTGAGAGAGAACAAGCCTGAAGAGTTGATGGCGTTCTTGGATACGACATACAGCTTTGAAATTGATGAATGGTATATTTCCTTACCCGATGGCTCCGATCATGGGGCTCCACCTAAAAGGAAAGATTTTATGAAGGATGGCATTGATGAGAGCGGTAAAGATTTAATTTTTAACAATTCGGTGATGCAGAAAGAATTCCAAGATACTTTCCCTGGAATCGCATCTTTTCGAGAAGCATTTATGAACCCGAAAGTTGAGATTGTTGATAATTTTAAAAGAGGTGATCACGGGTATATTGGTATTGATTATGCGAATTACATATATTCAATAACTTTCTCATGTAACAAAAGCGAGGATTGCAAGATTATCCGGTTTGAAATTGGGAGAAAGTGATTTCCCCGCGTGAGCGATCGCAGCGAAAATACTGCAATGCACCGTTCTTTTAGAACAGAGATTTGTGTAGGAATAGAAAGGAATTTGAATATTTTGAAAATACAAAATGTGCTAGTGTGCTAGTCCAAAAACCGTCGTTTGTATAGTATGTTAGAATTTGACAAAATGCACAAAAGATGACATATTATTAAGCGACCTCTGAATTAAGATAAACATGGTGTAACCCGCCCAAAACTTTTCGTTTGATAACTTTGGAGGTAGGAGTTGGAAATGTAACGACCCTACCACAAGGAGAATCCTTGTTTAAGGCCAGATGAGGCCTCCAATGATTGTAGTAATCAACGTATTGCTGCGCAACGCGGTGCGAACATCGCCGGTTTGAAAGCGGCAGGATACGACACGAGTGGTCTTGAAAAGTTTGTAAACGATTATCGTAACCAATCGAAACCCGGTTATGGAAACTCGAATCAGACCGGAAGCCCGATCGTTGTGAATGGAAGTAGAACACCAACGTTAGGTGAAAGAGCTTCTTCAATTTTCGGTTCCGTTGTTGACGGCGCTAAGGGGTTGTGGAATCGAGCAACGGGGGGAGGTTCTTCACATGTGATTTCTACCGGCCCCGAACATTATGACACGGTCACAGGCAATAAACTAACTTACAAACTGCACGAGGAAGGCCCGGGCTTTAGTAGTAATTCTAGCCAAGATGGAGCCGACGACCATCGTTATGGACAGAAGCCGCTTGTTGACACGATTTCCAATACCATTAATGAATGGACGGGCAAGAATCCGGGTTATCCGATAGTGACAAACGATCTAGGTTACAAGACGGGAGACTATGATCCACGTGCAACTGGTACTAAGGAAGCAAAAGATGCCGGATATTACCAGCATCATAAAAACGGAAACGCTATAGACCTGTCGTATATGTCTACACCTGGAGTTGATCCGACTGGTAAGAATTACGATGTTAACAAGGCCTACGATCGAGACAAAACGATTGAATATATCAAAACGATTTCTAGAAATATTCCGCAAGGGGTTGGAAATTTTGATACTAATTTTGTAAAATTCAATGATCCAGCAGTGCATAAGTATTTTAAGGAAAACCCATTGCCGAATCTGCATCTCAAAAAAGATGACAAAGGATCAATGCACAGCAATCACTTGCATTTGGAGTTAAGCAGTTTACCGAAAGTAAAATAAAGGAGAGATGAGAATAGTATGATATTTAGAATACTACTGGTTAGTTGCATTTTATTGAATGCTTGTGACAAGCCTGTTAACAAAGAGGAAACGAAAATGGAAGTGAAGACATATACAAAACAAGAGAAAATGAAAATGTTAGATGTAATGCTTTCTAAACTTTTAAAGGACATTCAAGAAAAGAAAAACTTTACTCCTTTTTTAGAAGTAAGTGATGAACACAGTGGATATACGATTCATGCAGAAGAATCTATGGAAAAAGATTTGTATATAGGCAAGTTTCAGAAAGAGGGGCTTGGTGATATGGAAAAACATGTCACTGTTGAAGAAGTTGTGCGTCTTTTAAAAAAGGGAGATAAGGGCGGGATGAGCGAAGACGGCGGAAGTCTTTGGGTTATGATTGAAGCAGATCGTTTTGAATATGGAATAGATTTATTTTTTCCTGAAAAAGAAGGTAGATGGATTGTGCGGGGTTTTTCAAGACTAAGACCGGAGAGGGATTAGTAACAAGTGAAAGAACCGGGCTCCGGGGATGGAACCAAGGAGATAGCCCGGAGAAGGGGTAGCGAAATACCGAGCTTGGAAACACAATTAGACATTTGTAAATTAGAAAGATAGCAAGCTCGGTATGAAGCGAGGGGAAGGCTTTCCCCTTCCCCATCTGTCCTCAGTCTTCTGTCCTCTGTCCTCTGAATGGAGCAAGCGTCGGCGGTGGCATGAAGCTGATGGAAGGCCTTGGAGTTGGAGCCACACTCAGTTACAACGAACAAACAGGATTCGGCGGATCCGCGGGTTTGCAAGCGGGAACAAGCGCACTTAGCTTTAACGCGGGAATAAGTTATTCCGAACAAGGAGGAATTTCAGCTAACGCTGGCCTCGGACTCGGAATGGGTAAAAACGGAACCACAGGATCGTATGCCAGCACTCTCAACTTGGGAATGAGCTACAATCGCAACGACGGCTTTGGCACTAGCGTGGGAATTTCAAGAAACAACAACGTGGTTCTTCCGGGAGTTGGTGCTACACTTTCTCGTTCGGAGTTTGGAGGATGGGGAGCGGATGTATCTACGGACCAATACGGTTCGTATGAAGGTAAAGGCGGTAAATACGGCGGAGTCAGTGGAGGACTTTCTTGGAACGAACACACGGGTGTTACACTCAGCTTAAACTCGGGGGGAACCAATGCATTCAACTACAATGCTCAGAGCGGTTTAACCAGTAACAGTAACTTTCTTGCCGAGTCTGCAATGAACAACGCTCTCGCTCAAGGTGTGGCCGATACCGATGAAGAGAAAGCATACAAAGCGGCGAAAGCAGAAGCGGATTCCAGAGCTGCTCAAAATAGGAACAATTCTGAACAAGGAAAATCTGCGTTAGACGCGGTTGGATACTCTACGCAGAGAAGAGAGGACGGCTTACCGGGAAGTCAAGGAACGATTGGCTTTGGAGATGCTGACGGTCCGAACCCTGCACACGGAACATCTTCTCATGATCCAGGACAAACGTTAACTTTATCGGGATCGTTTGGACCCGATGGAAAACCGACAGGTGGTCGTCAACTCAGTGCGGCGGATGTTGCGGAATTCAAAGCTGATTGGAGAAAGGAAAGTCCTGCGCAAACGGATGCGAACATCGCCGGTTTGAAAGCTGCAGGATACGACACGAGTGGTCTTGAAAAGTTTGTAAACGATTATCGTAACCAATCGAAACCCGGTTATGGAAACTCGAATCAGACCGGAAGCCCGATCGTTGTGAATGGAAGTAGAACACAAACGTTAGGTGAAAGAGCTTCTTCAATTTTCGGTTCCGTTGTTGACGGCGCTAAGGGGTTGTGGAATCGGGCGACGGGGGGAAGTTCGAAGCCTGTTACTCATCAGACCGCTCCTGTATTCGAACTCGATAATGGCGCAAAATTGCCTTTTGAAAATCAAGGATCTGGTTATGGTAGAGTTAGAATTTTACATGATTCAAAAACTGGTGAAAGTAAAACTACTGGTCCGCATACTGGTTTAGATCAACCACAGGCATCGGGTGCACCTGTTCCTGTTGTTGACGATGGTAAGGTTATTTTAGTTAATAGAGATTTTAGAACCAGAACAAAAGGCGGGAAAGGCTACGGTGCAGTTGTTGTTGTCCAACATAATAACGGTATTTTAACTCTTTATGGTCACAATTCAAAGATAAATGTTAATGAAGGTGATACTGTTACAAGAGGGCAGGTTATTTCAAATGTTGGAAACTCAGGAAACTCTTGGGGAGCTCATATGCATTATGAAGTTCGAACAGGCAACAACGTAACAAAAGACAATTTTTATGGTAAAACAAAACACCATGATCCTTCGACTTTTGATTGGAATCAATAAAAATAGGAGCGCGCAATGAAAGGTAGATTGTTTATTATTCTTTCATTATATATTAGTTTTACACTAAATTGTAATTCTAAATTTGAAGATAGAACAAAAGAGGATTCTATGACAAAAGAGCAGATCTTTGAACAGCTAAAAGGATTATGGTCAACAGAACAAGCCTGGGGGGGAGGAGTATATATCGGATTTCATAAAACAAAGGGAGGGATTCAGTTAATAATGAACGATGGACCTGATAGCATATCCTTTGATAAAATTAAATTAAACTGCAATGAAAAAAAACATTGCATTGTCTTTGAATCGAAAAACCCAAAAGATTCGGTGTTAGAGTTTGATCTTCAATCAAGAAATGAAATTCAGGTAAAAAATATTAAAGAATTTAAAATTTCAAATCATGAAGGGTCAATGAATTCTCCTTTTGAATCAAAGTTATTCCAAAAGGGAGAAATTTTAAAAAAATATGAATAAGGTCTTAGGGTACAGAACCCACAACCACATCAAAACAGGGTTCCGGGGATGGAACCAAGGAGATAGCCCGGCGAAGGGGTAGCGAAATACCGAGCGTGGAAATACAATTAGACATTTGTAAATTAGAAAGATAGCAAGCTCGGTATGAAGCGAGGGGAAGGCTTTCCCCTTCTGTCCTCAGTCTTCTGTCTTCTGTCCTCTGAATGAAGAAATTACGAGTGAAATAGACAACCGAGGATTGACATATACAAAAAATTCTTTCCTGAGTTACAGAGATAACCTACTCAACAAAAATTTCCAGAATACAACACAAATCAACAAACAAATCCAAGAAGGAAAGAACGCCGTGGCGGGGATTATATCCGAAGGAGAAAGTTACAACCAAATCCAAGGAATGATCCAAACCGCGGCAAACTTAAACAAACAAGGAGAGGAAAACAAAACAAGAGTAGAGAAACTACTACTCGAATCCAAAGAATTAGCAAATCGTAATATCGGAGAAGGACTCTTGGATGGATTGCAGGAAATGATTGCAAGCATACAAAGTTCGTTACCACAAGAAGTATCGAACAATGGAGTCGCTCAATACATACAAGCACAAGAGAAAGAGTTGGAAGAAAAACAAAAAAAGGCAGATGAATTACTTTCTCACATGAATTTACTTGTGACGAATAACAATGATTTGGCGGCGTTACAAACCCTACTCCAAGGAAGCAGCCAAGCGATCAACTTGGCGGCAAACAGCGCAGTGTCGAAATACTTAGACGACTACGCAAAAAAACTCCAAAAAGATAACGAAGAAAGAAGTAACCAACTCCAAAAGACACTTTTAGAAGCGCTGACAAACGGAGACGAATACAAATATCTTAGAGAAGCAGGATACGGATTTAGAGTGGATGGAGAAGGAATCAGCGCGTATCGACAGATCTACAGCGGAGAAATCGAAATCGACGGCAGTGCGATGAAGAGCACGAGTTATTCTCCCGATTTAGAATATCAATATATACGAATGGAGACGAAGTTTAATCCTGGAAACCTGAGCGTGGATATGATGAATCCAAACGCGACAAGGTTCAACGCAGAAATGGTACTGGGAGTTAAAAACTACATCGACAATCTGCAAAAGAACGTAGAACAGATGTTTGCTCAGTTTAGCAACAAGACAAACGAGATCAAAGAAGAATACGCACAGAATCAGGAGATCGAAAGTTATCAAAAGAAATTGTATGAGGCAAGTAAAGAGAATTACTTAGCAGCCTTCCAAGCTTTACCAGGCGAATTGAAAAACATGTTCGAAGGAGAAATGGGAGGCTTAAAAGGTTATCACGAACAAGGATCGAAATACAACTTCGGAACAGAAAGTTTCAAAGGCCAAAGCGGAGATATGAAGAAGATCGGCAAAGCGATGTATGAAGGAGCTTCGATCGACGACACAGTTTTTGGAGGAAGCAGAGAATTAAAAGGCTCGGTGAGCGTCAAAGGGATTCCTGTGGAAGTAAGCTACGGAATGCAATACTTGATCGTCACATCCGGATTTGACATTTCAAATTTAGGATACAACTTCAAGTTGAAGGGAGTGGGAACCAATTACGTCGACAATCAACTCTCAAACGTAAACCGAAAATATACCGTCTACTCCGAAGACATTCAAAATAGAATCGAAAAACAAGCAAAGGCGAATGACGCGGAGAAGGAAAGCAAGGGATTTCTGTTTAACGTATTAAGCGGAATGAGCGGAGGACAAAAACCTCATGAAGCCATTAAATCCGAAGTGCAAAGCCGCATAACGGGAGCAGTTGCAGAAGCAACCGGATTACCTGCGAGTTTTGTGGGAGCCCTTGTCGGCGGTTCCAACATGAAACAAGCGATGAAGGCATACGAGAAGAGCGTGACCACGGAAGCGATATCGCAAGCAACCGGAATTCCCGCTTGGTATTTAAACCAAAAGATTTCTGAGAAAGAAGCCAATCATGAGATGGCAAAAAGTTTTTCCTACAACGCAGGAAGAAGTTTAGTAACGATGGTAACGGGTGTAGTACAAGTTGTAGCGAGAGCAGGAGAAGCATTTTTAGACTACACACCTAGTGGTCTGTTGATGAAAGCAGTTGCACCGAGTCTGACCGATCAAGCACGTAAAACGGCTGATAACGTAGACAAACAAGCCGGCAAGTTTGCAGATCATATCGGTAGACAAGCTTACGAGAATCGAGAGACGATCGACACGGTAGTGACGGTAGCAGCAGTGGTCGGAGCGGCGTTTAGTTTTGGAACATCCATGGCGGCGCTTGCAGCCTACAAGATAGCGGAAGGCGCAACCGAAGGAGGCGTCTACGGAGCGTTAGCTGGTGCAGTGAGCACGGTGGGAACAGCAGCCAGCATATATACGGGAGGTGTGATCGGATTTGATTGTAGCTACAGCTACGCAGATGGTTTTGGCGCAAGCGTTGGCGGTGGCATGAAGCTGATGGAAGGCTTGGCAGTGGGAGCAACGTTAAGCTACAACGAACAAACAGGATTCGGAGGAAGCGTAGGACTACAAGCAGGAACAAACGCACTTAGCTTTAACGCAGGCTTAAACTACAGTCAACAAGGAGGAATTTCCGGTTCAGCAGGACTTGGACGTGGGCTCGGAAAGAACGGAGGCACAGGATCATATTCAGCTTCTTTAAACTTAGGAGTGAGCTACAGCAGACAAGACGGATTCGGGATGAACGCGGGAATCTCGTCTAACAACAATCATGTTCTACCCGGAATGGGAGCAACCATTAGCAGAAGTGAATATAGCGGATGGGGAGCGGATGTATCAACTGACCAATACGGGAAAGTAGAAGGAGGCGGAGGCAGACCAAGCTTCGGTGGAGTGAGCGGAGGACTTAGTTGGAGTGAAAGAGACGGTTTTACCGCGAGCTTTAACGTAGCCGGAACGAACGCTCTCAGTTACAATTCTCAATCTGGTCTTTCGTCTAACGCCGATTTTATATCCCAATATTCTATGAACAATATTCTCGCTCAAGGTGTGGCCGATACCGATGAAGAGAAAGCATACAAAGCAGCGAAAGCAGAAGCGGATTCCAGAGCTGCTCAGAATAGGAACAATTCTGAACAAGGAAAATCTGCGTTAGACGCGGTTGGATACTCTACGCAGAGAAGAGAAGACGGCTTACCGGGAAGTCAAGGAACGATTGGCTTTGGAGATGCTGACGGTCCGAACCCTGCACACGGAACATCTTCTCATGATCCAGGACAAACGTTAACTTCATCGGGATCGTTTGGACCCGATGGAAAACCGACAGGTGGAAGACGTCCGTTATCCGCAGAAGACAAGGCAGCATTCTGGGACAACTGGAAGGGAGAGACTCGCGCTCAAACGGATGCAAGCATTGCAGAGTTAAGAAGAATGGGTTATGATACCGCGGAGATTGAAGGGAAAGTTCAAGCGTATCGTAATAACCAGGATTCAATACCTGCAAACTCAAATTCAACACAAAATACCACACATCAAAGTCAAGGCACTGGGTTGTATGGAGGAGTAGTTCAGAATATTCTAAACTCTGCAGTCAGTGGGGCGAGTAGTTTGTGGGACAAGGTAACGGGGGGAAGCAAACCTATAGCTCATCAGACCGCTCCTGTATTTGAACTTGATAATGGCGCAAAATTGCCTTTTGAAAATCAAGGATCTGGTTATGGTAGAGTTAGAATTTTAACTCGTAATGATGGAACAACCTATACAAGCGCTCCACATTCAGGTTTAGATCAACCACAGGCATCGGGAACACCTGTTCCTGTTGTTGCTGACGGTAGAGTCATTGCTTTAAGTCGTAATTACGAAAATAATCAAAATGGTGGTGGCTACGGTGCTTTTGTACTTGTCCAACATAATAACGGTATATTCACATTATACGGTCACAACTCAAATGTACTTGTAAATGTAGGTGATACTGTTACAAGAGGGCAGGTTATTTCAAATGTTGGAAATTCAGGTAATTCATTTGGAGCACATATGCATTACGAAGTTAGGACGGGATTTAATGTTGATCCGAGAGCTTATATCTCTCAAACTAATCATCAAAATCCTGCAACGTTTAATTGGAATCAGTGGATTCAAGACCATCCGGAGTGATCAAAATGATAAAAAAAATTAATATATTGTTCCTTACATTGATTCTCATTTCCCAATGTAAGGAGAGCAATTACAATCAGGAGGATAATATGAGTTTAAATACGCCAAATGTATTATCAATAGATACTTTGTTAAATGGGATTTGGACAGATGGCAGCGAGTACGCTACTACTTATATGAAATTTGTAAAAATAAATAGTAATTATGAATTTCATATAATAGAAGGTCCAGATGGTGCAATATTTAAAAATGTTAAAGTAATATGTAATAAAAAATATTATTGTAGAATCTTAACTTCAAATGAAAAGTCTTTACTTTTGAGTTTTCATATTCTCAAAAATAATGATATAAAAGTCGAATTTTTTCCTAGGCCAGAACAAACCCTTTTAGTTGAAAAAATCAATTCACAAGAAAGCCTTAAAGTTCCAACTGTGTATGCTAGCGGATCTATTTTGAAAAATCTGTCCCCAGCACAAAACACACATCAAAACCGGGCTCCGGGGATGGAACCAAGGAGATAGCCCGGCGAAGGGGTAGCGGAATACCGAGCTTGAAAATACAATTAGACATTTGTAAATTAGAAAGATAGCAAGCTCGGTATGAAGCGAGGGGAAGGCTTTCCCCATCTGTCCTCAGTCTTCTGTCCTCTGTCCTCTGAATGAAGCAAAGTTCGACGAAGCAGCCCTTTACACAGGATATGCAGTGAGAGAAAAGAGCAATGCGATCGGATTCCTCAAGAAGAAGTATTATTCGTTAGGCGAAGAGATTACGAGTGAAATAGACAACCGAGGATTGACATATACCAAAAATTCTTTCCTGAGTTACAGAGATAACCTACTCAACAAAAACTTTCAGAATAGCACACAAGTCCAGAAACAAATCCAAGAAGGAAAGAACGCCGTGGCGGGGATTATATCCGAAGGAGAAAGTTACAACCAAATCCAAGGAATGATACAAACCGCTTCCAACTTAAACAAACAAGGAGAAGAAAACAAAGAACGAGTGGAACGGTTGCTACTCGAATCCAAAGAATTAGCAAACCGTAATATCGGAGAAGGACTCTTGGATGGATTGCAAGAAATGATCGCAAGTATCCAAAGTTCGTTACCACAAGAAGTAAGCAACAACGGAGTCGCTCAATACATCCAAGCACAAGAGAAAGAGTTGGAAGAAAAACAAAAAAAGGCAGATGAATTACTTTCTCACATGAATTTACTTGTAACGAATAACAATGATTTGGCGGCGTTACAAACATTGTTACAAGGAAGTAGCCAAGCAATCAACTTGGCGGCAAACAGCGCAGTGTCCAAATACTTAGACGACTACGCAAAAAAACTCCAAAAAGATAACGAAGAAAGAAGTAACCAACTCCAAAAGACACTTTTAGAATCGCTGACAAACGGAGACGAATACAAATATCTCAGAGAAGCAGGATATTCTTTCCGAACGGATGGAGAAGGAATATCCGCGTATCGACAGATCTACAGCGGAGAAATTGAAATCGACGGCAGTGCGATGAAGAGCACGAGTTATTCTCCCGATTTAGAATATCAATATATTAGAATAGACACAAAATTCAATCCAGGAAACTTGAGCGTGGATATGATGAATCCAAACGCGACAAGGTTCAACGCGGAAATGGTACTGGGAGTTAAAAACTACATCGACAATCTCCAAAAGAACGTGGAGACGATGTTTGCTCAGTTCAGTAACAAAACAAACGAGATCAAAGAAGAATACGCACAGAATCTGGAGATAGAGGATTATCAAAAGAAATTGTATGAAGCGAGTAAAGAAAACTACTTAACCGCTTTCCAAGCTTTACCAGGCGAATTGAAAAACATGTTCGAAGGAGAAATGGGAGGACTCAAAAATTATCACGAACAAGGATCGAAATACAACTTCGGAACAGAAAGTTTCAAAGGCCAAAGCGGAGATATGAAGAAGATCGGCAAAGCGATGTATGAAGGAGCTTCGATCGACGACACAGTTTTTGGAGGAAGCAGAGAACTCAAAGGCTCGGTGAGCGTCAAAGGCATACCTGTGGAAGTAAGCTACGGAATGCAATACTTGATCGTCACATCCGGATTTGATATATCCAACTTAGGCTACAACTTCAAACTGAAAGGAGTCGGAACTAATTACGTAGACAGCCAACTCTCGAACGTAAATCAAAAATATACCCTCTACTCCGAAGACATTCAAAATAGAATCGAGAAACAAGCAAAGGCGAATGACGCGGAGAAGGAAAGCAAGGGTTTTCTATTTAACGTATTAAGCGGAATGAGCGGAGGACAAAAACCTCATGAAGCCATTAAATCCGAAGTTCAAAGCCGCATAACGGGAGCAGTTGCAGAAGCAACCGGATTGCCTGCGAGTTTTGTGGGAGCCCTTGTCGGCGGTTCCAACATGAAACAAGCGATGAAAGCATACGAGAAGAGCGTGACCACGGAAGCGATATCGCAAGCAACCGGAATTCCCGCTTGGTATTTAAACCAAAAGATTTCTGAGAAAGAAGCGACACACGCGATGACGACGAGCTTTTCGTACAACATGGGTCGGGGTCTTGGCACGATGGCGGCTGTTGCAATAGCGACAGTTGCGGTAGGTCCAATCGGTGTCATCGCTCTTGCGGCAAATCCAGATGTGACGAAAAAAGTGAACAAGTTCTCGGATCATCTGGGTAAACAAGCGTATGAAAACCGCGAAACGATCGATACAGTAATAACGGTTGCTGCTTCTGCGACGGCAATCATAACAGGTGGAGCGAGTTTAGTAGCGCTTGCAGCTTACAAAACGATACAGGGCGCGACGGAAGGCGGCGTGTTGGGTGCGCTCGCTGGAGCAGCGACGATTGGGAATGCTCCTCTTTCGATTGCAACTGGAGGTCTTGTAAGCTATGACCTAAGCTACTCGAGAGAGAAAGGATTTGGAGCAAGTGTTGGGGGCGGCATGAAGCTGATGGAAGGCCTTGGAGTTGGAGCCACACTCAGTTACAACGAACAAACAGGATTCGGCGGATCCGCGGGTTTGCAAGCGGGAACAAGCGCACTTAGCTTTAACGCGGGAATAAGTTATTCCGAACAAGGAGGAATTTCAGCTAACGCTGGCCTCGGACTCGGAATGGGTAAAAACGGAACCACAGGATCGTATGCCAGCACTCTCAACTTGGGAATGAGCTACAATCGCAACGACGGCTTTGGCACTAGCGTGGGAATTTCAAGAAACAACAACGTGGTTCTTCCGGGAGTTGGTGCTACACTTTCTCGTTCGGAGTTTGGAGGATGGGGAGCGGATGTATCTACGGACCAATACGGTTCGTATGAAGGTAAAGGCGGTAAATACGGCGGAGTCAGTGGAGGACTTTCTTGGAACGAACACACGGGTGTTACACTCAGCTTAAACTCGGGGGAAACCAATGCATTCAACTACAATGCTCAGAGCGGTTTAACCAGTAACAGTAACTTTCTTGCCGAGTCTGCAATGAACAACGCTCTCGCTCAAGGTGTGGCCGATACCGATGAAGAGAAAGCATACAAAGCAGCGAAAGCAGAAGCGGATTCAAGAGCTGCTCAGAATAGGAACAATTCTGAACAAGGAAAATCTGCGTTAGACGCGGTTGGATATGCTACGCAGAGAAGAGAGGACGGCTTACCGGGAAGTCAAGGAACGATTGGCTTTGGAGATGCTGACGGTCCGAACCCTGCACACGGAACATCTTCTCATGATCCAGGACAAACGTTAACTTCATCGGGATCGTTTGGACCCGATGGAAAACCGACAGGTGGTCGTCAGCTAAGCGCAAGTGACGTGGCTGAGTTCAAAGCAGATTGGAGAAAGGAAAGTCCTGCGCAAACGGATGCGAACATCGCCGGTTTGAAAGCTGCAGGATACGACACGAGTGGTCTTGAAAAGTTTGTAAACGATTATCGTAACCAATCGAAACCCGGTTATGGAAACTCGAATCAGACCGGAAGCCCGATCGTCGTTACTGGAAGTAGAACCCCGAGTTTGGGAGAAAGAATCGGTTCCATCTTTGGTTCGATCGGAAATGGCATTCAAGGTTTGTGGAACAGCATGACGGGTGGTGGGGGATCGGGTCCTGTGCATTCGTCTTCATCTAATCTGGATGCGATTCTAAATCCGCAAGTAGTGGAAAGAATCTACTATCCAGGAAGTAATGGTCAAGCCAATGGCGCGCCTCGTGCAACGGATGATCCTGTAGAGATCAAAATTGTATCGGGGGAATTTGGACGGAATACAACTCAATGGACAGACATGGCTGATTTTAGAAACAAACCTCATTACAACGGGAGGGACAACCCGAGTAAAGTGGATTTGGCTGGTCAATACGCGAATGATGACTTAACTTGGTTTGGTCCTAACGCAAGCTTTCGTGTAGACGGAGTCTTTGTCGGAGAGAGAATCAGCGGTTCTCGGATTCAGCTTTCAGTTTTGAATTCTGAAGGTAATGTGGTAGGTCAACTGAACTTAAAACATTTTAAGGAAATCAATCAGGCAATTTACCAAGGAACAGGCCAGATATTTCCAGCCGGAACCTATTTAGGCAGAACGAACGACAAGGTTGGGTTATCGGAGGGGCCGCATTTGCATGCGGAGATTACGAATGAATGGTTAAAGAAAGATAAAAATGCTTCGCGTAACGATATCTACAATTGGATGCGGGGAGGATATTAAGGAGAATATGATGAAAGTGATGTACAAGAGTATTTTGATATTTTTGATTTTAATTTCCAGCTTTTGCAAGCAAGAGCAAAAGGAGAAAGAAGTGAAACCTGTTTCATTACAAAATGCACACCCGATTACTCAACAGATCGTGAAGATTTTAAGAGATAACAAACCGGAAGAGTTGATGTCGTTCTTGGATACAACATACGGTTTTGAAATCGACGACTGGTATATTTCCTTACCCGATGGATCCGATCATGGGGCTCCGCCTAAAAAGAAAGATTTTATGAAGGATGGCATTGATGAGAGCGGTAAAGATTTAATTTTTAACAATTCAGTGATGCAGAAAGAATTTGTGGAAATATTTCCCGGAATCGTTTCCTTTCGGGAAGCCTTTATGAATCCAAATGTTGAGATTTACGATTCTTTTACCATGGATAAAGGAGGAACGGGAAGAATCAGTATCGATTATACAAATTATATATATTCAATTGCCTTCTCCTGTAACAAAAGTGGGAATTGCAAGATTATCCGATTTGAAATTGCTAGGAAATAGGGTTTTAAAAACAAATTGTTTGTATGAAAAATTCTTTCTCTCACAACTCCTTTGCTAGTCCAAAAACCGTCGTTTGTATAGTATGTTAGAATTTGACAAAATGCACAAAAGATGACATATTATTAAGCGACCTCTGAATTAAGATAAACATGGTGTAACCCGCCCAAAACTTTTCGTTTGATAACTTTGGAGGTAGGAGTTGGAAATGTAACGACCCTACCACAAGGAGAATCCTTGTTTAAGGCCAGATGAGGCCTCCAATGATTGTAGTAATCAACGTATTCCTGCGCAAACGGATGCGAACATCGCCGGTTTGAAAGCTGCAGGATACGACACGAGTGGTCTTGAAAAGTTTGTAAACGATTATCGTAACCAATCGAAACCCGGTTATGGAAACTCGAATCAGACCGGAAGCCCGATCGTTGTGAATGGAAGTAGAACACAAACATTAGGTGAAAGAGCTTCTTCAATTTTCGGTTCCGTTGTTGACGGCGCTAAGGGGTTGTGGAATCGAGCAACGGGGGGAGGTTCTTCACATGTCATTTCTACCGGCCCCGAACATTATGACACGGTCACAGGCAATAAACTAACTTACAAACTGCACGAGGAAGGCCCGGGCTTTAGTAGTAATTCTAGCCAAGATGGAGCCGACGATCATCGTTATGGACAGAAGCCGCTTGTTGACACGATTTCCAATACCATTAATGAATGGACGGGCAAGAATCCGGGTTATCCGATAGTGACAAACGATCTAGGTTACAAGACGGGAGACTATGATCCACGTGCAACTGGTACTAAGGAAGCAAAAGATGCCGGATATTACCAGCATCATAAAAACGGAAATGCGATAGACCTGTCGTATATGTCTACACCTGGAGTTGATCCGACCGGCCGTAACTATGATGAAAACAAGGCCTACGATCGAGACAAAACGATTGAATATATTAAGACAATTTCTAGAAATATTCCGGAAGGGGTAAACGGTTTTGTCAAATTCAATGATCTGGCAGTGCACAAGTATTTTGAGAAAAATAAATTGCCGAATCTGCATCTCAAAAAAGATGACAAAGGATCAATGCACAGCAATCACTTGCATTTGGAGTTAAGCAGTTTACCGAAAGTAAATTAAAGGAGAAATGAGAACATTATGATATTTAGAATACTACTGGTTAGTTGCATATTATTGAATGCTTGCGACAAGCCTGGAAACAAAGAGGAAACGAAAATGGAAGTGAAGACATATACAAAACAAGAGAAAATGAAAATGTTAGATGTAATGCTTTCTAAACTTTTAAAGGACATTCAAGAAAAGAAAAACTTTACTCCTTTTTTAGAAGTAAGTGATGAACACAGTGGATATACGATTCATGCAGAAGAATCTATGGAAAAAGATTTGTATATAGGCAATTTTCAGAAAGAAGGCCTTGGTGATATGGAGAAGAACGTTACCGTTGAAGAGGTGGTACGTCTTTTAAAAAAAGGAAGCAAAGTAGGAATTAGCGATGACGGCGAAAGTCTTTCAATAATGTTGACTGTGAATCGTTTTGAATATGGGATAGATTGTTATTTTCCGGAAGAGCAAGGGCGATGGATCGTTCGAGACTTTTCAAGACTAAGACCGGAGAGGGATTAGTAACAAGTGAAAGAACAGGGCTCCGGGGATGGAACCAAGGAGATAGCCCGGAGAAGGGGTAGCGGAATACCGAGCTTGGAAACACAATTAGACATTTGTAAATTAGAAAGACAGCAAGCTCGGTATGAAGCGAGGGGAAGGCTTTCCCCTTCCCCATCTGTCCTCAGTCTTCTGTCTTCTGTCCTCTGAATGGCGCAAGCGTCGGCGGTGGCATGAAGCTGATGGAAGGCCTTGGAGTTGGAGCCACACTCAGTTACAACGAACAAACAGGATTCGGCGGATCCGCGGGTTTGCAAGCGGGAACAAGCGCACTTAGCTTTAACGCGGGAATAAGTTATTCCGAACAAGGAGGAATTTCAGCTAACGCTGGACTCGGACTCGGGATGGGTAAAAACGCAACAACAGGATCCTATGCCAGCACTCTCAACTTGGGAATGAGCTACAACAGACAAGACGGATTCGGAACTAGTGTCGGAATTTCAAGAAACAACAACGTGGTTCTTCCGGGAGTTGGTGCTACACTTTCTCGTTCGGAGTTTGGAGGATGGGGAGCCGATGTGAGTTCGGACCAATACGGTTCGTATGAAGGTAAAGGCGGTAAATACGGCGGAGTCAGTGGAGGTCTTTCTTGGAACGAACACACGGGTGTTACACTCAGCTTAAACTCCGGTGGGACCAATGCATTCAACTACAATTCCCAAAGCGGTTTAACCAGTAACACCAACTTTCTGGCCGAGTCTGCAATGAACAACGCTCTTGCTCAAGGTGTCGCTGAGACGGATGAAGAGAAGGCGTATGCGGCGGCGAAAGCAGAAGCAGATTCAAGAGCTGCTCAAAATAGAAACAATCAAGAAAATGGAGCGGCGGCGGCGAGTGCGATTGGATATGCGACTCAGAGAAGAGATGAAGATGATTCTACTCCTGCACATGGAGCCCCAGCGTCGCATGACACAGGACAAACGTTAACTTCATCGGGATCGTTTGGGCCCGATGGAGAATCAACAACAGGAGGAAGACGTCCATTATCCACAGAAGATAAGGCAGCATTTTGGGACAACTGGAAAGGAGAAACTCGCGCTCAAACCGATGCAAGCATTGCAGAGTTAAGAAGAATGGGTTATGATACCGCGGAGATCGAAGGTAAAGTCCAAGCTTATCGCAATAACCAGGATTCAAAAACTGCAAACTCGAATTCAACAACACCTACTACACATCAAAGCCAAGGCACTGGGTTGTATGGTGGAGTAGTTCAGAATATTCTAAACTCTGCAGTCAGTGGGGCGAGTAGTTTGTGGGACAAGATTGCGGGGGGTGGTTCAGGTTCCAGCTTGTCTTCACATTCAAATTCTGGAAATGCAGATGCGATCCACAATCCGAACATAGTACATACGGTAGATTATGGTGGAAGTAATAGCACAGTTACAGGCGCTCCGAATGCAACGGATGATCCTGTAAAAATCCATATAGTATCTGGAGACTTTGGACGAGATACAAGTCAATGGACGAATATGATGGATTTCAGAGACAAAGCCCATTACAACAGTCATGATACACCGAGTAAGGTGGATTTAAATGGAAAACATTCGGGTAACAATCTGAGTTGGCATGGCCCGAATGCGAACTTTAGAGTAGACGGTGTGTTTGTCGGCGAAAAAGTAAGCGGTTCTCGAATTCAAATATCCGTGTTGGATTCCAATAACAATGCGGTGGGACAATTGAATTTGAAACATTTTAATCAAATCAACCAAGCGATCTATGACGGTAAGGGAAAGATATTTTCAGCAGGAACGTATTTAGGCAGGACAAATGAAAAAGTAGGATTGTCGGATGGAGCTCACTTACATGTGGAAGTGACGAAAGAATTCCTCGACCAAGGTAAGACCCAAGGAGTTAAATACACTCGTAGTGATATTTACAAATGGATGCGAGGAGAAAATTAAGGAGAACATTATGAAAACAATGTACAAGAGTATTTTAATATTTTTGATTTTGATTTCCTGTTTTTGCAAACAGGAGTCAAAGGAGGACGAAGTGAAAACGAAAAAAGTGAAGTCAGTTTCATTACAAAATGCACATCCAATTACCCAGCAGATTGTAAAAATTTTAAGAGAGAACAAACCGGAAGAGTTAATGTCGTTCTTGGATACAACGTACGGTTTTGAAATAGATGAGTGGTATATTTCTCTTCCGGACGGTTCGGACCATGGCGCTCCTCCTAAAAGAAAGGACTTTTTAAAAGATGGGATTAGAGAAAGCGCTAAAGATTTAATTTTTAATAACCAAGTAATGCAGAAAGAATTCCAGGAAACCTTTCCTGGAATTGTCTCCTTTCGAGAAGCCTTTATGAATCCAGATGTTGAGATTCATAATTTTTTTAGAATGGGTGATTACGGCTATATTAGCGTTCATCAGGCAAATTACATATATTCAATGGATTTATCATGTAACAAAGGCGGGAATTGTAAGATTATCAGATTTGAAATTGGCAGGAAATGAATTGTGTTTTGCAGTACAAAATCCACAGCAAAAACAGGGTTCCGGGGATGGAGCAGAGGCGAATAGCCCGGAGAAGGGGTAGCGAAATACCGAGCTTGATTGAACAATTGAATATTTGTAAATTAGAAAAATTGCAAGCTCGGTATGAAGCGAGGGGAAGGCTTTCCCCTTCCGTCCTCTGTCTTCAGTCGTCTGTCCTCTGAATGGGGACAAAAAGAAAGTCGGCAAAGCGATGTATGAAGGAGCTTCGATCGACGACACAGTTTTTGGAGGAAGCAGAGAATTAAAAGGCTCGGTGAGCGTCAAAGGCATACCCGTAGAAATTAGCTACGGAATGCAGTATTTGATCGTAACATCCGGATTTGATATATCGAATTTAGGCTACAACTTCAACTTGAAGTTAGTGGGAACTCAAAACGCAGAGAGTCAACTCTCGAACGTAAATCAAAAATATGCCGTCTACTCCGAAGACATTCAAAATAGAATCGAGAAACAAGCAAAGGCGAATGACGCGGAGAAGGAAAGCAAGGGATTTCTGTTTACAATTTTGAATGGAATGAACGGCGGATCCGGAAACATGGGACAAAGATTTACCCAAGCGGTGAAGTCGGAAGCACAAAGCCGCATAACGGGAGCCGTGGCCGAAGCAACTGGATTACCTGCAAGTCTCGTAGGGGCACTTGTCGGTGGAAGTAGCATGAAAGACGCAGTGAAAGCGTATGTCAAAGACGAGACCGTAAACGCAATTTCGAAAGCAACCGGATTACCTACATGGCTTATCTCCAATCAGATGGAGAAGATGAACAAACCGAAAGAACAATGGTATCAAAGCCAAGAGTTCCAAATGGTGACAACAGTGGTAGCAGTAGCGGCAGCGCCCTTCACCGGTGGAGCTTCTCTGATGGTCGCTATGGCAGTGGGTGCAGGCCTGGGTGCCGCCACAGGAGCTGCAAGCGGAGGATTAAAAGGTGCGCTCGTCGGTGCTGTGGGTGGAGCCGCAGGAGCTGCTGTCAAAAGTTTTACAGGAGGAGCGGTTAACGTAGGCCTTAGCTACTCCGCAGAGAACGGATTCGGTGCAAGCGTAGGAGTCGGCTATGGACCTGCCACAGTGAGCGTCGGCATCTCCGAACGAGGCGGAACATCGGTGGATGTCGGTTTAACAAAAGGCGGATTCAATGCGGGACTCAGCTACAACAGTAAAACAGGAAGCGTAAGTGGAAACGCGGGATTTACTTCTCAAAGTGGAACGGGCTTAGCACTCAGTTACAACGAAGGAGACGGATTTGGTGCAAGCCTTAGTAAAAGTTTTAGTAATGGAGTCAATGGCGGAATCAGTTGGAGCGAGAAAGGCGGTGTCGGTGGAAACATCGGATACGAAGCTCCTGGAGACAAAGACAAAGCGAAGAATTCACTTGCAAATCAAATGAAAGGAGCGGGAGGAACTTTAAGTTTTTCTCAAAGAGACGGAGTGTCAGCAGCGCTTAACGCATCCGGAGGAGTCAATGCAGGAAACTGGAGTGAGTCCGGAGGATTCCAGGCAAACACAAACTTTTTAGCCGACAAGTGGAAGGCCGACTTTATTTCCGGAAAAGCGAAAGAAGACGCGGATGCGCAAGAAGCATCCAGAGGCGCTCAAAATAGGAACAATCAAGAATCTGGAGCTGCGGCGATCGCGGGTGCAGGGATTGAAACTCAAAGAAGAGAAGAAGACGGAATCCTGGATCACATTCTGGGTAAGGCGGCTGAGACGTTAGGCGGCGGTCTGGATTGGGTAGGAAACAAGATCGATGGAGCAATCGACAGCGTTGTCGGAGTTGCCTCAAGTGCTTGGGATGGTGCTAAGAACGCGTTCGGTGGCAATGAAACGCTGAGTATGCAGTCACTGCATCACGAGAATATCGGAGATGGTGCTGCGTATGGTGCGTCGGACTCAACCGAAAGCGCCTCCGATCGTCACTTGCGAGTTGGTGAAGAAGCGATATCAAATCACTTAGACAAACAAAGAAGCGAGAATCCATATTTGCAGAAAGGTGAAGTGGATGTAAGTATGCATCCTGATTATCACAAAAAGCTAATCAACATGGAACTTGAATCGGGAACTAGCGGAGGCAATTTGATCCGAAATGAAAAAACCGGAAAGCTGTATTACAGAACGGAAGGTCTCGGAGCGGATCATACGTTGATCCCCTGCAGAAAGCACACCAAAGGTAGCAAACGGGCTCCGGAAAACCGGAATGCTGCCTGAAAAGATGAAATGATAAGATGACACCTGCCCTGAGATCGAATAAAAAAAGAATCACCGACTAACTAAAATTAACCGGTGTTTGAATGTGAAAAACTACTTTCTCTTTATTGGAATAGTAGAAGGATTTGCACAAGGATCACAGAGACCTTGTTTGTTGATCTTAGGCCGTATTACGGCGGCCTCTTTGATTTGCTCGATAAAACGATGTTTGTCTGGAACTTCACCGTATAAGACTTGATCCGGAGAGAAACCGAACAAGACACCGCTTGGACGGGAGTTGTATTCTGGAACCGCGTCTTTGAGAGTATCGATCACTTCCTCAAATGAAATTGGATTTTTAGGAAATAGAAATTCATATTTCATTTTCTTGTTCACGGCTTCGATCATACTGTTTGAGTAGGAAATGTCGACCTGAGCGATTAGTTTTTTGATGAATAGATTGGGTTGGTCTAAGAAACCGTTGACCGCACCTTGATTTTCGGAACCGTCATCGCAAAGCAGACGGATAGGTTTGTGAAAGAGATTGAATTTTTCGCAAACCTCTTTCAGATTTGAAACCGTATTCTTTGCGTTCCATTCGACTGAAGCTTTCCAACCGAGAATAGTACGGGAAAAATTGTCCATGATGAAGTGGATGTAAGCCTTAGAACCGTCTTGCACGCGTAAGATGGTAGTATCCATATGAAGAAGAGTTAAAGGAGAAGAAGCACGAATCCCAATTCTTTGTTTAGGTTTTCGGAAACGTTTGAAATCCGGTCTTAAAGCCCGAGCATACTTGTAAAAGGTGCTTAAATTCATAAAAGCCTGAGAGTCGTTTAACATTTGATAGAAGACGGATCTAAGCGGCCAATGTTGAAGCTCCGGCTTTTTCAAATACTTGGCGATGATCGTTTGTTCTTTGTAAGTAAGTTGTTGGGATGTAATTTTCTACAAAGATTAAAAGTAGAAGTGAAACAGTGAATCTCGTTTTTCCAACGATAAAAACGTTGTGAAGAGATCTTCAAAAGCTTGCAAGCGGCTTTGATACCGATGAGAGGAGAAATTCTTGTAACAATGGAAACGATGTTTTTCTTTTGTTCGCTCCAAATTCTTCTTTTTCCTCGCATGTTTTCCGTTAAGGAGAAGTAGAATTGAAAAACTAAAAGAAGAGCGGAAAGAGTTTTTTTGAAGGTTTTACTTTCCGAAATCTTTCTGTAGACTTCGTCTTTAAAATGAGCGAGATCATCTTCGGTAAACCCGACGACTAAAGAGAGATTACGTTTTTTCCAATCGGAGAAAGTCGAGTCCGGAATACGGGATCTTTCCTTTTTAGATAACATTCCTAATTGCGCTTTGAGAACAAGGGCGGTGTGATACGAGTTTTTGGTTTTGATACATTTCGTTTTCATGATTTTGCAGGAAACAATTAAGAAGGAAGTTTTGTAAAACAAAAAATAAAAATAACATAAAAATAATGTGATATTCTAATTTTAAAAAATGAAATACTCATTTCAACCGGACTTAGTTTTCCTAAAATAAAAACAGTGCACCGCCGATTCCAAAAATACATAAGTAATACTTAAAATACGAAAGAAGGCAAAAGATGATACGAACGAATGAATATGAGAAAATACGGGAACAGACGCTGAAGGAACTGGACGCGATGCTTGAGTCCGGTGGGAAAGGACTTGCCGTGTGGCATCTGATGTATATCCAAGACAAACCGGAACAAAAGTATTACCCCTTGATAGAAGCGAGTTTGCGAGGAAAAAAAATCGACCAAGTAATAGCCGGAGCTTACTTAGCGGTTTCTTGGAAACTAAAAGAATTTGCGCCGTTTGTGCTATTGTGGGACGGAAAGGGGGAAGCGGAAAGAAGTGTGATGCAGGCGGTCCATACGTATCTGTCGGATCGCAAGAAGACGCTGCAAGAAATCAAAGCAGGATCACCTCAGATGTTCGGGATGGTGAAAATAATGCACAACATCCGAAACCCCGACGCATTGGATTGGGAAATATTACTATCATCTTTCGATTTGCTATTGGAAGTGGAAGGGAGCCATAACTTCCTTTCGGATTTAGTGTATTCATCGGTTCGAATGCTTGAGTCTCAGACTCCGAGTGCGGAAATAAAAAAAGAATTACGGAAACGATTTAACCGATTGGACCCTGATATGCCCGTCGATGATTCGTATTTACATGAGGAACTTTTAAAACGTTTTAGAGCGTATTTACTTTGACCGACTTTTGTTCTTAGAATGTCCCTAAAACATACCGCCTCATAATAGAAAAGAGGCATATTATTTAAAAATGAGCCGAAAATATAAAAGCGGTTAATTGATAAATGTAATCTTCTCGATTCATTAATTAATTTTCGCATAATATTTAAAATAGGAAAGACTAAAGACTTGAAACGCGAGAATACAGAAACGTTAGCAAAAGAAATCGCTTCTATTTTTGAATCCATTAGGGAAAATACATACAAAGGAGGAAATCGCTTTCTATTAACGGGACATTTGGAAATCGGAGGTTTATTGAATCAAGAGTTTAATTCCTACATAATGAATGAGAAAAGTAGACAGAGAATGAGAACTCTTACTGAGAAGATAGGCAAGGTAGTAAAATCGAACTTTTCGAAGCGAACCCTTTATTATGCGCTTAAATTTTACCAAGCATATCATGGAAAGAAGTTGGATTTTCGTTTGAGCTGGAGTCATTACAGGATTTTATCGGCCGTTTCAAATCTAACGACAAGAAAGAAGTTAGAAAAAGAAGCGGGCGAAAAAGGTTGGAGCAGAGAGCTGTTAGAGCGATATGCTCGTGAAAGCGGTTATTACGGCGGTTTGAAGTCTTTAAAGTGGAATCGCCCGAGTGGAGAGATTTATCATTATAAAATTGTAAAGAATGCGTTTAACCGACAAGAAAGACTTCGTATCGATTTGGGTTTTCGTTGTTACCGCGAATTGGATCTTAAAGGTTTTAAGGAAAGCGAAATCGTACGACTATCTTCTACAAAGAAAACCTGGAGTATTGACAAAGGGAATTCGGATTGTTTACTTTATCATTATCTTGGAATATTGGAAAGGGTCGTAGACGGAGATACTTTTGTCGCTCAAATGGACTTGGGCTTCGGTCTGACAGCCAGACAAAAGATTCGTTTACTTGGTATCAATGCTCCGGAATTGAACGGACCAGGTGGTGTTGAGGCTTTTGATTCTTTAAAGAAGAAACTAAAACCCGGAACCAGTCTTTTGATTAGAACGCACATACAAGATAAATATGGTCGTTATTTGGGAGATGTTTTGTATTTACCTGGCAAAGAATCGGACTATGAAACGTTACGCGCAAAAGGAATCCATTTGAATGAAGAACTTTCTGAAACGGCTAATAAAGAGTATCCTTGAGATTTGAAAACGTTTTGTTTTGTTTTCTTGATCACAAAAAAATCTTAAGTCTTCCCTTTTTTTTGACAAGTGTGTGGTTTAAATCGACTCTTCGAGTATCGAAGAGTCGATAACGACTTTAAGAAACCGCCCTCCTCTTTTTCCTTTTAAACTGCAAAAACAAATCCGACTGCACAGGCTGTGCGAGCAGTGTGGAACCCACATCAAATATAGAAAGCACAACGCGTGAGCGATCGAAGTGGAAATCCTGCAACGCAACATGAATTGAATGATGAAGCTGGAATATACGAAAAGTTTTAAATGGTGCGTTGCAGATTGAAACGAAGAGCGCGACTCTGCGCTGGAAGTTTGGAAAGTTTTCGCAGAGGCACGCCCTAAGTACTATCCACTAACATCTAAAAGCGCAAGAACGATCAATCAAAGCCAATTCGGAAAAGTTGTTCTTGAATTACCGATCATCTTCCGAAGAAAAAAACTCTTGAACCGTAATTCCCAATGCACGATCGAAATTCTCGAACGATTCCAGAATCTCTTGAATTAAAAGATCTCCGTCCGAAAAATCTTCCAAACAATCAGGATTATTTTCTTTACTGTCTCCGTAAAACTCCAAGTTTTTCATTCCGATATCAGATTTTTTATGCAAATACCGAAAATTAGAGGAAAAAAAAATCGAGAATATAACGAACCGAAAACATTTTTCAAAAATCGGCACGAATTTATTCTTAAATCGATTTTCAAAATTTTTCCGGAAAAAAAGCATGGGAAGAGATGATTCAATTTCAATCCGTTCTGGGATCCCTCAAAACCTACGAAGCGGGGAAACCAATAGAGCTCATAATCAGAGAATTCGGGATCGATCCGGATCAAATTATCAAACTCGGTTCGAACGAAAATCCTTTCGGTTGCGCACAATCTGTCATAGAAGCCGTTCAGAAAGCGGCTTCGAAAATGTCCTACTATCCTGACGATTCTTACTTGGAATTTAAAACAGCACTTGCTTCCAAGTTCGATTTGACTCCCGATCGAATTATTCCGGGTAACGGAAGTGATCAAGTTTTGGATTTTGCCTGTAGATGCGTATTGGGACCTGGTGATTCGATTCTCATCAACCGAATCACCTTTGCAATGTATAAGATCTACGCGCTCCAATGTGGAGCAAAGGTTCATTCCACAGAAACCGTTCTGCATGATCTAAACGCGCTTTTGGATCTCGCAAAATCAATCCGTCCTAAGATCATCTTCCTATGTACTCCATCTAATCCGATAGGAGACGCTCTTTCCAAGTTAGACGTCTATGATTTTTTAAGACAAATTCCTTCTAACACGTTAGTCGTCATAGACGCGGCCTATATGGAATTCGGGAAAAAAAAGGATTCGAGCACTTTCATTTCCGCCAAGGAAGTTACTGATCTTTTCCCGAACGTTTTTTATACGGGAACCTTTTCGAAAGCCTACGGACTCGGAGGAATGAGGATCGGATATGGAATCGGAAACAAGGAACTAATTTCCAATTTATATAAGATGCGTCCACCTTTCAACGTCGCCAATCTTTCCGCACTCGCCGCGACCGAGGCTCTTAAATACGAATCTCACGTGGAATCGTATTTGGAGAGTAATTTGAAAGAAATGAAACGATACGAAAAATTCGCCACCGAACAAAGCGTCGAATTCATCGATTCCTACGCGAACTTCATTACATTTTTTGCAAGAAGACGGGGAAAATCCTCCACGGAAATTTCCCAGTCTCTTTTAAAGCAGGGAATTATTCTCAGGGATTTGAGGAGTTACGACTTAAATGCGATTCGAATCACGATCGGAACACCCGAACAAAACGTCCGGGTTCTAACCGCTTTGGAACGAGAATTCAGCTGAATCGATTTGGCCGCGACCTTGATTTACCCGTTTCACAAAACATCGTAGAAATTCTTGGTGTCGTAAAAAAATCGAATTTTTCGTTACCGAATCACTCTCCGACGCGATCGCCGTGCTTTTTTATATCCAATAAATACGATTTGGAGTTTTCATATTTTCTGAATTTACGTGACTGAAGGTCGAATTTTTCTTTAGCCCTTTTTAATTTTGTTTTCCATCCATTGACTTTTTTTCAGCTCAAAAAAAGTCAATGTCTGATCACATTAATAGTTAGCCATTACTTGAAAATCCTATAACAAGGTATCTAGAATCCCGTGTCGAAATGGGGTTTGTTTCAAAATCTATGTTATCTTATCTTGAAACACCGGCTCCTCACTTTAAAAAAAAGATTCAGATTTTTCCAAAAAAGCACGAAACGTTTATTAAACCTTGCCGGTCTTACGGCCCATACATGTTTCATTCCGAATACAAATACGAAAAAACCAAAAAAGAGATTCAACATACGAATCAAAATCAGAACTCTGATCCGAAACGTTTAGAATCCAAGACTAAACAAGTAAAAGTCCGTCCGGAACTCTACGACAAATAATCAACCTGTCCCAAAGAAACTTAAGGCGTCACGCCTCCTCTAGGGATCGCCACGACGAGAAGATTTTTCCCAAACCTTATCCAGATATTCCTTGAGTTTCAGCTCCGCTCCGTTTTCAGTCGGGAAGTAAAAACGAGGCGGATGATCGGAGAATCCATCCGGGAAATAATTTTGTTCCTTAAATCCTCCGAAATCGTGAGGATAGATATAACCTTGAGAAGCTCCTTCCTTTTTATGAAGAAAGGTCGGAGCGTTTCGAAGGCGGTTTGGAATCTTGATTCCGGTCCCCTTTTCCCTTACAAAAGAAAGAGCAGCCTTAAGTCCCTTATAACTCGCATTCGATTTCGGACAAGAGGCGAGAAACGTAGTCACATGTGCGAGGATCAATCTTCCCTCCGGCATTCCGATCGCCTCAAGAGCGTGTAAACCGGAAACAGCAAGAGGTAAACCGTTGACCGATGCGTTTCCCACGTCTTCACTCGCGAGAATGATCAGCCTTCTCATAATAAAAAGAGGGTCTTCTCCCCCTTCGAGCAAAACCGCGAGATAATAAAGCGCAGCATCCGGATCGCTTCCCCTTACTGATTTGATGAACGCCGAGATCACATCGTAATGAGATTCTCCACTTTTATCGTATTCGATCACACGGCTTTCCAAATATTCTTCCACATCGGATTTGGAAATCGTATGATTCTCCGGAAAACTGAAACTGAGTCCCTCCAGGTTCGAAAGGAGCTTTCTTCCGTCCCCTCCAGAGAATCGAATCAGAGTTCCCTTTGCATCTTCTTTAAGATTTATAGAATATGATAAATTTTGAATTCCTCTTTCGAGAAGAAAAGACTGCTCTTCCGAACTCAAAGGTTCTATTTTTAAAATCTGACATCTGGATAACAAAGGTCTTGTGATTCGAAACGCGGGATTTTCCGTCGTGGCTCCGATCAAAACAAGATGCCCGGTTTCCACTCCCTTCAAAAGACTGTCCTGTTGCGAAGCACTGAAACGATGGATCTCGTCCAAAAAAAGAAGAATCGTTCCCTCCCGGTCCGCCCTTTCCAGCAATTTTTTGATTTCGGCAACTCCTGTGGAAACGGCGTTGTATTCCACAAAAGGAAGATTCCACCTTCTGCAAAGAATTCCGGCTAACGTGGATTTTCCGGTTCCGGGCGGACCGTAGAGAATGATCGAAACGGGAGAACGATAATTGACGAGCTGTTTTGTCGCTCTTGTCTGTCCGATTACTTCTTCGAAACTGGACGGACGGATTTTATGAGCAAGAGGTGGAATCGGCTTTTTTGTAAAAAGGTCGCTCAAGTTTCCTCGTCTACTCCCAATTCGTTTTTAATTTTTCTGAGACAGGTTCGTATGGTCGCATTACAAACGTCGCAGGCGCTATGACAACAAACCAAGGATTGTTCTCTTATATTTCCTTGTAGAATATTTTCCATCAAAGCTTGGATACGAACCGGAAGATCGAATAGATCCAAATTTTCTCGAATGATTTCTTCTTTCGTTTTCGGAAATAGATTGGGTTGATTGTTTTCCAAAAATGTATCCTTTGGTTACAGAGTATTCTTTTCTTTTGTTTCCGAAAACTCAATTTTTTTTTAAATCCCTGAGCCAAGCTCGCGTTCTCAAACTTTCTATTTTTGCAAGGGAGCGTCGTATTCGCGAACGCCGCAAAAAAGATACTATAACAAAAAGGAGTTTATTAAGACGATATGTAAGGAATGACAAAAAAGAAAAGATTTTTAAAATGACTCTGAAATTATGAAAACCATGAACTTACAAAAATTAGGAACTTTATTCCTTCTTTGTTTTTTGAGCCAACTCAAAGCCGAAGAAACAAAAACCCATCGCAATCTAACCGAGGCTCTTCAAAATCCGACGGATGTCCGATACTTAGATTTAAACAACAATCAGCTAACAACACTTCCAAAAGATATCGGAAAATTACAAAACCTACAAAAATTAAATTTATACAACAATCAACTCACAACTATTCCAAAAGAAATCGGATATTTGAAAGAGCTACAAGAATTAAATTTAAGCCGCAATCAGCTCACAACACTAACACTTCCAAATAAAATTGGACAATTGCAAAAACTATATTTAGATAACAATCAACTCAAAACTCTCCCAAAAGAGATCGGAAAATTACAAAACCTACAAGAACTATATTTAACCAACAATCAACTCAAAACTCTTCCAAAAGAAATCGGATATTTGAAAGAGCTACAAGACTTAGATTTACGTGACAATCAACTCACAACACTTCCAAATGAAATCGGAAAATTACAAAACCTACAAAAATTAGATTTAAGCGGCAATCAACTCAAAACTCTCCCAAAAGAGATCGGAAAATTACAAAACCTACGAGAATTAGATTTAAACGATAATCAACTCAAAACTCTTCCAAAAGAAATCGGATATTTGAAAGAGCTACAAGACTTAGATTTACGTGACAATCAACTCACAACACTTCCAAATGAAATCGGAAAATTACAAAACCTACAAAAATTAGATTTAAGCGGCAATCAACTCAAAACTCTCCCAAAAGAGATCGGAAAACTGCAAAACCTACAAGAACTATACTTATACGGCAATCAACTCAAAACTCTCCCAAAAGAGATCGGATATTTAAAAGAGCTACAAGTATTACATTTAAGCGACAATAAACTCACAACTCTTCCAAAAGAGATCGGACAGCTGCAAAAGCTACAAGCATTACTACATTTAGGCGACAATCAACTCAAAACCCTTCCAAAAGATATCGGATATTTGAAAGAGCTACAATTATTAGATTTAAGCGGCAATCAACTCAAAACTCTCCCAAAAGATATCGGACAACTGCAAAAGCTACAAGACTTAGAGTTAGATAGCAATCAACTCAAAACTCTCCCAAAAGATATCGGAAAATTACAAAACCTACAAGTATTAAATTTAAGCAACAATCAACTCAAAACTCTCCCAAAAGATATCGGACAACTGCAAAAGCTGCGAGTATTAGAGTTATATAACAATCAACTCAAAACCCTTCCAAAAGAGATCGGACAGCTGCAAAAGCTACAAGAATTAAATTTAAGCCACAACAAACTCACAACTCTTCCAAAAGATATCGAAAAATTACAAAACCTACAAGTATTAAATTTAACCAACAATCAACTCAAAACACTTCCGAAGGAAATCGGACAACTGCAAAACCTACAAGTATTAAATTTAAGCCACAACAAACTCACAACGCTTCCAAAAGATATCGGAAAATTACAAAACCTACAAGAACTATATTTAACCAACAATCAACTCACAACGCTTCCAAAAGATATCGAAAAATTACAAAACCTACAAGAACTATATTTAACCAACAATCAACTCACAACGCTTCCTAAAGAAATTAGATATTTGAAAGGGCTAGAAGTATTACATTTAGATGATATACCTGCTTTGAGGTCCCAAGAAAAAAAGATTCGAAAATTACTTCCCAAAATACATCATGTTAACTTTATCAAAATAACAAAGTAACGACATAACGAAATCGCATTGAGCTTCCTCCGAAAACGCGGACATCTCATATGCAAGGAAACTCCAAAAAAGAAAAGGTGTTTAAGATGACTCTGAAATTATGAAAATCACGAACTTACAAAAAATAGGAACTTTATTCCTTCTTTGTTTTTTGAGCCAACTCAAAGCCGAAGAAACAAAAACCCATCGCAATCTAACCGAGGCTCTTCAAAATCCAACGGATGTTCTAATTTTAGATTTAACCAACAATCAACTCAAAACTTTTCCGAAGGAAATCGAAAAATTACAAAAACTACAAGTATTAGTTTTAACCAACAATCAACTCACAACTCTTCCTAAAGAAATCGAACAATTACAAAACCTACGATACTTATATTTAAGTTACAATCAACTCACGACCTTTCCAAAAGATATCGGAAAATTACAAAACCTACAAGTATTAGCTTTAACCAACAATCAACTCACAACTCTTCCGAAGGAAATCGGACAACTGCAAAACCTACAAGTATTAAATTTAAGCGACAATCAACTCAAAACTCTTCCAAAAGATATCGAACATTTGAAAGAGCTACAAGTATTAGATTTAAGTCACAACAAACTCAAAACTCTTCCAAAAAATATCGAACAATTACAAAACCTACAAGAACTATATTTAAGCCACAATCAACTCACAACGCTTCCAAAAAATATCGAACAATTACAAAACCTACGATACTTATATTTAAGTTACAATCAACTCACAACGCTTCCGAAAGATATCGGATATTTGAAAGAACTACAAGTATTATATTTAAGCAACAATAAACTCACGACTCTTCCAAAAGATATCGGATATTTGAAAGAACTACAAGTATTATATTTAACCAACAACAAACTCACGACTCTTCCAAAAGATATCGGAAAATTACAAAAGATAGGATACTTAGATTTAAGCCACAACAAACTTACAAGCCTTCCGAAAGATATCGGATATTTAAGAAATCTATGGCACTTAAGTTTAAACGGGAATCGACTCACAACGCTTCCTAAAGAAATTAGATATTTGAAAGGGCTAGAAGAATTACATTTAGATGATATACCTGCTTTGAGGTCCCAAGAAAAAAAGATTCGAAAATTACTTCCCAAAATACATCATGTTAACTTTATCAAAATAACAAAGTAACGACCTAACGAAATCGCATTGAGCTTCCTCCGAAAAACGTGGACAAAACAATATGCAAGGAAACTCCAAAAAAGAAAAGATGTTTAAGATGACTCTGAAATTATGAAAATCACGAACTTACAAAAAATAGGAACTTTAATCTTTCTTTGCTTAGGAGCTTTAATCCTTCTTTGCTTTTTAGACCTATGCGAAGCCGAAGAAAAAGGAACCTATCACAATCTAACCGAGGCTCTTCAAAATCCAACGGATGTTCTAATTTTAGATTTAATAGGCAATCAGCTCACAACTCTTCCAAAAGATATCGGAAAATTACAAAAACTACAAAAATTGGATTTAAGAGGCAATCGAATCGCAACTCTTCCCAAAGAAATCGGGCAACTACAAAACCTACCAGTATTATATTTAAGCTACAATCAACTCACAAGCCTTCCAAAAGATATCGGAAAATTACAAAACCTACAAAAATTAGATTTAAGCAACAATCAACTCACAACTCTCCCAAATGAAATTGGAAAATTGCAAAACCTACAAGAATTATATTTAAGCAACAACAAACTAAAAACTCTTCCGGATGAAATTGGAAAATTGCAAAAGCTGCGAACATTAGATTTAGATGTGACCTAGCCCCCGAATTTAGAACCATTTAGAATGTTTGAAATCCTCTCAAGAACATAAAATTTTGGAGGAAAACATGAAAAAACGTTTCAGTGAAGATCAAATTCATAAGATTCTAAAGGAATCTGAATCAGGGATATCGACTCCTGAACTTTGTCGTAAATACGGAATCAGTGGTAACACTTTTTACCGTTGGCGTTCGAAATACGGCGGGTTAGAACTAAACGATCTAAAACGGATGAAGACTTTAGAGGAAGAAAACAGTAGGCTAAAGAAACTGTATGCAGAGTTAGCTTTAGAAAATGAAGCGATCAAGATGTTACTCGAAAAAAAGTGGTGAGCCGTGAGCAGAAACGAGAGGCGCTCCTGTTAATCAAAACGCGGCTTGGAGAACGGAAATCCTGCCGTCTTTTGCAAATCTCCAGAACCGGCTTTCGACATCGTTCCAGGCTTCAGGACAAAAACATGGAATTGAAGGATCGAATTCTCACTTTAGCGTATAAGCATAAAAGGGCGGGATACAGACAGATTCATGATTTTATTCGGCAAGAAGAACGAGTAAACCATAAACGAATCTATCGCTTGTATTCAGCATTGGGCTTAAAATACCGAATCAAACCGAAACGAAAGAGAGTATCGTTACCTGCGATTCCAAAGATTGTTCCTAAGAAACCGGAGGAAAGGTGGTCGATGGATTTCATGTCGGATTCACTCTACTCGGGAAGAAAATTCAGAATATTGAATATCATCGATGACTTTGGACGATTCGCCGTGGCAACGCAGGTGGAATTCTCAATCACTTCGGAACGATTAGTAAGAATTTTGAATGAAGTATCTGAAGTCCGTAGCCTGCCAAAACAAATCGTTGTGGATAACGGTCCCGAATTCACATCAAAAGCTTTTTTACGATGGGCTTTTGAAAAAGGAGTCGATATTCATTTTATTACGCCGGGTAAGCCTACTGAGAATGCCTTCATCGAGAGCTTTAACGGAAAAATGCGAAACGAATGTTTAAATGAAAATTGGTTTAAGAATATTGAAGAAGCACAGCGCCTTGTCGAGGATTGGAGAAATTTCTATAATTCTGAAAGGCCACATAGTTCTCTTGGGGGACTTACTCCGGAGGAATATTTAAGACGCTCTGCTTAAGTGGATTTTGACACTTTACACTGGTACTAAAAACGGGGGCATCTCAGATGATATACCTGCTTTGAGGTCTCAAAAAGAAAAGATTCTAAAATTACTTCCCAAAATACATCATGTTAACTTTATCAAAATAACAAAGTAACAGCCTAACGAAATCGCATTGAGCTTCCTTCGAAAACGCGGACAAAACAATATGCAAGGAATGACAAAAAAGAAAAGGTGTTTAAAATGACTCTGAAATTATGAAAATCACGAACTTACAAAAAATAGGAACTTTATTCCTTCTTTGTTTTTTGAGCCAACTCAAAGCCGAAGAAACAAAAACCTATTACAATCTAACCGAGGCTCTTCAAAATCCAACGGATGTTCGAATTTTAGATTTAAAGAGCAATCAACTCACAACACTTCCAAAAGATATCGGACAACTGCAAAACCTACAAGTATTAGATTTAACCAACAATCAACTCACAGCTCTGCCAAAAGAAATCGAACATTTGAAAGAGCTACAAGTATTACATTTAAGCCACAACAAACTCACAAGCCTTCCTAAAGATATCGAACATTTGAAAGAGCTACAAGAATTACATTTAGACTACAATCAACTCACAACTCTTCCTAAAGATATCGAACATTTGAAAGAGCTACAAGAATTACATTTAGACTACAATCAACTCACAACTCTTCCAAAAGAAATCGGATATTTGAAAGAGCTACAAGTATTACATTTATACGACAATCAACTCACAACTCTTCCAAAAGAAATTGGATATTTGAAAGAGCTACAAGTATTACATTTATACGACAATCAACTCACAACTCTTCCAAAAGAAATCGGATATTTGAAAGAGCTACAAGTATTACATTTATACGACAATCAACTCACAACTCTTCCAAAAGAAATTGGAAAATTACAAAACCTACAAGTATTAGAGTTAACCAACAATCAACTCAAAACACTTCCGAAGGAAATCGGACAACTGCAAAACCTACAAGTATTAAATTTAAGCCACAACAAACTCACAACGCTTCCAAATGATATCGGAAAATTACAAAACCTACAAGAACTATATTTAACCAACAATCAACTCACAACGCTTCCAAAAGATATCGGATATTTGAAAGAGCTACAAATATTAGAGTTAACCAACAATCAACTCAAAACACTTCCGAAGGAAATCGGACAACTGCAAAACCTACAAGTATTAAATTTAAGCCACAACAAACTCACAACACTTCCAAAAGATATCGGAAAATTACAAAACCTACAAGAACTATATTTAACCAACAATCAACTCACAACGCTTCCAAAAGATATCGGATATTTGAAAGAGCTACAAATATTACATTTAGATGATATACCCGCTTTGAGGTCCCAAGAAAAAAAAATTCGGAAATTACTTCCCGAAGCACATATTGCCTTTACCAAAATAACAAAGTAACAGCCTAACGAAATCGCATTGAACTTCCTTCGAAAACGCGGACAAAACAATATGCAAGGAATGACAAAAAAGAAAAGATATTTAAAATGACTCTGAAATTATGAAAATCACGAACTTACAAAAATTAGGAATTTTAACTTTAATCCTTCTTTGTTTTTTGAGTCAACTCAAAGCCGAAAAAACAAAAACCTACCAAAATTTAATCGAGGCTCTTCAAAATCCGACAGATGTTCTAATTTTAGATTTAACTAACAATCAACTTACAACTCTTCCAAAAGATATCGGAAAATTACAAAACCTACAAAAACTATATTTAGATGGCAATCAACTCACAACTCTTCCCGAAGATATCGGATATTTGAAAGAGCTACAAGTATTACATTTATACGACAATCAACTCAAAACTCTTCCAAAAGAAATCGGACAACTGCAAAACCTGCGAGTATTAGGTTTAAGCCACAACAAACTCACAAGCCTTCCGAAAGATATCGGACAACTGCAAAAGCTACAAAGACTACATTTAGACGACAATCAACTCAGAACACTTCCAAAAGATATTGGAAAATTGCAAAAGCTGCGAGAACTATTGTTATATAACAATCAGCTCACAATGCTTCCGAAAGATATCGGACAACTGCAAAAGCTACAAAGACTGCATTTAGGCGACAATCAACTCAGAACACTCCCAAAAGATATCGGAAAACTGCAAAACCTGCGAGTATTAAAGTTAGATAGCAATCAACTCGCAACACTTCCAAAAGATATCGGAAAATTACAAAACCTACAAGTATTAGATTTAGGTGGCAATCAACTCGCAACACTTCCAAAAGATATCGGAAAATTACAAAACCTACAAAAATTACATTTAAACGGCTATGAGTTCACGACTATTCCAAAAGAGATCGGACAGCTGCAAAAGCTACAAGAATTATATTTAGATGATACGTTTGCTTTGAGGTCCCAAGAAAAAAAGATTCGAAAATTACTTCCCAAGATACATATTATTTTTACCCAATACGGAGACTCAGAATAGTAACGAAATCGCATCTACTATTTTATGGATGAGTTTTATACGACTTTCTAGAATATACGAAATGTATTTCTGTGATTCCATTTTCATGGGCCTCGAAATTTTTCAAAACTTCTTTTTGATTTCTTTGGCTCCTCTTTGAGTTAAGATTTATCGCAAAACCTCAAATGCAAGGACCATAGAATACAACTTCTAATGGTGAAAAGACAATTTAAAAATCTATGGAAGTCTTGTTATAACGACCTGATTATTGCAATCGATAGGTTTTGGAATAAACTCTATGTATTTTTTAATATTTAGAATATAATGAAAATCTTTCACATTCCCCCTCCAACCCATCCGAACTGAATCAGATAATAGAATACGATAAAACGCGGAATTCGAAAAAGACATCCTTGAAAAAAAAGAGCATAACGCATTTTCATAGCACCTGCCGCCAATGAAACCCAGGAATACGGAAGAGGCGTCAAGGCCGCAAGCACTACGGCCCAAAAACCGTAACGATGCAAATAGTGTTCCAACTTTTGTTCGTGTTTTTTAACGAAACTAGCAACACCTTCGATCTTAGGAAGGAGCACCCTTCCCGTAAGATAAGAAACAGTTCCACCGATCAGACTTCCAATCGAAGCCGAAACGATGACAAGAATCGAATTGAGCTTTCCGGCGACGGCGATCATCAAAAATACGTCGGGCGGTATAAACACGTGCAAAGAATCGGCGAACATGATTCCAATTCCAACTCCGAATACTCCCGTAATCTCTATGAATTTTTGGGAAATCGCCAAAACGGGTTCGGGGAAAACACGCGCGAGGAACACAACTCCTAAAACAAGAATCACAATTCCGACTAACGTTTGACGGAATAGTTTTCTTACGACTCGGTCCGGCTCTTTACCAGAAACTTCCTTATTTTCTGTGGAACATTCTTTCAAGGTCATCTCTGCTCAACTTTACTAAGGTCGGTCTTCCATGCGGACAACGGGAAGGATTTTCGCAATAACTCAGTCTGTTTAAAATTTCTGCCAGAATCGGATCGGAAAGCTGATCCCCTTTTTTGATTGCGGAACGGCAGGCCACGCACTTTGCCATCAGATCGTATAACTCCGGTTCGCTGGTCTCTTTTCCCTCGGCTCTATTCAAAAAATCAAGCACGATTTCTTTTTCTTCCCCAGGTTCCATATACGCGGGAATTTCTCTTAAAACCACGCTGTCTTCCCCCAAAGGATCCAAAAATATTCCAACTTCCTCATATTCTTTTTTTCGATTCAAAATGTCTTCTTGTTCCTGTTTAGATACGTCGATTCGGATCGGCGTCAAAAGAGGTTGAATTCCGTAATTTTTCCTTTCAAGCTTACGCAAAACCTCTTCGTAGCGGATTCTTTCGTGGGCCGTATGCTGATCGATGATATAAAAACCGTCTTCGGCTTCCGCGAGAATAAATGTTTCGAACAAAACTCCAAAATGTTTTTTCGGAACAAAGGAAGAATGTTTCACCCGTTCGTCCGTCAGAGAGGACAAAGACGTCCCCGGCCCCATCCGATCCAAATCGAATCCTTCCTGTCTGGAAACTTCGGTAAAAAGTTCACGGCTGAGCAACGGACCTTTTTCAAACTTGGAAAAAGGACGAGTCTGATAAAGAGAACTTGTTTGAAACATTTCGGAAGTCGGTTTTAAAAGTCGTTTTTTCAATTCTAAAAAACTGACCGGCGTGCTGGATCTCAGTTCTTTTTGAATGAGAGTCAAAAAGAATCCATTGAACCCCTCTTCGTCCAAAAAGCGGATTTCCTTTTTTGCCGGATGGACATTAACGTCCACTCTTGAAGGATCGATTTCGAAAAATAAGAAACAATACGGGTGAGCGTTCGGTGGAAGTAGTTCATCATAAGCTTTTTTTAATAAAACGGAACCGTATTTGATTTCAATCGGCCTTCCATTGATAAAGACGAATTGCCCGGTTCGATTCGATTTGTAAAAGTCCGGATCGCTGATATAACCGCTTGCTCTGATTCCTCCGCGTTCCAGACCGACTTCTAAGAGATGATCACGGAAATTTTCCCCGAATAAATCAATGATTCGGTCCTTTTTATTTTCTCTAGAAGGAAGTACAAATACCTCCTTTCCATCCTGAAAAAGACGAAAACGTACATCATGTCTTGCAAGAGCTTGCGTAGTAACTCTATCCTTGATTTTTTTATCTTCGGAACGGATCGACTTTAAGAATTTTCTTCGGACAGGAGTATTAAAAAATAATTCCTCCACAAGTATTTTTGTTCCGACAAACCCCGGAGTTTCTTCTTTTTCGGATATTTTTCCTCCGATCGAACAAATTTTCCAAGCGGTCTTTTGATCCTTTATTCCACTTTCCAACGTTAAGCGAGATACCGAAGCGATGGAAGCCAAAGCTTCTCCTCGAAATCCATAGCTGAGCACGCTTTCCAAATCTCCATAATCTCGAATCTTACTCGTAGCATGTCTTTTCAAAGCGGGCTCTATGTCTTCCGGATCGATTCCCGAACCGTTGTCAGTGATGCGTAAAAGGGAAAGCCCTCCGTCCTTGGACTCCACATCCACTTGAGTCGCTCCCGCATCCATGGAATTCTCCATCAGTTCCTTGACGACGGAATGCGCGGATTCAATGACTTCCCCGGCGGCAATCTGATTGATGAGTTCCGGACTAAGTTCCTGAATTTTTCCCAT

Protein sequences of DBSCAN-SWA_8

>CP030147|3521434:3601107|3549687_3551073_-|AXR62047.1|transposase|DBSCAN-SWA
MQTATHSSVILPTIPKKNRNSYDTFWKFNVANGVITSEQLKGLPKSTVHSLKNKDPDSFRHIYGFRFNGMEPNLQREANYLSIRLENSLTLQKGIIALAKIKLCLLQIKSLPKKMKNSIQVKEKIVRTIQRVRDDLGFERTLRKFHISKSTFHSWFFQVRFRCSSSWEKLCHKRFVGQISVKEIDSLKNLLLEKATLFWPLSSIWGYARKNDILHCSLSSFYKWARVIRPELFSNKFKKLKKEGFKTYRPNEVWHCDITQFVTKDNVKSHIYILIDNFSKMILAFRVAPQVDSDICASLVEEAISKYQTSFSKLTLPDLFPLINLNLSKESSFVHLMTDGGPENQGSLDRIIFDYELPINKITAGKDVSFSNSPIEAIHKITKYQCLHHLDIPNRQSLIQKLSEWIPIYNDQRPNRAGRYLLTPSEIFRGKSIDSNLLNQQSKDAKKQRYLLNKVTSCGVC
>CP030147|3521434:3601107|3539598_3540129_+|AXR62544.1|DBSCAN-SWA
MLFFVFFCKEENKEVPKQENSVQEEKVQDMKTENIFNWVFAMDGLNTFKESMGIISKFDEYCLKIDPNVNFFELGIAEGKVYKGKVKERDLESVTIEINGKTRKYFIVQYTSITKVETYALMTENYSKKESDGKWNMDSAEGKVASSQTISECISDIKLNYELQYHEEDHGVQKKK
>CP030147|3521434:3601107|3549200_3549413_+|AXR62045.1|DBSCAN-SWA
MLQLSDSKAKQGSGDGTKEIARRRGSGIPSLEIQLDICKLERQQARYEARGKPSPSVFCPLNVEHRWMSV
>CP030147|3521434:3601107|3560126_3563321_+|AXR62546.1|DBSCAN-SWA
MKSTSYSPDLEYQYIRMETKFNPGNLSVDMMNPNATRFNAEMVLGVKNYIDNLQKNVEQMFAQFSNKTNEIKEEYAQNQEIESYQKKLYEASKENYLAAFQALPGDLKGMFEGEMGGLKGYHEQGSKYNFSQGSFKGQSGDMKKIGKAMYEGASIDDTVFGGSRELKGSVSVKGIPVEVSYGMQYLIVTSGFDISNLGYNFKLKGVGTNYVDNQLSNVNRKYTVYSEDIQNRIEKQAKANDAEKESKGFLFNVLSGMSGGQKPHEAIKSEVQSRITGAVAEATGLPASFVGALVGGSNMKQAMKAYEKSVTTEAISQATGIPAWYLNQKISEKEATHAMTTSFSYNMGRGLGTMAAVAIATVAVGPVGVIALAANPDVTKKVNKFSDHLGKQAYENRETIDTVITVAASATAIITGGASLVALAAYKTIQGATEGGVLGALAGAATIGNAPLSIATGGLVSYDLSYSREKGFGASVGGGMKLMEGLGVGATLSYNEQTGFGGSAGLQAGTSALSFNAGISYSEQGGISANAGLGLGMGKNGTTGSYASTLNLGMSYNRQDGFGTSVGISRNNNVVLPGVGATLSRSEFGGWGADVSTDQYGSYEGKGGKYGGVSGGLSWNEHTGVTLSLNSGGTNAFNYNAQSGLTSNSNFLAESAMNNALAQGVADTDEEKAYKAAKAEADSRAAQNRNNSEQGKSALDAVGYSTQRREDGLPGSQGTIGFGDADGPNPAHGTSSHDPGQTLTLSGSFGPDGKPTGGRQLSAADVAEFKADWRKESPAQTDANIADLKAAGYDTSGLEKFVNDYRNGKAANNQGATPAVVTNHSQGPTVLYGGAVQNALSFVADGAKGLWNKMTGGGSSSTQSHISTANMDAIRNPEIKDTTYYPGSDSKVAGAPRATDDAVKIHIVSGDFGRDTTQWTDMPDFRDKRHYNSHDTPSKVDLAGKYSNREMAWFGPNANFRVDGVFVGERISGSRIQLSVLDSNGNAVGQLNLKHFKEINQAIYQGKGQVFSGGTYLGRTNDKVGLSEGQHMHAEVTPEFVKKGEREGITYTRDDIYKWMRGEN
>CP030147|3521434:3601107|3583749_3584478_-|AXR62551.1|transposase|DBSCAN-SWA
MLNDSQAFMNLSTFYKYARALRPDFKRFRKPKQRIGIRASSPLTLLHMDTTILRVQDGSKAYIHFIMDNFSRTILGWKASVEWNAKNTVSNLKEVCEKFNLFHKPIRLLCDDGSENQGAVNGFLDQPNLFIKKLIAQVDISYSNSMIEAVNKKMKYEFLFPKNPISFEEVIDTLKDAVPEYNSRPSGVLFGFSPDQVLYGEVPDKHRFIEQIKEAAVIRPKINKQGLCDPCANPSTIPIKRK
>CP030147|3521434:3601107|3584525_3585029_-|AXR62552.1|DBSCAN-SWA
MKTKNSYHTALVLKAQLGMLSKKERSRIPDSTFSDWKKRNLSLVVGFTEDDLAHFKDEVYRKISESKTFKKTLSALLLVFQFYFSLTENMRGKRRIWSEQKKNIVSIVTRISPLIGIKAACKLLKISSQRFYRWKNEIHCFTSTFNLCRKLHPNNLLTKNKRSSPSI
>CP030147|3521434:3601107|3590806_3591043_-|AXR62066.1|DBSCAN-SWA
MENNQPNLFPKTKEEIIRENLDLFDLPVRIQALMENILQGNIREQSLVCCHSACDVCNATIRTCLRKIKNELGVDEET
>CP030147|3521434:3601107|3589538_3590810_-|AXR62065.1|DBSCAN-SWA
MSDLFTKKPIPPLAHKIRPSSFEEVIGQTRATKQLVNYRSPVSIILYGPPGTGKSTLAGILCRRWNLPFVEYNAVSTGVAEIKKLLERADREGTILLFLDEIHRFSASQQDSLLKGVETGHLVLIGATTENPAFRITRPLLSRCQILKIEPLSSEEQSFLLERGIQNLSYSINLKEDAKGTLIRFSGGDGRKLLSNLEGLSFSFPENHTISKSDVEEYLESRVIEYDKSGESHYDVISAFIKSVRGSDPDAALYYLAVLLEGGEDPLFIMRRLIILASEDVGNASVNGLPLAVSGLHALEAIGMPEGRLILAHVTTFLASCPKSNASYKGLKAALSFVREKGTGIKIPNRLRNAPTFLHKKEGASQGYIYPHDFGGFKEQNYFPDGFSDHPPRFYFPTENGAELKLKEYLDKVWEKSSRRGDP
>CP030147|3521434:3601107|3576745_3577282_+|AXR62054.1|DBSCAN-SWA
MKVMYKSILIFLILISSFCKQEQKEKEVKPVSLQNAHPITQQIVKILRDNKPEELMSFLDTTYGFEIDDWYISLPDGSDHGAPPKKKDFMKDGIDESGKDLIFNNSVMQKEFVEIFPGIVSFREAFMNPNVEIYDSFTMDKGGTGRISIDYTNYIYSIAFSCNKSGNCKIIRFEIARK
>CP030147|3521434:3601107|3578429_3578915_+|AXR62056.1|DBSCAN-SWA
MIFRILLVSCILLNACDKPGNKEETKMEVKTYTKQEKMKMLDVMLSKLLKDIQEKKNFTPFLEVSDEHSGYTIHAEESMEKDLYIGNFQKEGLGDMEKNVTVEEVVRLLKKGSKVGISDDGESLSIMLTVNRFEYGIDCYFPEEQGRWIVRDFSRLRPERD
>CP030147|3521434:3601107|3572042_3572558_+|AXR62053.1|DBSCAN-SWA
MIKKINILFLTLILISQCKESNYNQEDNMSLNTPNVLSIDTLLNGIWTDGSEYATTYMKFVKINSNYEFHIIEGPDGAIFKNVKVICNKKYYCRILTSNEKSLLLSFHILKNNDIKVEFFPRPEQTLLVEKINSQESLKVPTVYASGSILKNLSPAQNTHQNRAPGMEPRR
>CP030147|3521434:3601107|3548683_3549217_+|AXR62044.1|DBSCAN-SWA
MKTKLMAILILGLAGTMGIFAEKSLKEKAYEYYSSISPEFKKYNLDMKPEKIESLGMKEMTDEGMQYLVVFPNLETLTLDDSKITDEGLKQISTLPKLDDLSLGRNKITNKGIEYISKSKTITKLFLNNIQEIDDGCIPHLLKMKQLTTLELSLTNISEQGLKKLRKGLPKAGVTTQ
>CP030147|3521434:3601107|3569646_3572037_+|AXR62548.1|DBSCAN-SWA
MSGGQKPHEAIKSEVQSRITGAVAEATGLPASFVGALVGGSNMKQAMKAYEKSVTTEAISQATGIPAWYLNQKISEKEANHEMAKSFSYNAGRSLVTMVTGVVQVVARAGEAFLDYTPSGLLMKAVAPSLTDQARKTADNVDKQAGKFADHIGRQAYENRETIDTVVTVAAVVGAAFSFGTSMAALAAYKIAEGATEGGVYGALAGAVSTVGTAASIYTGGVIGFDCSYSYADGFGASVGGGMKLMEGLAVGATLSYNEQTGFGGSVGLQAGTNALSFNAGLNYSQQGGISGSAGLGRGLGKNGGTGSYSASLNLGVSYSRQDGFGMNAGISSNNNHVLPGMGATISRSEYSGWGADVSTDQYGKVEGGGGRPSFGGVSGGLSWSERDGFTASFNVAGTNALSYNSQSGLSSNADFISQYSMNNILAQGVADTDEEKAYKAAKAEADSRAAQNRNNSEQGKSALDAVGYSTQRREDGLPGSQGTIGFGDADGPNPAHGTSSHDPGQTLTSSGSFGPDGKPTGGRRPLSAEDKAAFWDNWKGETRAQTDASIAELRRMGYDTAEIEGKVQAYRNNQDSIPANSNSTQNTTHQSQGTGLYGGVVQNILNSAVSGASSLWDKVTGGSKPIAHQTAPVFELDNGAKLPFENQGSGYGRVRILTRNDGTTYTSAPHSGLDQPQASGTPVPVVADGRVIALSRNYENNQNGGGYGAFVLVQHNNGIFTLYGHNSNVLVNVGDTVTRGQVISNVGNSGNSFGAHMHYEVRTGFNVDPRAYISQTNHQNPATFNWNQWIQDHPE
>CP030147|3521434:3601107|3565101_3565587_+|AXR62051.1|DBSCAN-SWA
MIFRILLVSCILLNACDKPVNKEETKMEVKTYTKQEKMKMLDVMLSKLLKDIQEKKNFTPFLEVSDEHSGYTIHAEESMEKDLYIGKFQKEGLGDMEKHVTVEEVVRLLKKGDKGGMSEDGGSLWVMIEADRFEYGIDLFFPEKEGRWIVRGFSRLRPERD
>CP030147|3521434:3601107|3558516_3559062_+|AXR62048.1|DBSCAN-SWA
MKKKIALVSMLFFVFFCKEENKEVPKQENSVQEEKVQDMKTERVFNGVYAMREIHLLKEVFGIQSKFNDYCLRIDLKANVVELGIVEGKVYKGKIVEKDSESVTVEINGKSQKYFIAKDQFDSYALLTENYSKKEADGKWDMDSIAGAESTSQTIAGCVSNIGLNEELQYREEDHSVPKKK
>CP030147|3521434:3601107|3585238_3585874_+|AXR62060.1|DBSCAN-SWA
MIRTNEYEKIREQTLKELDAMLESGGKGLAVWHLMYIQDKPEQKYYPLIEASLRGKKIDQVIAGAYLAVSWKLKEFAPFVLLWDGKGEAERSVMQAVHTYLSDRKKTLQEIKAGSPQMFGMVKIMHNIRNPDALDWEILLSSFDLLLEVEGSHNFLSDLVYSSVRMLESQTPSAEIKKELRKRFNRLDPDMPVDDSYLHEELLKRFRAYLL
>CP030147|3521434:3601107|3529704_3530370_+|AXR62041.1|DBSCAN-SWA
MQIKMKIKSLIAISLLLVVCSCKTKESSALNDIPDEVPLYQALQADSKRIGILKLGEKYEIQKEESILFTDEIGGYSESFKWVLIKKTTGEVGWSLRNILNPNGKLEQNDPIGRWVSLGSKFPQDLVRFLNLEISKSEVLVNPYAGVGYLKYEDPKFECSNGICSIFANGKLILKFSFLKTNAIKIIFSAKVVGDGVSPDVQVKESDMYHILEEGSILYRL
>CP030147|3521434:3601107|3596183_3597380_+|AXR62073.1|DBSCAN-SWA
MKITNLQKIGTLFLLCFLSQLKAEETKTYYNLTEALQNPTDVRILDLKSNQLTTLPKDIGQLQNLQVLDLTNNQLTALPKEIEHLKELQVLHLSHNKLTSLPKDIEHLKELQELHLDYNQLTTLPKDIEHLKELQELHLDYNQLTTLPKEIGYLKELQVLHLYDNQLTTLPKEIGYLKELQVLHLYDNQLTTLPKEIGYLKELQVLHLYDNQLTTLPKEIGKLQNLQVLELTNNQLKTLPKEIGQLQNLQVLNLSHNKLTTLPNDIGKLQNLQELYLTNNQLTTLPKDIGYLKELQILELTNNQLKTLPKEIGQLQNLQVLNLSHNKLTTLPKDIGKLQNLQELYLTNNQLTTLPKDIGYLKELQILHLDDIPALRSQEKKIRKLLPEAHIAFTKITK
>CP030147|3521434:3601107|3580865_3581411_+|AXR62058.1|DBSCAN-SWA
MKTMYKSILIFLILISCFCKQESKEDEVKTKKVKSVSLQNAHPITQQIVKILRENKPEELMSFLDTTYGFEIDEWYISLPDGSDHGAPPKRKDFLKDGIRESAKDLIFNNQVMQKEFQETFPGIVSFREAFMNPDVEIHNFFRMGDYGYISVHQANYIYSMDLSCNKGGNCKIIRFEIGRK
>CP030147|3521434:3601107|3521434_3522820_-|AXR62040.1|transposase|DBSCAN-SWA
MQTATHSSVILPTIPKKNRNSYDTFWKFNVANGVITSEQLKGLPKSTVHSLKNKDPDSFRHIYGFRFNGMEPNLQREANYLSIRLENSLTLQKGIIALAKIKLCLLQIKSLPKKMKNSIQVKEKIVRTIQRVRDDLGFERTLRKFHISKSTFHSWFFQVRFRCSSSWEKLCHKRFVGQISVKEIDSLKNLLLEKATLFWPLSSIWGCARKNDILHCSLSSFYKWARVIRPELFSNKFKKLKKEGFKTYRPNEVWHCDITQFVTKDNVKSHIYILIDNFSKMILAFRVAAQVDSDICASLVEEAISKYQTSFSKLTLPDLFPLINLNLSKESSFVHLMTDGGPENQGALDRIIFDYKLPINKITAGKDVSFSNSPIEAIHKITKYQCLHHLDIPNRQSLIQKLSEWIPIYNDQRPNRAGRYLLTPSEIFRGKSIDSNLLNQQSKDAKKQRYLLNKVTSCGVC
>CP030147|3521434:3601107|3587116_3587299_-|AXR62062.1|DBSCAN-SWA
MLRCRISTSIAHALCFLYLMWVPHCSHSLCSRICFCSLKGKRGGRFLKVVIDSSILEESI
>CP030147|3521434:3601107|3540343_3541729_-|AXR62043.1|transposase|DBSCAN-SWA
MQTATHSSVILPTIPKKNRNSYDTFWKFNVANGVITSEQLKGLPKSTVHSLKNKDPDSFRHIYGFRFNGMEPNLQREANYLSIRLENSLTLQKGIIALAKIKLCLLQIKSLPKKMKNSIQVKEKIVRTIQRVRDDLGFERTLRKFHISKSTFHSWFFQVRFRCSSSWEKLCHKRFVGQISVKEIDSLKNLLLEKATLFWPLSSIWGCARKNDILHCSLSSFYKWARVIRPELFSNKFKKLKKEGFKTYRPNEVWHCDITQFVTKDNVKSHIYILIDNFSKMILAFRVAAQVDSDICASLVEEAISKYQTSFSKLTLPDLFPLINLNLSKESSFVHLMTDGGPENQGALDRIIFDYKLPINKITAGKDVSFSNSPIEAIHKITKYQCLHHLDIPNRQSLIQKLSEWIPIYNDQRPNRAGRYLLTPSEIFRGKSIDSNLLNQQSKDAKKQRYLLNKVTSCGVC
>CP030147|3521434:3601107|3565808_3567446_+|AXR62547.1|DBSCAN-SWA
MEGLGVGATLSYNEQTGFGGSAGLQAGTSALSFNAGISYSEQGGISANAGLGLGMGKNGTTGSYASTLNLGMSYNRNDGFGTSVGISRNNNVVLPGVGATLSRSEFGGWGADVSTDQYGSYEGKGGKYGGVSGGLSWNEHTGVTLSLNSGGTNAFNYNAQSGLTSNSNFLAESAMNNALAQGVADTDEEKAYKAAKAEADSRAAQNRNNSEQGKSALDAVGYSTQRREDGLPGSQGTIGFGDADGPNPAHGTSSHDPGQTLTLSGSFGPDGKPTGGRQLSAADVAEFKADWRKESPAQTDANIAGLKAAGYDTSGLEKFVNDYRNQSKPGYGNSNQTGSPIVVNGSRTQTLGERASSIFGSVVDGAKGLWNRATGGSSKPVTHQTAPVFELDNGAKLPFENQGSGYGRVRILHDSKTGESKTTGPHTGLDQPQASGAPVPVVDDGKVILVNRDFRTRTKGGKGYGAVVVVQHNNGILTLYGHNSKINVNEGDTVTRGQVISNVGNSGNSWGAHMHYEVRTGNNVTKDNFYGKTKHHDPSTFDWNQ
>CP030147|3521434:3601107|3594832_3595135_+|AXR62071.1|DBSCAN-SWA
MKSSQEHKILEENMKKRFSEDQIHKILKESESGISTPELCRKYGISGNTFYRWRSKYGGLELNDLKRMKTLEEENSRLKKLYAELALENEAIKMLLEKKW
>CP030147|3521434:3601107|3591266_3593018_+|AXR62068.1|DBSCAN-SWA
MKTMNLQKLGTLFLLCFLSQLKAEETKTHRNLTEALQNPTDVRYLDLNNNQLTTLPKDIGKLQNLQKLNLYNNQLTTIPKEIGYLKELQELNLSRNQLTTLTLPNKIGQLQKLYLDNNQLKTLPKEIGKLQNLQELYLTNNQLKTLPKEIGYLKELQDLDLRDNQLTTLPNEIGKLQNLQKLDLSGNQLKTLPKEIGKLQNLRELDLNDNQLKTLPKEIGYLKELQDLDLRDNQLTTLPNEIGKLQNLQKLDLSGNQLKTLPKEIGKLQNLQELYLYGNQLKTLPKEIGYLKELQVLHLSDNKLTTLPKEIGQLQKLQALLHLGDNQLKTLPKDIGYLKELQLLDLSGNQLKTLPKDIGQLQKLQDLELDSNQLKTLPKDIGKLQNLQVLNLSNNQLKTLPKDIGQLQKLRVLELYNNQLKTLPKEIGQLQKLQELNLSHNKLTTLPKDIEKLQNLQVLNLTNNQLKTLPKEIGQLQNLQVLNLSHNKLTTLPKDIGKLQNLQELYLTNNQLTTLPKDIEKLQNLQELYLTNNQLTTLPKEIRYLKGLEVLHLDDIPALRSQEKKIRKLLPKIHHVNFIKITK
>CP030147|3521434:3601107|3567461_3567917_+|AXR62052.1|DBSCAN-SWA
MKGRLFIILSLYISFTLNCNSKFEDRTKEDSMTKEQIFEQLKGLWSTEQAWGGGVYIGFHKTKGGIQLIMNDGPDSISFDKIKLNCNEKKHCIVFESKNPKDSVLEFDLQSRNEIQVKNIKEFKISNHEGSMNSPFESKLFQKGEILKKYE
>CP030147|3521434:3601107|3591045_3591270_+|AXR62067.1|DBSCAN-SWA
MYPLVTEYSFLLFPKTQFFFKSLSQARVLKLSIFARERRIRERRKKDTITKRSLLRRYVRNDKKEKIFKMTLKL
>CP030147|3521434:3601107|3599316_3601107_-|AXR62076.1|DBSCAN-SWA
MGKIQELSPELINQIAAGEVIESAHSVVKELMENSMDAGATQVDVESKDGGLSLLRITDNGSGIDPEDIEPALKRHATSKIRDYGDLESVLSYGFRGEALASIASVSRLTLESGIKDQKTAWKICSIGGKISEKEETPGFVGTKILVEELFFNTPVRRKFLKSIRSEDKKIKDRVTTQALARHDVRFRLFQDGKEVFVLPSRENKKDRIIDLFGENFRDHLLEVGLERGGIRASGYISDPDFYKSNRTGQFVFINGRPIEIKYGSVLLKKAYDELLPPNAHPYCFLFFEIDPSRVDVNVHPAKKEIRFLDEEGFNGFFLTLIQKELRSSTPVSFLELKKRLLKPTSEMFQTSSLYQTRPFSKFEKGPLLSRELFTEVSRQEGFDLDRMGPGTSLSSLTDERVKHSSFVPKKHFGVLFETFILAEAEDGFYIIDQHTAHERIRYEEVLRKLERKNYGIQPLLTPIRIDVSKQEQEDILNRKKEYEEVGIFLDPLGEDSVVLREIPAYMEPGEEKEIVLDFLNRAEGKETSEPELYDLMAKCVACRSAIKKGDQLSDPILAEILNRLSYCENPSRCPHGRPTLVKLSRDDLERMFHRK
>CP030147|3521434:3601107|3593118_3594180_+|AXR62069.1|DBSCAN-SWA
MKITNLQKIGTLFLLCFLSQLKAEETKTHRNLTEALQNPTDVLILDLTNNQLKTFPKEIEKLQKLQVLVLTNNQLTTLPKEIEQLQNLRYLYLSYNQLTTFPKDIGKLQNLQVLALTNNQLTTLPKEIGQLQNLQVLNLSDNQLKTLPKDIEHLKELQVLDLSHNKLKTLPKNIEQLQNLQELYLSHNQLTTLPKNIEQLQNLRYLYLSYNQLTTLPKDIGYLKELQVLYLSNNKLTTLPKDIGYLKELQVLYLTNNKLTTLPKDIGKLQKIGYLDLSHNKLTSLPKDIGYLRNLWHLSLNGNRLTTLPKEIRYLKGLEELHLDDIPALRSQEKKIRKLLPKIHHVNFIKITK
>CP030147|3521434:3601107|3597480_3598413_+|AXR62074.1|DBSCAN-SWA
MKITNLQKLGILTLILLCFLSQLKAEKTKTYQNLIEALQNPTDVLILDLTNNQLTTLPKDIGKLQNLQKLYLDGNQLTTLPEDIGYLKELQVLHLYDNQLKTLPKEIGQLQNLRVLGLSHNKLTSLPKDIGQLQKLQRLHLDDNQLRTLPKDIGKLQKLRELLLYNNQLTMLPKDIGQLQKLQRLHLGDNQLRTLPKDIGKLQNLRVLKLDSNQLATLPKDIGKLQNLQVLDLGGNQLATLPKDIGKLQNLQKLHLNGYEFTTIPKEIGQLQKLQELYLDDTFALRSQEKKIRKLLPKIHIIFTQYGDSE
>CP030147|3521434:3601107|3595128_3595944_+|AXR62072.1|transposase|DBSCAN-SWA
MVSREQKREALLLIKTRLGERKSCRLLQISRTGFRHRSRLQDKNMELKDRILTLAYKHKRAGYRQIHDFIRQEERVNHKRIYRLYSALGLKYRIKPKRKRVSLPAIPKIVPKKPEERWSMDFMSDSLYSGRKFRILNIIDDFGRFAVATQVEFSITSERLVRILNEVSEVRSLPKQIVVDNGPEFTSKAFLRWAFEKGVDIHFITPGKPTENAFIESFNGKMRNECLNENWFKNIEEAQRLVEDWRNFYNSERPHSSLGGLTPEEYLRRSA
>CP030147|3521434:3601107|3549397_3549640_+|AXR62046.1|DBSCAN-SWA
MDVGLTKGGFNAGLSYNSKTGSVSGNAGFTSQSGTGLALSYNEGDGFGAEHIPSANWTKRFTKVNRHESCRDDVKRDITL
>CP030147|3521434:3601107|3564255_3565083_+|AXR62050.1|DBSCAN-SWA
MKAAGYDTSGLEKFVNDYRNQSKPGYGNSNQTGSPIVVNGSRTPTLGERASSIFGSVVDGAKGLWNRATGGGSSHVISTGPEHYDTVTGNKLTYKLHEEGPGFSSNSSQDGADDHRYGQKPLVDTISNTINEWTGKNPGYPIVTNDLGYKTGDYDPRATGTKEAKDAGYYQHHKNGNAIDLSYMSTPGVDPTGKNYDVNKAYDRDKTIEYIKTISRNIPQGVGNFDTNFVKFNDPAVHKYFKENPLPNLHLKKDDKGSMHSNHLHLELSSLPKVK
>CP030147|3521434:3601107|3579658_3580855_+|AXR62550.1|DBSCAN-SWA
MNNALAQGVAETDEEKAYAAAKAEADSRAAQNRNNQENGAAAASAIGYATQRRDEDDSTPAHGAPASHDTGQTLTSSGSFGPDGESTTGGRRPLSTEDKAAFWDNWKGETRAQTDASIAELRRMGYDTAEIEGKVQAYRNNQDSKTANSNSTTPTTHQSQGTGLYGGVVQNILNSAVSGASSLWDKIAGGGSGSSLSSHSNSGNADAIHNPNIVHTVDYGGSNSTVTGAPNATDDPVKIHIVSGDFGRDTSQWTNMMDFRDKAHYNSHDTPSKVDLNGKHSGNNLSWHGPNANFRVDGVFVGEKVSGSRIQISVLDSNNNAVGQLNLKHFNQINQAIYDGKGKIFSAGTYLGRTNEKVGLSDGAHLHVEVTKEFLDQGKTQGVKYTRSDIYKWMRGEN
>CP030147|3521434:3601107|3524738_3529727_+|AXR62543.1|DBSCAN-SWA
MFGSYNTAFGQSSQAGNAVAGSGVALETKVYLGGSALNSSNWYGSLGLNNQVQIQTKYKYIDSAMQANQNFWTSMKTQFTNIASTFLSLVNPLKDWEERSQTYEEEYQAKLLELEQTKQSTISNYDNQINLMKAARGAWVTEVYGYQMAGIAGSADNANSQYRSGQENWDNTISIFQQSELNWYLSAKDILQQAVTATDGETQFQTNAIPQANQLQTQITNSETNTTGLYNAATGLYQTYQYAAAGNVMQQALTNQQNQTSWNGQGANLSQTIADSFGRSEAYKTAELSASNRINALAQTIYGNGAYIVDNTELQTLQTQITTSGQNQTFWQNEINGTNGGFNFNGRNNTSQAKETLYTNMIADIAVATTLQAEVVDEEITYLKTANEYFEKSERYQELADKARSEAKFDEAALYTGYAVREKNNALGYLKKKYYSLGEEITSEIDNRGLTYTKNSFLSYRDNLLNKNFQNSTQINKQIQEGKNAVAGIISEGESYNQIQGMIQTATNLNKQGEENKQRVEKLLLESKELANRNIGEGLLDGLQEMIASIQSTLPQEISNNGVSQYIQAQEKELEEKQKKADELLAHMNSLVTNQNDLNALQTLLQGSSQAINLAANSAVSKYLDDYAKKLQKDNEERSNQLQKTLLEALTNGEDYKYLRDAGYSFRTDGEGISAYRQIYSGEIEIDGSAMKSTSYSPDLEYQYIRIDTKFNPGNLSVDMMNPNATRFNAEMVLGVKNYIDNLQKNVETMFAQFSDKTNEIKEEYAQNQEIRDYKKELYKENRDTTVASFQALPGDLKGMFEGEMGGLKNYHEQGSKYNFGTESFKGQSGDMKKIGKAMYEGANIDDTVFGGSRELKGSVSVKGIPVEISYGMQYLIVTSGFDISNLGYNFNLKLVGTQNAESQLSNVNQKYAVYSEDIQNRIEKQAKANDADKESKGFLFTILNGMNGGSGSMGQRFTQAVKSEAQSRITGAVAEATGLPASLVGALVGGSSMKDAVKAYVKDETVNAISKATGLPTWLISNQMEKMNKPKEQWYQSQEFQMVTTVVAVAAAPFTGGASLMVAMAVGAGLGAATGAASGGLKGALVGAVGGAAGAAVKSFTGGAVNVGLSYSAENGFGASVGVGYGPATVSVGISERGGTSVDVGLTKGGFNAGLNYNSKTGSVSGSTGFTSQSGTGLALSYNEGDGFGASLSKSFSNGVNGGISWSEKGGVGGNIGYEAPGDKNKPKDSLANQMKGAGGTLSFNQRDGVSAALNASGGVNAGNWSESGGFQANTNFLADKWKADFISGKAKEDADAQEASRGAQNRNNQESGAAAIAGAGVTFGGRKEEGGVTLQHGGGAGEPNTGLGSAGAYGSPGLHDTVQTITVSGGTVEGNGGRKLSAADVAEFKADFRNESRAQTDASIAALKKAGYDTNGIEKFVTDFRNGKAANTANQTATATATVHPTTQQSTGFFTNALNSVVGGATGLWNRATGGSKQSNSNGNGNGHEIVRIGENGLAEYANGARTSIAFNEKTDGPFSQPRTGEVHGAVDLMTPIGTKVSALEDGVVTISRNKPDDYLRYPLKAGETTTLGGASISIRHTNANGETVYSYYAHNSKVLVENNQKVYKGQVIALSGQSGNTPGGPHIHQEVSKYVDGKRVKMDPLEFSWEKFNANKNEN
>CP030147|3521434:3601107|3563331_3563877_+|AXR62049.1|DBSCAN-SWA
MKTIYKSILIFLILISSFCKQEQKGEDVKVEKTRGVLLQNAHPITQKIVEILRENKPEELMAFLDTTYSFEIDEWYISLPDGSDHGAPPKRKDFMKDGIDESGKDLIFNNSVMQKEFQDTFPGIASFREAFMNPKVEIVDNFKRGDHGYIGIDYANYIYSITFSCNKSEDCKIIRFEIGRK
>CP030147|3521434:3601107|3594282_3594804_+|AXR62070.1|DBSCAN-SWA
MKITNLQKIGTLIFLCLGALILLCFLDLCEAEEKGTYHNLTEALQNPTDVLILDLIGNQLTTLPKDIGKLQKLQKLDLRGNRIATLPKEIGQLQNLPVLYLSYNQLTSLPKDIGKLQNLQKLDLSNNQLTTLPNEIGKLQNLQELYLSNNKLKTLPDEIGKLQKLRTLDLDVT
>CP030147|3521434:3601107|3587486_3587681_-|AXR62063.1|DBSCAN-SWA
MHKKSDIGMKNLEFYGDSKENNPDCLEDFSDGDLLIQEILESFENFDRALGITVQEFFSSEDDR
>CP030147|3521434:3601107|3573552_3576735_+|AXR62549.1|DBSCAN-SWA
MKSTSYSPDLEYQYIRIDTKFNPGNLSVDMMNPNATRFNAEMVLGVKNYIDNLQKNVETMFAQFSNKTNEIKEEYAQNLEIEDYQKKLYEASKENYLTAFQALPGELKNMFEGEMGGLKNYHEQGSKYNFGTESFKGQSGDMKKIGKAMYEGASIDDTVFGGSRELKGSVSVKGIPVEVSYGMQYLIVTSGFDISNLGYNFKLKGVGTNYVDSQLSNVNQKYTLYSEDIQNRIEKQAKANDAEKESKGFLFNVLSGMSGGQKPHEAIKSEVQSRITGAVAEATGLPASFVGALVGGSNMKQAMKAYEKSVTTEAISQATGIPAWYLNQKISEKEATHAMTTSFSYNMGRGLGTMAAVAIATVAVGPIGVIALAANPDVTKKVNKFSDHLGKQAYENRETIDTVITVAASATAIITGGASLVALAAYKTIQGATEGGVLGALAGAATIGNAPLSIATGGLVSYDLSYSREKGFGASVGGGMKLMEGLGVGATLSYNEQTGFGGSAGLQAGTSALSFNAGISYSEQGGISANAGLGLGMGKNGTTGSYASTLNLGMSYNRNDGFGTSVGISRNNNVVLPGVGATLSRSEFGGWGADVSTDQYGSYEGKGGKYGGVSGGLSWNEHTGVTLSLNSGETNAFNYNAQSGLTSNSNFLAESAMNNALAQGVADTDEEKAYKAAKAEADSRAAQNRNNSEQGKSALDAVGYATQRREDGLPGSQGTIGFGDADGPNPAHGTSSHDPGQTLTSSGSFGPDGKPTGGRQLSASDVAEFKADWRKESPAQTDANIAGLKAAGYDTSGLEKFVNDYRNQSKPGYGNSNQTGSPIVVTGSRTPSLGERIGSIFGSIGNGIQGLWNSMTGGGGSGPVHSSSSNLDAILNPQVVERIYYPGSNGQANGAPRATDDPVEIKIVSGEFGRNTTQWTDMADFRNKPHYNGRDNPSKVDLAGQYANDDLTWFGPNASFRVDGVFVGERISGSRIQLSVLNSEGNVVGQLNLKHFKEINQAIYQGTGQIFPAGTYLGRTNDKVGLSEGPHLHAEITNEWLKKDKNASRNDIYNWMRGGY
>CP030147|3521434:3601107|3587806_3588910_+|AXR62064.1|DBSCAN-SWA
MIQFQSVLGSLKTYEAGKPIELIIREFGIDPDQIIKLGSNENPFGCAQSVIEAVQKAASKMSYYPDDSYLEFKTALASKFDLTPDRIIPGNGSDQVLDFACRCVLGPGDSILINRITFAMYKIYALQCGAKVHSTETVLHDLNALLDLAKSIRPKIIFLCTPSNPIGDALSKLDVYDFLRQIPSNTLVVIDAAYMEFGKKKDSSTFISAKEVTDLFPNVFYTGTFSKAYGLGGMRIGYGIGNKELISNLYKMRPPFNVANLSALAATEALKYESHVESYLESNLKEMKRYEKFATEQSVEFIDSYANFITFFARRRGKSSTEISQSLLKQGIILRDLRSYDLNAIRITIGTPEQNVRVLTALEREFS
>CP030147|3521434:3601107|3581407_3581614_+|AXR62059.1|DBSCAN-SWA
MNCVLQYKIHSKNRVPGMEQRRIARRRGSEIPSLIEQLNICKLEKLQARYEARGRLSPSVLCLQSSVL
>CP030147|3521434:3601107|3577595_3578411_+|AXR62055.1|DBSCAN-SWA
MKAAGYDTSGLEKFVNDYRNQSKPGYGNSNQTGSPIVVNGSRTQTLGERASSIFGSVVDGAKGLWNRATGGGSSHVISTGPEHYDTVTGNKLTYKLHEEGPGFSSNSSQDGADDHRYGQKPLVDTISNTINEWTGKNPGYPIVTNDLGYKTGDYDPRATGTKEAKDAGYYQHHKNGNAIDLSYMSTPGVDPTGRNYDENKAYDRDKTIEYIKTISRNIPEGVNGFVKFNDLAVHKYFEKNKLPNLHLKKDDKGSMHSNHLHLELSSLPKVN
>CP030147|3521434:3601107|3598727_3599348_-|AXR62075.1|DBSCAN-SWA
MTLKECSTENKEVSGKEPDRVVRKLFRQTLVGIVILVLGVVFLARVFPEPVLAISQKFIEITGVFGVGIGIMFADSLHVFIPPDVFLMIAVAGKLNSILVIVSASIGSLIGGTVSYLTGRVLLPKIEGVASFVKKHEQKLEHYLHRYGFWAVVLAALTPLPYSWVSLAAGAMKMRYALFFQGCLFRIPRFIVFYYLIQFGWVGGGM
>CP030147|3521434:3601107|3542996_3548684_+|AXR62545.1|DBSCAN-SWA
MKTNASSDPSLTSVFGDMDELLEDLQDALNSNASLGTLAQTLGNFFQSQISNATAKADYWNITKWQETYATQTVAYSQIVGNSSISCTNYEGSGCNNVASGNRSIVYNSNGSVYGWRASSGSLVYQSDETGTVGQGSYGSSAYIENSHYQISCQAWDFGGTCVGGFGGYESNGVYCGDRFEFCGYTRDTVIDQNYTVFASGTFNQQQITNNNNIRNAIFGSYNTAFGQSSQAGNAVAGSGVALETKVYLGGSALNSSNWYGSLGLNNQVQIQTKYKYIDSAMQANQNFWTSMKTQFTNIASTFLSLVNPLKDWEERSQTYEEEYQAKLLELEQTKQSTISNYDNQINLMKAARGAWVTEVYGYQMAGIAGSADNANSQYRSGQENWDNTISIFQQSELNWYLSAKDILQQAVTATDGETQFQTNAIPQANQLQTQITNSETNTTGLYNAATGLYQTYQYAAAGNVMQQALTNQQNQTSWNGQGANLSQTIADSFGRSEAYKTAELSASNRINALAQTIYGNGAYIVDNTELQTLQTQITTSGQNQTFWQNEINGTNGGFNFNGRNNTSQAKETLYTNMIADIAVATTLQAEVVDEEITYLKTANEYFEKSERYQELADKARSEAKFDEAALYTGYAVREKNNALGYLKKKYYSLGEEITSEIDNRGLTYTKNSFLSYRDNLLNKNFQNSTQINKQIQEGKNAVAGIISEGESYNQIQGMIQTATNLNKQGEENKQRVEKLLLESKELANRNIGEGLLDGLQEMIASIQSTLPQEISNNGVSQYIQAQEKELEEKQKKADELLAHMNSLVTNQNDLNALQTLLQGSSQAINLAANSAVSKYLDDYAKKLQKDNEERSNQLQKTLLEALTNGEDYKYLRDAGYSFRTDGEGISAYRQIYSGEIEIDGSAMKSTSYSPDLEYQYIRIDTKFNPGNLSVDMMNPNATRFNAEMVLGVKNYIDNLQKNVETMFAQFSDKTNEIKEEYAQNQEIRDYKKELYKENRDTTVASFQALPGDLKGMFEGEMGGLKNYHEQGSKYNFGTESFKGQSGDMKKIGKAMYEGANIDDTVFGGSRELKGSVSVKGIPVEISYGMQYLIVTSGFDISNLGYNFNLKLVGTQNAESQLSNVNQKYAVYSEDIQNRIEKQAKANDADKESKGFLFTILNGMNGGSGSMGQRFTQAVKSEAQSRITGAVAEATGLPASLVGALVGGSSMKDAVKAYVKDETVNAISKATGLPTWLISNQMEKMNKPKEQWYQSQEFQMVTTVVAVAAAPFTGGASLMVAMAVGAGLGAATGAASGGLKGALVGAVGGAAGAAVKSFTGGAVNVGLSYSAENGFGASVGVGYGPATVSVGISERGGTSVDVGLTKGGFNAGLNYNSKTGSVSGSTGFTSQSGTGLALSYNEGDGFGASLSKSFSNGVNGGISWSEKGGVGGNIGYEAPGDKNKPKDSLANQMKGAGGTLSFNQRDGVSAALNASGGVNAGNWSESGGFQANTNFLADKWKADFISGKAKEDADAQEASRGAQNRNNQESGAAAIAGMGVETQRREEDGILDHILGKAAETLGGGLDWVGNKIDGAIDSVVGVASSAWDGAKNAFGFGKGESLSMKPLHHENAGDGAAYGASDSTESASDRHLRVGEDAISNHLDKQRSEKPYLQKGEVDVSMHPDYHKKLINMELESGVSGGNLIRNEKTGKLYYRTEATGADSKLIPTNPNERVRSPWTQTELHTDSLNGITSGDYHAPKGSAQSVWGPEGGTFKITRIKTMELGGNEITTRTVINGKEIVEYHRHVMNQMPDVAYDALKKGTSLPYGTPIGYTGITGNMAVSINNDKNSPRYGMLSAPAYHMHTKVDNAETHTGFIQGVTFGPEVRQSQGLPAFDYTSHYKKKALDLLTGGN
>CP030147|3521434:3601107|3578921_3579104_+|AXR62057.1|DBSCAN-SWA
MKEQGSGDGTKEIARRRGSGIPSLETQLDICKLERQQARYEARGRLSPSPSVLSLLSSVL
>CP030147|3521434:3601107|3586042_3587038_+|AXR62061.1|DBSCAN-SWA
MKRENTETLAKEIASIFESIRENTYKGGNRFLLTGHLEIGGLLNQEFNSYIMNEKSRQRMRTLTEKIGKVVKSNFSKRTLYYALKFYQAYHGKKLDFRLSWSHYRILSAVSNLTTRKKLEKEAGEKGWSRELLERYARESGYYGGLKSLKWNRPSGEIYHYKIVKNAFNRQERLRIDLGFRCYRELDLKGFKESEIVRLSSTKKTWSIDKGNSDCLLYHYLGILERVVDGDTFVAQMDLGFGLTARQKIRLLGINAPELNGPGGVEAFDSLKKKLKPGTSLLIRTHIQDKYGRYLGDVLYLPGKESDYETLRAKGIHLNEELSETANKEYP
>CP030147|3521434:3601107|3530829_3532215_-|AXR62042.1|transposase|DBSCAN-SWA
MQTATHSSVILPTIPKKNRNSYDTFWKFNVANGVITSEQLKGLPKSTVHSLKNKDPDSFRHIYGFRFNGMEPNLQREANYLSIRLENSLTLQKGIIALAKIKLCLLQIKSLPKKMKNSIQVKEKIVRTIQRVRDDLGFERTLRKFHISKSTFHSWFFQVRFRCSSSWEKLCHKRFVGQISVKEIDSLKNLLLEKATLFWPLSSIWGYARKNDILHCSLSSFYKWARVIRPELFSNKFKKLKKEGFKTYRPNEVWHCDITQFVTKDNVKSHIYILIDNFSKMILAFRVAPQVDSDICASLVEEAISKYQTSFSKLTLPDLFPLINLNLSKESSFVHLMTDGGPENQGSLDRIIFDYELPINKITAGKDVSFSNSPIEAIHKITKYQCLHHLDIPNRQSLIQKLSEWIPIYNDQRPNRAGRYLLTPSEIFRGKSIDSNLLNQQSKDAKKQRYLLNKVTSCGVC

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXR62040.1|3521434_3522820_-|transposase	transposase	NA	NA	NA	NA
AXR62543.1|3524738_3529727_+	peptidase M23	S5VY01	Leptospira_phage	0.0e+00	55.7
AXR62041.1|3529704_3530370_+	hypothetical protein	NA	NA	NA	NA
AXR62042.1|3530829_3532215_-|transposase	transposase	NA	NA	NA	NA
AXR62544.1|3539598_3540129_+	hypothetical protein	NA	NA	NA	NA
AXR62043.1|3540343_3541729_-|transposase	transposase	NA	NA	NA	NA
AXR62545.1|3542996_3548684_+	hypothetical protein	S5VY01	Leptospira_phage	0.0e+00	66.8
AXR62044.1|3548683_3549217_+	hypothetical protein	NA	NA	NA	NA
AXR62045.1|3549200_3549413_+	hypothetical protein	NA	NA	NA	NA
AXR62046.1|3549397_3549640_+	hypothetical protein	NA	NA	NA	NA
AXR62047.1|3549687_3551073_-|transposase	transposase	NA	NA	NA	NA
AXR62048.1|3558516_3559062_+	hypothetical protein	NA	NA	NA	NA
AXR62546.1|3560126_3563321_+	peptidase M23	S5VY01	Leptospira_phage	2.6e-185	58.2
AXR62049.1|3563331_3563877_+	hypothetical protein	NA	NA	NA	NA
AXR62050.1|3564255_3565083_+	hypothetical protein	S5VY01	Leptospira_phage	4.0e-05	36.0
AXR62051.1|3565101_3565587_+	hypothetical protein	NA	NA	NA	NA
AXR62547.1|3565808_3567446_+	M23 family peptidase	S5VY01	Leptospira_phage	9.2e-118	52.8
AXR62052.1|3567461_3567917_+	hypothetical protein	NA	NA	NA	NA
AXR62548.1|3569646_3572037_+	M23 family peptidase	S5VY01	Leptospira_phage	2.3e-154	57.7
AXR62053.1|3572042_3572558_+	hypothetical protein	S5VY79	Leptospira_phage	8.2e-65	77.2
AXR62549.1|3573552_3576735_+	peptidase M23	S5VY01	Leptospira_phage	1.3e-168	49.5
AXR62054.1|3576745_3577282_+	hypothetical protein	NA	NA	NA	NA
AXR62055.1|3577595_3578411_+	hypothetical protein	S5VY01	Leptospira_phage	5.2e-05	36.0
AXR62056.1|3578429_3578915_+	hypothetical protein	NA	NA	NA	NA
AXR62057.1|3578921_3579104_+	hypothetical protein	NA	NA	NA	NA
AXR62550.1|3579658_3580855_+	hypothetical protein	S5VY01	Leptospira_phage	1.1e-19	38.5
AXR62058.1|3580865_3581411_+	hypothetical protein	NA	NA	NA	NA
AXR62059.1|3581407_3581614_+	hypothetical protein	NA	NA	NA	NA
AXR62551.1|3583749_3584478_-|transposase	transposase	NA	NA	NA	NA
AXR62552.1|3584525_3585029_-	hypothetical protein	NA	NA	NA	NA
AXR62060.1|3585238_3585874_+	hypothetical protein	NA	NA	NA	NA
AXR62061.1|3586042_3587038_+	nuclease	A0A1W6JQ32	Staphylococcus_phage	2.5e-09	38.2
AXR62062.1|3587116_3587299_-	hypothetical protein	NA	NA	NA	NA
AXR62063.1|3587486_3587681_-	hypothetical protein	NA	NA	NA	NA
AXR62064.1|3587806_3588910_+	histidinol-phosphate transaminase	A0A0H3TLT9	Faustovirus	7.2e-18	28.3
AXR62065.1|3589538_3590810_-	replication-associated recombination protein A	G3MBE0	Bacillus_virus	5.5e-70	39.8
AXR62066.1|3590806_3591043_-	hypothetical protein	NA	NA	NA	NA
AXR62067.1|3591045_3591270_+	hypothetical protein	NA	NA	NA	NA
AXR62068.1|3591266_3593018_+	hypothetical protein	S5WIX4	Leptospira_phage	7.0e-07	61.2
AXR62069.1|3593118_3594180_+	hypothetical protein	S5W9G5	Leptospira_phage	2.1e-06	57.6
AXR62070.1|3594282_3594804_+	leucine-rich repeat domain-containing protein	S5WIX4	Leptospira_phage	1.9e-08	63.3
AXR62071.1|3594832_3595135_+	hypothetical protein	S5WIS5	Leptospira_phage	3.7e-09	80.5
AXR62072.1|3595128_3595944_+|transposase	IS3 family transposase	S5WIU1	Leptospira_phage	5.9e-118	81.5
AXR62073.1|3596183_3597380_+	hypothetical protein	S5WIX4	Leptospira_phage	2.1e-07	55.9
AXR62074.1|3597480_3598413_+	hypothetical protein	S5W9G5	Leptospira_phage	8.3e-07	54.1
AXR62075.1|3598727_3599348_-	DedA family protein	NA	NA	NA	NA
AXR62076.1|3599316_3601107_-	DNA mismatch repair endonuclease MutL	A0A1B2LRQ5	Wolbachia_phage	5.7e-73	32.6

Anti-CRISPR protein detection

Acr ID	Acr position	Acr size	Homology with known anti	Neighbor HTH/AcRanker	Neighbor Aca	In prophage	Protospacer in prophage
CP030147.1|AXR60282.1|1235072_1235366_+|hypothetical-protein	1235072_1235366_+	97 aa aa	NA	NA	NA	No	NA
CP030147.1|AXR62362.1|1266495_1266675_+|hypothetical-protein	1266495_1266675_+	59 aa aa	NA	NA	NA	1235515-1299147	yes
CP030147.1|AXR60304.1|1275576_1275951_-|hypothetical-protein	1275576_1275951_-	124 aa aa	NA	NA	NA	1235515-1299147	yes

Protein sequences of CP030147.1|AXR60282.1|1235072_1235366_+|hypothetical-protein

>CP030147.1|AXR60282.1|1235072_1235366_+|hypothetical-protein
MIEGGFRNKDEKYNFDYRAVSYQKFVFNKSNAIEEKMNTLIGLMSIWSHISDRTVEEMFAGLVLKSSAEIHRYNYTLSFVEVALAFGLLIFFFLLLH

Protein sequences of CP030147.1|AXR62362.1|1266495_1266675_+|hypothetical-protein

>CP030147.1|AXR62362.1|1266495_1266675_+|hypothetical-protein
MFLRFREEKPRSSLQSATQHFAFSVYSKVRIERFMLHCSISAAIAFAVVDRGFVVKKKV

Self-targetings in the prophage

CRISPR ID	CRISPR type	Spacer info	Spacer location	Spacer length	Protospacer location	Mismatch
CP030147_1	Orphan	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	1241546-1241577	0
CP030147_1	Orphan	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	1246891-1246860	0
CP030147_1	Orphan	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	1248270-1248301	0

1. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to CP030147 position: 1241546-1241577, mismatch: 0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

2. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to CP030147 position: 1246891-1246860, mismatch: 0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

3. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to CP030147 position: 1248270-1248301, mismatch: 0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

Protein sequences of CP030147.1|AXR60304.1|1275576_1275951_-|hypothetical-protein

>CP030147.1|AXR60304.1|1275576_1275951_-|hypothetical-protein
MKESEYTELLVYFCLWNLEKFPLWMHTVCIPTSKARENLLFAARLTQTSPLKRLTSPSKTATSPGGSLGVACPSPGGSRPLTLAFCWGLEYVSVQNTDFTSKKGLLGPKKFFRTLSVRLLAGWF

Self-targetings in the prophage

CRISPR ID	CRISPR type	Spacer info	Spacer location	Spacer length	Protospacer location	Mismatch
CP030147_1	Orphan	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	1241546-1241577	0
CP030147_1	Orphan	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	1246891-1246860	0
CP030147_1	Orphan	1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR	18701-18732	32	1248270-1248301	0

1. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to CP030147 position: 1241546-1241577, mismatch: 0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

2. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to CP030147 position: 1246891-1246860, mismatch: 0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

3. spacer 1.12|18701|32|CP030147|CRISPRCasFinder,CRT,PILER-CR matches to CP030147 position: 1248270-1248301, mismatch: 0

cagatccgctgagacttccacttgatagattt	CRISPR spacer
cagatccgctgagacttccacttgatagattt	Protospacer
********************************

3. CP030148

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	137126 : 190251	42	Pseudomonas_phage(33.33%)	protease,tRNA,integrase,transposase	attL 160093:160109|attR 190485:190501

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>CP030148|137126:190251|DBSCAN-SWA
TCTAAACCGAGTGAGATGAACTGACAGGATGTATAATTTGATAAATCAGATTCTGAAATTGTTGTTTCACCCGCACCAATGATCTCCAAAAAAGAAGTTTCCAAGGTGGATTCACGAAAATAAAAACGGCACCAGATTCAAACTCAGGATCACCTTCTCTCACGTTTAACCAAACGGGAATTGCAAGAATATCAAGAAATTCCTTACCCGCCACGTAAAAGGTAACATAGACACGATCTCCTATGTTCAGTGTTTTTTCGACCGGAGAATAAAATCCCTTTCTAGAAAGAGAATACGCCAAAGAATGATATTCCTTTTCCTCCTGAATGATAGCTACAGCAATAAACAAGGGAATTTTGAGAACTCTTTCCCGAAAAAATTTAGGATTGAAAATTCCCCTAAAAAGAATCAAGACGCTGAGCCAGATTGGATAAATCAAAAAAAGTCCAATAAACTCGGAAGTGCGTATTCCTCCGAGAAGAAGAGGAATTTTTTCCGGAAAATTTAAATAAATAGAATATAATAAAGACGGAATTAAAAAAAGAAAAACGGATACGAAAATTTTTCCTTTGGAAAGTTGTCGAAACAAAGGAATCGGATCGACCTTTTGATTCCGACTTTGACTGGAACGCATCCACGAATCATAACGGGTGAATCTGGAAATCACTTGATAATCGTCACTAAACAATCCGATCGCTTGTAGAACTTCGATCGGAAGGATGTTTTGGGAAATCGTAAGTAGATATTCCAAAACAAAAAATCCTGCCGCAAGGATGAACGGAAGTAAAATCATAAAATTTCCATTTATAAGCAAAATATAATTAAATGTTCCATGCAACAGAAAGCATCCGAACAGACTATAAAGGATTCCCAAAAAATCAAACGAAGAGGGCCTGGAATGATAGTATTGCATCGTCGCAAAACCGTAAATTCCTCCGGTAAACGTATGGATTGGCAGGGAAGTAACAGCCCTTAAAAACAATGGCCAAAAGTCCAGAATCGGAGCGTACAGAAAATTCTCCAGAAGTCCGAAAGAGGCGCCTAATGTAAGCCCGAAATAGATTCCATCGGAAGTGTTATAAACCGTTTTCAGTCCTTTAAAATACCAAAGGATGACAACCAGTTTTGGGATTTCCTCTAAAAGGGAACTACCATAGAAGGCTCTTTCAAAATAAGAGTTTTCGTCTATATATTGTTTTGCTAATATTTCCGGAAAGATTGCCAACCCTACAGTTAAAATTCCACAGAAGATCGCCGAGAAATCGAAACTCTTTCGATTCGGATGGTAGTACGTGTTGCGATAAAAAAACCAATAAAATCCGGCGGCGGAAACCGCCGTGCCGAACTTCAAAAAGGTGACTAAGAGTCCTTCAAATTTTAAGTAAAGGAGCATATTCCTTTAAAGTATCGGAATATACTTACTTTCTTTTAATCAGTTAAGCTCGGGAAAGAGCTCTTCTTTTCAAAATATATGCGGCCATCGCACCTGCACTTATCAGCAAGATCGCCACAAGAATCGCATTCTTTTTTACGGAATGCAGCAGAAATCCCATCAGTTCGGAGTCTTCATCCGGAACCGGGAACACCTTCGCTTGATTTGTAATGTGTTTATACCAATCTTTGTAAGACGTTCCATTCGACGCTACCCAAAGGTTAAACTCCTTATAACCCGTTTGAGTTTCCTTACGAATATCCAAACCCTCGTATGGATATTTCCAAGCCCCCGGAACCAAAATGGCCCAAGGAAACTTGTTGGAATCTAAATACTTGTCCGTTCCGTTCGAATTCTTATAAAGTCCCGGAAAGTGAACCTCTTTCCCCGTATTGGCCACTTTGATAAAAATATCATACGGATAAATTCCAAGCGCCGACTTTTTCACCGGAGAGTTAAATACAATTTCGATCGTGGCGATATGTCCCGGTTTATAGACTCCACCCGGATTTACGTTAGGGTTAGATGTGGTTTTGTTGGATTCTTCTTGAATTTGAATTCCCTGGCTGAGATCCGATGCGGAGACAGTTTTGGTAGTCAATTCCGTCACTACTTTACCGTCTTCCCTTACCACTTTTCTCGAAAACGTAGCTCCTATGGATACGGGAAGTTTTAAAAAAAGCGTATGTTTATATCCGGCACCCCGAGCCACGTGTTGATAAGTTCCTCTGAGACGAATCACGTCTCCCGCAGTATTCAAATCCTCTTCATTGTGAATATGAAGGACGTAATCGTTTAAGTCCGCATCCCCGGCACTCGGATATAAATCCTCATACGCTACGGTACTTACACCTTCTGCAGGAATCCGTATCAAAGCGGAACGGGTGGGATCTTGGGGGTACGTATCCAATGTATCCGGAACCCCGTCCTTATCCGAGTCAACCGGAGCAGCCACAACCGGTAGTAAAATCTCGTACTTAATTTCCCGATTGATTCCGATTACGTTGATCAGATTGATTATGTTGGAAATGGATTCTCCCCCTGCCGTAATTTCAAGTGTGATCTGACCTACGGCGGTTTCCACAGTAATACTTCCGGAAACTTGCCCTACGTTATTTGAAATTCCTTGAAAAAGGATATGCCCCTCGTTATCGGAAACGATTACAGTTGCCCCAGAAATCGGCTTGGATTGTTTATCCGTTATGATTAGATTCAAAGGAATCGTCTGCACTGTGTTATACGTAAAAGGAATACTGCCTATTTGGTCATTTACGGTAATCACGCCTGTAGTCGGAGTTACGGAAGAACCCGAAGAGGATCCCGCATTTACGTCTACATCCGTTTCTACAGATCCTGTACTTGTAGTAGGACCACTGTTAGAGCCAGAACCGACGCTGGATCCTGTATTAGAATCAGAACTTCCTCCCGTATTCGTATTTGTATCACTTGCCGAAGAGGAACTGCCTGTACTTGCATTCGTATTACCACCTGTAGAAGATCCGGAATTATCGTTAGAGCCAGATCCGGCATTAGAATTAGAACTTCCTACATTCGTATTTGCGCTCGTATCAGTAGAGGGATCGCCTGCGCTTGTATTCGTATTACCACCTACAGAAGATCCGGAACTGTTAGAACCAGAACCGACATTGGATCCTGTATTAGAATCAGAACTTCCTCCCGTATTCGTATTTACATCACTTCCCGAATTGGAATTGTTGCTCGATCCAGATCCTGTGGTAGAACTGGAATCTCCGGAGGAATCGTTTCTCGACGAATAAGATGATGAAGATTGAGGATTCGAAGTAGAGCTACTGCCGCTATTGGAAACAGTAGTAGAATTACTTCCACTTCCTGTATTGTCCACAATTACGACCGTCCCTCCGTTAGAAGCCGTCGCAGTTCCCGCACTCGTTTCAGGTCTAGCACCCGATGTAGACGCACTCGTATCTTGATTCAAGAGCGCCAAAAATGGAAATAACATTCCTTTTTTTTTATGGCTACAACCGACAACCAAAACGCTCGAAACAATTAATAATATTAGAATTTTCCTCATAATCCCCAATCCCTTTTTATAGTCAGAATAAAAGACGAATAGTATTAAATCTTAAATACTATTCGGGAAGGGAATTATAGGAGATTTCTCGATTTCAACAAAGTTTTTTTTGGGCATTCAATGGAATTTTAGGTAATTTTTATGTACTTTAAAGAGGTTTTTTTGCGATATGCAAAACTGCATTTCCGAAAACAAAATTTTTATATCGTACTTCTTGAAAACCCAGTTTTTCAAGAATCGACTTTAGATTTTCTTGATCCGGATAAACAAGGGAAGAAACCGGAAGATAATCGAACATCTCGTTCTTCCCGCCCCAAAGAATATAACCGAGAATTGGAACTATTTTAAAGAAATAAAAATCTGCGATCCAACGAATCCAAGGATTTTTAACCTTACCCACATCCAAATTGAGAAACAATCCCCCTGGTTTTAAAACTCTGAAAATTTCCCTAATCGCTTTGAAGAGATCATCCACATTGCGGAGACCGAAGCCGATTGAAACCACATCGAACTGAAAATCCTGAAAATTCTTGAGTTCTGTCGCATCTCCTATCTCGAAACGGACTCGACCTTTTTCGGTTTGTTCTTTAAGACGAGTTTTTGCAATCTCAAGCATGTTTTCCGAAAAATCCACACAAGTAATATGATCGACCCGAGAAGAATTTTCCAAGCGCACCGAAATATCTCCGGTTCCACAACAAAGATCCATTACATGTAAACGGTCGGGAAGATTTTCTTCAATTTCACGAACCAACCGATTTTTCCAAATCCTATGAAGTAGAAAGCTATTCCAATCGTTGAATCGATCGTATTTACTCGCGATCTTGTTGAAATTCTCTCGAACAAAACCCGCTTTGGTATCGACATGAGGCATCTGAAACATAACTTTAATGAAATAATTTGAAAGCGTTCGCCGATGGCAAGAAGTGTTTTTGTAGAAATCCAATTGCAGACAACCCTAATGGACGCTTAGAGTTGCGAACCATTAGAACTTTAGTGCCCGTCTCAAAACTTCAAAATGTAGGAATTACTACAATCTTAAACGACAGGAAAAACCGCCAATGTGAGTAATCTGTAGGAACTCCCACGTTTTTTAGAAACTTGCTGGATCGTTTAGAGATATTTTTTTAAGATTTTGAGACGGGTTCTTAGTGACTAGTGTGACTTATTTCAGACAAAGACAAGTAGCCTAAAATCCAACCACTAATCCATCGTCACTTGAAACGTAGGAGCTCCCACAAATTGAATGAACATGTTTTTGATCAGTTTTATGACTTCCAACTATAAGAAAATGCGGTACTTGCATAGAGCATTGAAAGATTAGAATGACAAAGGAGAAGGGAATGACAATCTGCTCTTAAGCTCTCGGGAGGTTTTGTGGAAGTTTTATTTGCAAAAGGAGGATGGGTTTCAATTCTCATTTTAATTGTAAGTTTCGTCAATCTTGGACTTTTTATCAGAGTTCGTACCTTTCTTCCGATCCTCAAAAAAAATATTCTTTCAAGACTCCGAGATAACGATCCAAACGGAAACAAAGACAAACAAAACCCGGATTTAAAATCCATCCTCGAAGATTCAGAAGAATTCTTTCGTAGAGAATTTTTCGTTCCGGAAACGATGATCTCTTGGATTCGAAATCTCGCCGGAATCGCTACGATGCTCGGACTTCTCGGAACCGTAATCGGAATCTCGGTTGCTTTCGAAGAGATGAAAAACGCAGGTACGGTAAGTTTAGAAATTTTCTCCGAAGGAATTCGACTTGCCTTAAATACTACAATTCAAGGATTATGCATAGCCATTCCTTCCGTTCTCGGGTTTCAATACCTCAAAGTTATACTTCATAAAACGGAAATAGAACTTAAATCTTCGATCGACAACAAAAACGTCGATGCAATAAAAACCTAGAAATGAAAAAGAATCTACAAAAAAGGAAAAACCTTTTAGAAGGCGACGATTCTCCTCTCGACATGACGAGTATGTTGGACGTGGTTTTTATTCTTTTAATTTTCGTCATGGTCGCAATGAGTTTCCAAAAAGAAGTTCATTCCTTACCCGTAGTTCTCCCTAAAGCGAAGGTGGAAACTGGCGGAAGCGGGACTAAAAAAGAGATCTTTCTTTTAAAAAGCGGGAATATACGTTATGCGAAGTTAGACTTTACGGAAGCCGATTGGAAACAGATCGTCTCCAAAAAAGAATTTCAAAACCAAGTTGTGTGGATTTACGGAGACAAAGATATCGGTTACGGGAAGTTCGTATTTGTATTGAACAGTTTGAAAAACTCAAATCTGAAAGAACTTCATCTCGCAATCAAGAAAGAGTGATCAAGACCGAAGTTTCGGATTTTCTTTGTGACGATCCTTATCTCTTTCAGTGTTTTTCTTCAAAGTGGCACGTAACGCATCTTCCAGGGAAATTCCCATTTGATTTGCAAGACATATTAAAACAAAAAGAATATCCCCCACTTCCTTGGAAATTCCTTCCGGATCCTCTCCTTTCTTAAAAGATTGATCTCCATATTTTCTCGCTACTAACCTCGCAAATTCCCCCACCTCTTCCATGAGAATTGCAAGATTCGTGAGTTCCGAAAAATACCGAACCCCGAAATCGGAAATCCACTCGTCTACTTTTTTCTGAGCTTGTCTAAGAGACAGTTCGTTTTCATTCATCTTTGTATATCCAATCGATCAATCAAAATTGCCGTCGGTTCGGGATAACAACCCCCACTTAAATGATGAGAATCAATATACTTCCTACATTTCACTTCAGCACGGAAATCGTTCATATCCAAGGAATATACATTCTTAAATTCTGATATAATTTGTTTACGGAGTTTTTCCCAGCTAGGATAAAATTCTGCGGATTTAACCCTCTTTTCCAATCCTTCATAAAGAAGAGGGGACCAAAGTACAACTTTGACTCCGTTTTTTTCCGCGGTTTCCAAAAACTGAAACAGGAATTTTCTCTGCACGGGAGATATCTTGATATAACGATAAGTGTCGTTGTAGTATTTTTCAGATTCCTCCTCTAATTTTTCGGGAGGAGTATTTGTCAACAACACGTTCGGAATTCCTCCTTTGAATTTATCCGATTCGTTTATCAGAAGATTTCGAATTTTAAGCATCGTATCTTTGGAATGTGGATCTTTAATTCTTGCCATTGCCTCCTTGAATCTCGGAGGGAACACAGTGGTTCTAAAAACCCTGGATCTCAAAAACGTGTCCCAATCGTTTGTAGAAAACTCCTTCGCATAACGTATAAAATACGGAAGATCGTAAGAATAACGTAGGGGGTAACGATTACAAAAATCTGTCATAGAATCGGGATAGAATTCCAAAATCGCGTAGTCCGGTTTTAGTCCAGCAGAAAGTATCCTTTCAAAATTATAGTTATGATACGAAAAAGGAGCCGAAGGAGCGGAAAAATTATATACGATCAGATCCGTTCTTTTTTTACGGATCGTATCGAGAGAGAATTCTCCCATGTGAGAAGTTCCGAAAAAGATCAAAACTTTTTTGTCTTTTTCCGCCACAGATTTCTCTTCAATCAAGGCTGCAAGTACCTTGTCTTTTATTTCATAAAAGTAATATTCCGCCCCGGCTTCGGTGTAAGGCCTTACCCACTGCGAAGACAAAAGACGATCCAAAGAAAAAGCGAAGATAAAAAATAAAAGCGGAACCGTTAACAGTTTTTTACGAAACAAAGGGATCAAGTTCTGTCGTTTTGGAGCACCCATCATTCTCCCTCCTTAAAACTGAAAGTAGATAAAGTCCTGGCCCTTGCCCGCATAATTGGAAAGAAGCAACACTAATAAAATTAGAAAAACAGAAATTAGAATTTTCTGATATTTAAAATAAAACCGAAGCCCTTTCTCAAAATATTCCAAAGTGTGGAGTAAAATCCCCGCGACCAAAAAAGGAGTCAGTAAGTCAGTTCTCAAAACCGACTTCGAAGGTTCGGTTATCCATTGAACCCCATAAAATAAGATATGCCAAGCGTCCGCCAAAGAGTGAGATCGGAAAAATACAGCACCTATCATAAAAATCGAATACACAACAAAGGCTCGAATAAGCCACCATACAAATCCTTTTTCTGGTAATTTAGGAATACCAATCCGATCCATGAGTCGATCAATCACCAACCACAGACCATGCCAGAATCCCCAAACCACATAAGTCCAACTGGCTCCGTGCCAAAAGCCGCCTAACGTAAATGTTATGATCAAATTCAGATATACCCTGGGCTCCGAAGCCCTAGAACCCCCGAGTGGAATATATATATAATCCCGAAGCCACGTGGCTAGAGTAATGTGCCACCTTCTCCAGAGATCTTGAATACTTTGGCTGAAAAACGGAGCACGAAAATTTACAGGAATGTTAAAACCCAAAAGAAAAGCACAACCTCGAGCGATATCGGTATAACCGCTAAAGTCGCAATAAACTTGCCAAGTAAATCCTTGGGTGGCTAGAAAAAGAGAATGACCGTCGTATTCGGAAGGGTTCCGATACACAGGATCTATCAAAGAAGCAATATTATCGGCGACTAAAATCTTTTTTGCGATTCCAAGTCCCAAAAGATACAAACCCGCATAAACGTAAGAGGGTTTGATTCTTACCTTATCCAAGATCGGGAAAAAATCTTGGTGCCTCATAATCGGCCCTGCAACCAACTGAGGAAAAAAAAGGATAAACAAAACAAACCGAAAAAGGCCACAATCGTTTGTAATCTTACCGCGGTAGACATCCACGACAAACGCTATGATCTGAAATGTATAAAAACTGATCGCAAGTGGAAGAATGATCTGAAACCCGAAGTTTCTCTGGTCCAAGAAGCTCCAACCCGTCCAAACATAGAAGTTATCCGTAAAGAAATAGAAGTATTTGAAAACGCCAAGGTTGATCAAATCCAAAATGACGATCGCTCTTAAGACTCCAAGACTTTTCCTCTTAAACAAACTCCGAATCGCCAAGTAATTGATATAAAGAATTCCTAATAAGTGAAATAAAAACGGAACGCTCCAGGTCGCGTAAAAAATCAAAGAAGCGATTACGATCACCCATTCCCTATAGTTCTTCCCGTTGTAAGCCCAATAAAGTATATAAACACAAAGAAAAAATAAAAGAAAAAGAGTAGAGGTAAAGATCACTTGTTTTCCTCTTTTAGAAGGGCTTTCAAATCTTTTGCAAATGCAATCGTCAACTTTTGCATCCCGATCGAATTAAGGTGAATCAAATCATAATAATAATCCCCGTTATCCGGACCGTCCAAGATATCCTGGTAATCGAGTAACGGAACCGGATCGGAAGGATGGATTCTTGCGAGTTCCCTTTTCCAAACCTCGTTTCTTTCCGGAAGTCTCCATCGTTGAATGAGCTGGCTGTAAGGTGCAACAACCCCGACGATCCGAATGTCTTGACCGTTCTCCCTTCCGATTCTTCGAATCTCGTCGTGAAGAATTTTGAGTCGATCGAAATATTGTCTTGTGACCTCGTCTTCGTTTGCATGAGTCAATGGATTACTTGCAATGATGCAAGTATCGAAGATCGCCTTTTTATGAAAACGATCCGAACCTTCCGGAATCGGCTGACCGTTGGCAGGATTGGTCTTTGCGACACAATCGGGAACGTCTACAATCGGATACATACTGATCTTTTCTCTATAAGAATTTTCGTAGTCCCAAGGATGATGATTTTCTTTTTTAAAACGTTTCCCTATATCTTTGATTCTTTTGGAAGGACTCAAAATCAGATCCTGAATGTCCCTTCTATACGCAATCGACTTCAAAGTGATGTAGATAAGATCATCCACGTTTACGTCGTAATCGAAATCGTAAATTCTAGGATATACTTCCGAACGATTGAATTCGGAAATCATGGCAAGCGTATGTAAGTTCAAAAGTTTTTGGCCAACCCAAGGAGTCGTAATTTCAAATACGTGGATCACAGTCCTTACGCTTTTAAAATGAGGAAGAGTTTTCAAAACCGCCAAGTCCTGGACGATCAACTCCGTTCCGGGAATCGCAATCGATTGAATCTTTTTACCTAAAGGGGCAAGCTCTTCGTTTAACATCGGAATGGACAAACCCTGATAGGCTACTGATGTTCCGACAACCAAAACATCCGGATCAAATTCTTTTTGTTTATCAAGAACGTGATTTGTAATTCTTAAAACGTTGGCCGCATAGGAATTCTTTTTTAAAAAAGGCCGGTAACAACCAAACTGCATTCCGGTTTCTAAAAAGATCAGAATTAAAACCGGAATCCAGAATTTTGGGTCTTTGAAAAATGCAAGATATTCTTTCATAACGGATGTTTTCCTAAAACGCAAAGTAAAGAAAACTCTGGCTTTCCGTAATACCGAAAACCAAAAGCATAAAGACGTTTGCGAGGAAAAATAGAATGAACTTCCATTGACTTCGAACGATTTTTTCTATATTATTTTTTGCGAATATATAGGAAGCCGCAAAACAAAAGAACAAAAGAATTCCATACATATAGTTCGAATATCCTTTAACCCCCACGAATCCGTCCGAACCTAAAAAGAGAAGAGATTTCATCATGGAAATGGCTTTTTCCATTGTTTCAGCACGAAACATAATAAAGCCGAACGTTAGGCAAAACATCGTAAAAATTCTCGCGCAGATATCGTAGACGATTCCTCCCTTTTCATTCAGTAAGGTAGCAATCTTTGTTTTGGCATACTCCCTATGTGTAAAAATCATAACCCCTTGCCAAAGTCCCCAACTGATAAAATGATACGCGGCCCCGTGCCAGACTCCGGCAAAAAACCAAGTGATGAAAATATTTCTGTAAGTTAGAAGCGCCGTTCCTCTCGATCCTCCGAGTGGGATGAAGATATAATCCCGAATCCAAGTGGAAAACGAAATATGCCAACGAGACCAGTGATCCGTGATGTTTCTTGCGACCATGGGAAAATTGAAGTTCGGATCGAACTTATATCCGAAAAGACGCGCCACACCAATTGCAATGTCCGTATAACCCGCAAAGTCAAAGTAAATCTGCCAACCGAATGCAAGCGCTCCGGTCCAAATTTCAATCGGATTGAGAGTCGCATAATTTGCAAACGTGGAATCCACGACCTTTGCGAGATTGTCCGCAAAAACGATCTTACGCGTGAATCCGATTAGAATCTGACAAAATGCAATTTGTATGTCTTCCTTCTGAACCCGAAGAGGAAATTCCAAATCCCGAAAGAACGTTTGAGCACGAACAATCGGCCCCGCAACCAACTGAGGAAAAAAGGAAACATAGAGAGCAAAGTCCAAAAAGGATTTTTTCGCTTCTATTTGTCCCCGATACACGTCAATTGTATAACTCAGAGATTGAAACGTATAAAAAGAAATTCCGACGGGAAGAACAATATCATAATACGCAAACTTAAATCCCGCAGCGGGAGTGAGATCGTTCACAACTCCTAAAAGAAAGTTCGTATATTTAAAGTAGGCGAGTAGCCCCAGATTCGTAACTATGGACAGCAAAAGCCAAATTTTTCTTTTTTTTGAACCAGGAGTCGCCGCTTGGATTTTAAGAGAAGCAAAATAATCGATAACGATCGAATAGAGTAAAAGAATGATGAATTCTTTTCTCCAGGACATATAAAAATAAAAACTGGTTCCGAGAAGAAAAATTCTTTGGATCTTCCCCTTGAGCAAATTGTTGATGACGAGTACAACGGGAAAAAAAAACAAAAAGTGAAGCGAGTTAAAAAGCATGTTTCGTCAATGGAGTCTTATGGATCTGAAGAGCAGTTTTTCAAAATAGAATATCCTTACAACTTCAATTTACGGATTTAGAATCCTCGGGAAAAATACCCGTTTTTTCCGACTCAAGGGGGATAAACCTTTTCGGGAAGGATGGATTCCAGTTTGAATTCGATCCCCTCAATATAACTTACCGTTTTTTTAGAGGAACGAGGAAGGGTGGAAAACGAAAAATTAACTAAAAATAAAAGAAGACACCAAACAAAAAGAATTGAATGATAAAGAGCTCTACTTCCGAATGCGAACGTTCGAAGCTCCAAAGACTTTAAAGTCAAACCCGCGAGTAGAATCATTCCAATCGATGTCCCAACCCAAAATTCGAAAAAATAACCTTCCCACCAAGTGTAGAAAAGAATCGAAGGAACAAGCCAAAATGCAAGCAAAACTGTTTCGATTCGGAAACGTTTCCATACTTTTCTAAGATTTAAAAGAAAAAGAGAAAAGATAAAAATCCAAAACGCGAGATTGAGATTATAAGGTAAAGATTCCCTATTGTCCCAAGAATGCGGACGAATTCTCAAACCACTCTTCACTCCTTCGAAATTGAGAAACGCATCTCCGATCCCACGATAAAAATTCATTACGTAATTTTTCGCTTCGGGAGAATTTCCCCATTTGTCCTTAGTCGCATATAAAAAAAGCCAATTCGCAAAATTTCTTTCGCTGTCCAAAGGAGAAGAAAGATTTCGATTCAACACAATAAAACCTACGTAAAGATAGGATAAAGTAAGAATTCCCACAAGAAGAAAACAATACACGAACGTACATCGTAATTTCCAAGCAAAACTGAATTCTTTCCCTTTCCAAGTCCTAGAAAATAGGATTGAAATCGGCACCAAGGGTAAAAATAAAATATCCGATTGATGAAAATACACCCCGAAAAGCTGAATCACAAAAAGGGTAGAGATAGAAATCGGTGAATGTCCATTTTTAGCAAAATAGACGCAGAACAGATATAAAATTGCAGTTAAACAGGAATGAATGAGAGGCGTATCGTTGTGTTGCGCGTAAAACCAAAATCCTTGAGAAAAATGGATAGCCAAACCCAATAAAATAGCGCCTAACGTGTCCGAATAGATTCTTCGATACATCCAGATAAAACAAAATAGAAAAAAAAGAGCCGATCCCAAAATACGAAGACGAAGTCCGAACATTACCGATTCCTTTCCAAACCATTCCCGCCAAAATTTGAGATAAAGATAGCCGGTACTTTCAAAACCAAGATGGTGAGGATTATAGAAAATTCTCCAAGTAAGATCGGAATTGATATTGTACGCGTAGACAATTGCGTCCCAGTCGTAATGTCTAGAAAGAAACCGAAGATCGAAAAGAAAGATTGAAAAGAAAAATAGAACCAGGAATCCGAAAAAAATCTTATTTTGAAGAACGTTTTTGAAAATCATCTGTAATTCAATCCATCTTTTACACAATCGTCTATCGAAACGAAAGTCTCAAAACTTTTCGAAACAAACCTTTGTTTGTTAAACGACCGAATTTTAAAAAGGTTGTTTTTATTGCCGAACCGAAACGTTTAAAATAGGACTCCTATTCAAGCATCAATCCTCGAAACGAGATTTCCACAGAGAAAACATATTCTAAAATTCTAATTCTTAAATAAACCCCGAATCAAGTTTCGATTTTGAGCCCGAAAGAAAAACGGAGAATACAATCCGAATTCGGAGCTATCCCCTTCGGATCTTAGATCGGTAGTAACGATCACAATTCTTTCTAAACCGAAAAACTTTCTGAACAAACCGGTCTTAAATACGATTTGAACCCCGCTTTGTTTACAATTCCACCGGAATATGTTCTTTCCGAAAAAACCTCTTATTTCCAAAGAAAGAATATCCCCTTTGAGAAAAACCGCTGTCAAACAAGTCCTTTCGATAAAACGAACCCAATCTAGAAAAAAAGCAAAACCTATATAACCAAAAGCAAGATACCCGACCGTCAAATAAAGTTTACGATCTTGTAAAATCGGAAGATTTAACACTTTCGGAATGAGAAGAAAGTCCGTAAATTTTTGGAGATAAAAAGCGGAGACTTCTCCTCCCAAGTAACAACCGTATAACACTACAAAGACGATCAAAGTTCCAAAAATCGGAGGAATCGGATTGATCCTCAAACGAATCGGGGTTCCAGAAGAAACTTCGGTTGCATTTAAAAGCTCCCATCCCGAATAAATTCTTTTTTCATTCTGTCTCATGTTCTTAGTGGTACAATTCCTTTCTATGTTTCCAAAGATCGATCAAACCTTCTTCGATTTTTTTCGCGGTCAGATCCCAAGTCCACTGAGATGCATCCCAAACGGAAGGTCTCTGTAGTTTTTTATGTTGTAACTCCGACAGGGAAGAAACCCAGGCATCTACATCCAAAGGTTCCGCGAATAAGTCTACCTTTCGTTCCAAAATTTCATGAAATACCGGAATATCGGAAGCGACGCAGACCTTTCCTTCTCGAAGTGCCTCTAACAAAGGAAGGCCAAAACCCTCGTGAACCGATGGGAATAAAAAAGCGGAACACTTTTGATAAAGCCAAGCAAGAACCTCGTCCGTAGGATTCTCAATAAAAAGGATTCCTTCCGATTCCAGACTGCCTTCCTTTAAAAGTTGGGTCAGCCCCTCAGACTTCCAACCCAAACGGCCGGCTATCACAAGAGAGAAAGGATAGGAAGAATTCTGTTTTTTGAGTTTTCGATACGCATCGATCAGAGTTCTCAAATTTTTTCTAGGTTCCAAAGTTCCAATCGTAAATAAAAAATTTCCAAAAAGTTGACGCAGAGGCTCACGTACGGAAGGGAACGGTTCCACTCCGGGATATACAACTTTCAATTTTGGACTCAGATCCGTCCTGAATTTCAGGATGTCCTGGCGAGTGTTTTCGGAAAGACAAAACACAAGATCGGCCCTGTTTAACGTCTTCGGTGAAAGAATCCTATGTTGCCAAAGATTTGTGACCGTCATCGTTTGAGGTGCGGAACGAAAGTTGAGATCGTGATAGTTTACAGCAGTTAAAACGTTTCCACAAAAAAGAGGAAGTAGTTGCAGGGTCCCCCAAAAAAGATCCAGCCTATCCTTTTTGATTCGCTTAGGGATCGTCCAATTCAACCAGACAAATCCGGGAAGTCTATCGGTCATAAAAAAATGGGAATTTACGTTTGAAAGAATATCATAAAATACGGTATGAATCGGCTTGTTCGAATAAAGATAATATTCCAGAGGAGATTCATTCGTAATCAATCTTCTTAAAACTTCCGCGAGATACCTGGAGTTCCCGGTAATCCCATAAGCAAGAGGGCGAACATCCACACCCACTCTAGGTTTATATTTAAGTTCGTTGGTTCGGATCGGCATCAGTTCCAGTCGTATTCATGTTTATTCCGAGTCACAGGCTCATATTTCAAAGCGAACAAAAGCAAGACGTATTGAAAGATGGCAAAGTATAAAAGATAAGAGGCCATCATCAATTTTTCCTCGATTACACTTCCGATAATCGAGCGGTTGCAAAAAAGGATCAAAACAGAACCCGCCATGAAATAAAAAGACACTTTATCATTTCTAAATATTCTTTTTATCGAATATAACACCTTTTTCGAAAAAGAGCCCGTATCCGCTTTCCAAAAGGGTAAAATCGAATACTCCACAAAGGACCAAACCCGATCCAGTAAGATCGCGGAAGGATACAAAAGAAAAACGAAAGCGTGCACCCAGGAAATTCCACTGAAGACGATTGAAAAAACGAACAGACAACCCAAAGCGTATTCTACGTTTCGTCTTACAAATACTTTCCAAAAAAACGGAATCACAAGTATCAAGGAAAAAACGGAATACATTCCTTTAACGACCAATTCGTTCAGCTCTAAAATGGGATACCCGAGCCGGGATTGATTCAGAATATCCGCATAGTTGAGGAAGTATTTTGCAAGAGTTGCGCTTAAACTTTGATTGTTTTTCCAAGCTCGAAATAGAGGAGACCTTAGATAGTTGTCAAGAATCAACTGTTTCCAAGTCAAAGTCATCTCAATCGTAAACGAAGGAGCATACAAACAAGGAAGAAAAATCCAAAATAACGTAAATACGAACGTATAAAAAACTGCACGATAACGTTTTTGTATCAGAAAGAGAAGAACAAAGGCTCCCGGAGTCAACTTAATTACGAGTGCAAGTGCGAGTAAAAAACCGGATAACCAATCCTTATTTGTATGAACGGAAGCTAAGATCAAAAAGATCAGGATAAAACCAACCTGATTGTTGTTTTGATGATTTTCCAAAAATCTCAGATTGAGGAGACAAAGAACAACGTAAAAAACAAGATGCCCTTTCCTATGAAAACGGAGGGAAAGAATATACAAAGAACCAAGAAATGCCAGAAAATTCAATGTAAGAAAAACCGCGGATGCAACCTCATACGGAAAAAAAGAAATCGGGATAAGTAAAAAAGCAAACGTAGGAGGATAGATATAAGTGCCAAGCCCTTCCATCATACTTTTAAGTTGCAAAAATACCTTCGGAGTAAAAGCCTCTTCAATTTTAATTTCCCCTGATTGAAGTTTTCCGAGAATCTCATCAATCTGATCCAAGTTATATAAATTGTTTCCTTGGGTAAATCGAACCGAAGCATTATAATAATCTCTGAAGTCGGAACGGTTTCCGGATTTTGAGATTCCGTTTATAAAGAGGAGTAAGAAAAACAAAACGGTTCCTAGAAGAATCCAAGTTTTTCGATCTCTCAATTGCATTCTGAAACACTTTTCAAACACACTCGAAAAGCCAACCAATAAAATTCTTTCAGCCGAACGCTTTCTTTGAGCTTTCAAATACAATGTCACAAAATTATCTCCTACGAAAGACGATATCTGACAGGTCCAGCAGTTTACTGACTGCTTCCATCCCGACAGAAAAAAGATTCTCCTGCGAACCGTTTACAGATCCACTGCAAATAGATGTTGTTTAAAGATCTCAAAGAATTCGAGTTTACCTTGTCCGAAGAAAGGATCGCTCGTTATCCGGCGGCCAATCGGGACGAAAGCAGATTGATGGTTCTCGACGTAAACGCCGGAAATATCTTCAGCGAACCTTCGTTTAAAAACCTTGTTTCATATTTGAAAGAGGGAGACGTCTTAGTGGCCAATCATACTAAGGTAAGCAAACGCAGAGTTTATTTAAAAACACAAATTCGTACTCACGAAACAATGTTTCTCGAAGAAAAAGAATTACTTTGGAAATGCAAGATTCGAAACTCCAAAAAATTAAAAGTGGGAACAAAACTTTCCGATGAAAAAACGCAACGTATCTCATTTACAGTGGAAAAAAAAGAAGGTGAATTCGTTTTTTTAAAATCGGAACAAACTCTACAAGAAGAAGACTTTCAGCAAATCGGAGAAATTCCAATCCCGCCATATTTCAAAAGAAATCCAGATTCCAAGGATGAAATTCGGTACCAAACACTTTTTGCAAAAACTCCTGGCTCTGTTGCCGCTCCGACTGCGGGTTTGCATTTTTCAGAATCCATCTTTCAAACCCTGAAAGAGAAAAAGATTCAATTCTGCACTTTGGAACTCAAAGTCGGTTACGGGACCTTTCAACCCCTTACCGAAGAAAATTTTCAAAATCAAAAATTACATCGGGAAGAATTCTTTCTGGAAGAATCTAGTACGAAAATTTTGAATCTCGCCAAAAAAGAAGGAAGAAGAATTTTTTCGATCGGTACTACAACTCTGCGAGCACTCGAATCCGCTTACAACTACGCAACAAATTCCTTCCGTTCGGGGCGTGGCACTACGGAACTTTTTATTCAACCGGAAGATCGACTGAAAAGCTGCGAATGTCTAATCACGAACTTTCATTTACCGGGTTCAAGTCTTCTTTTACTCGTATCCGCATTTGCAGGAAAAGAATTGATTTTGAAAGCGTATCAAAAAGCGATTCAGGAAAAATTTCGATTCTATTCTTATGGAGATGCGATGCTAATTTTAGGAAAGCGATGATTGAGCGGGCCAATCCATACTTCTTCGAGAATCGACATGATGTTTCGTCAAATAATATATTGATCATACAAGGAACCTGATGGAGAATCGTTTTTAGTGATTAAAAGAATAACTTCCAATCAATCGGCGATCAAACTACATGCAGGCAAACAAAGACCTAAAAATGGCCTGCCCGATTTTTTAGCGTTTCATAGAGAAGAACTCAGTTCCTTACCGAGAGCTTTGGAAAACCCGGGAATTTTCTCAAACATTCTTATTACGGGCCCGGGATTAGAATCCAATCTTACCTTGCTTCAGGAATATATTTCAGACTTAAAAAAAAATACCAAAGTCATCTGTGATCCTCATCCTGGATTTTTGACACTTGCGGGATTTCCAGGAAATACAGAGTATCGTCCCGGTAAAATGGCCGAGGCCGACGGGGGTTATCTTTTACTTCCGATGAGAGCGCTTACAGAAGATTCCAATCTATATTTTCTCGTAAAAGAAGTACTACAAACTGGAAAGATAGATTTTCTCACTCTTCCCGAAATGACCGGATCTAAAGAAATGAATCGTTTTCATCCTTCGGTCAATACCCGTTTTCGGCTCATTCTCGCCGGAGAAGAAGGAGAAGTGGATTTTATTTCCGGAGTTGATCCAGATTTTTACGATAGTTTTTCCTTTAAGATTCATCTTCCATACGAAGCGGTGATGAAGACAAAAAAAAATCTTCAACTTTTTGGCGGCCTGATCCATTCCTGGGAAAAGCCAGGATATCCGGGCTTCGATTCTTCCGCCGTAGACACGTTACTCGAAATCGGGCTTAGATGGAACGACAGCAGAACGAGACTTTCTTTATCTTTCGCAGAACTTAGGACCTTTGTGGGCGAACTTCTCGTGCTATACAAAAAGGAAAAAAAACCGATTACGAGAAGCCAGGTTGAATCCGCAGTCGAATTGGTGGAAAAAAGAATTGCGGTCTACAAAAGAAGATATTTGGAAAGTGTGAGAGAAGGTCTGATCACGATCCAACTCAAAGGAAAAAAAACGGGAAGGATCAATGGACTCTCCGTCATCTTACTACATTCTTCCTTATCCGACTTCGGACAAGTAAATCAAGTTTCCGCACGGGTCGCCCTCGGTTCCGGAAACTTCATCAACATAGAAAGAGAAGTGAATCTTTCTGGAGACTTACACGATAAGGGAGTTTTTATATTACAATCTTATATTAAAGGAATGTTCTCTCATATACAATCCTTCGGCTTGGATGCCTCAATACTTTTCGAACAAAATTATTCGCCGATTGATGGAGACTCGGCAAGTTGCGCCGAACTTCTTGCGATACTTTCTGCTCTCGGCGGCCTCGAAATTCCTTGTAATATTGCGGTCACCGGAGCGCTTTCTCAATATGGAGAAATTCTTCCAGTCGGCTCCGTAAACACTAAAATCGCCGCTTGGTTCGAAGTGACTCAGATCGTCGGAAATTCTAGAGATAAATATACGGTTTATATTCCTACGGCGAATTTGCGGGATTTAAATCTGCCTTCTTCTATCCGTAGGGCAATGGATAAAGGGAAATTTCAGATTTTTACCTGCTCCCATGTAGAGGAATTGATCCCGGAAGTTTTTGGAATTCCGGCTGGAAAATTCGGCAAAAACGGAAAATATCCACAGGGAAGCTTGTTCCATTTAATTGAGGAGAGAATTGATCGAAAAAAAGAAGAAGAACATGAATAGAAATCGAAGTTACAAAAATAATGCGACAGAATATTAGAAAAAATTTCTTTCCGAAGTGTTTAGGATCTCTCAAACTGGAAGAAAGGAAATGAGGATTCGTTTTTTGAACGCCGCACTCATCGTTGAGCTTTTTAAAATTTTGAATGATTTAAACCGACCTTTTGGTAGGAAAAAAGATTTTTCGTCTGGATAATTTTTTTGAAAATTTTCGTTTTAAATCGGGCTTACATTTACGAGTGTTCCTTCAATTTTGATTACCGATAATAAATTTAGTATATGAGAATCATCGGAGTGATCAATATCCAATCTTCCTTGTTCGTCAGTAGCTTGTCTGCAATTGGGCTAGGGATTCTCTTATCCGTTGTACAAGTCAAAACGCCCGAACATTTTCAAAAAACTGAATTTTTGCCTTTCGAAGAAAAGAACGACTCTTTCAAGTCCAGTCCGACCTCGACGGGAAAACGAGAAAAAGAGATTCAAGAATTTCGAATCCTGGGCGCCAAAAGATCGAATCTCTTAAACGAATTGGAAAAAGACCTGGAACTTACGGGAGCTAAGGATTTCGGTTTTGCAGGAATTGGCAACACCTGGACTCTATTTCCTTCCAGAAACAATTTAAAAGGGAATCAATCAGACCTTCTCTTCAACAACCTAAACGCAGATTGGATGGGAGCTCGTTTTTTCGACGGTAAACAGAATAAAATTCAAATAATGACTTCCGTTCTTCCTTTTTTGCCTTTTTCCGAATTAGCTCCCTCGATGCAAGGAAGAAAAGCGGATCCTATTGGAAATATGGATAGAATCGGAGTTAATCAAGCTAAGTTAGACTCCTTTGAATTGAGTTACACGATTTTACCAGGAGTGGAAGCGATTTTGAAAACGGGAAATTCCCTTCCTTACACGGCGGATCAAAAAGACCAGGGTTATTCTATGGCAGGATTCTCCTTTAAACCGAATGAATATCTCAGTACAAAAATTATTTCCGGAAGTTCCTTTGGAAATTCGAGTTTAACCACAAACAGACTTCCGTATTCTGCAAATGCACAACTCACGAATATAGATCCAAACGTTGGGACCAATCCAATTCTTAGAAATCAGGCGCTGGGAAACACAGGTGGAAGAGTAATCGAATGGCAAGCGAGTATCCAACCCGTAAAACGTCTTTTGTTCCAAACTTCCGTTTTAAACAAAGAAAAAGAAAAAGGACTTTATAATCCGGAAGCCGCTCGTTTTTCGATGTTCATCGACTTTTCAAAAATCATCCTCAATGTCCGATACAGTTATTCTGCAGACCCAACCGCGAAAAACAACGGATTTTATATCACTCCAGAATCCGACGCGACCACTTTAGGATTTACAATGCTTTTGGATCCGGCCGGAAGATACTCGTTATTTTTTGGAAACAATTATTACAATCTTCTCTCATCCAGACCTTCCGGAATCAATACTCAAGTAGATGAACCTCTACGTTCGTTTTCCGCAAGTTTCCGTGGAAAGACCAGTTTCCAAAGTGCGATCTTTTTCATGAACTTCAGAAATAACCTTTCCAAAGGTGTGATCTATACGGATGTGGGTCCGCTTAGACTTCCGGCGTTCTCTCAGTACTATACGGAATATTTTACTTCCTTAGGAATGGAACTTTCCTTTTAATTTCTTTTCTGGTTGCCCGTTTTTAACATTTTCAGAATTTGATCGAGAGAGAATTTTCGATCAATCGCTTCGGTTCGCAAGGAAATACTCGATTCAAATTTTCTGAAAGGGAAGACCTAAAATGTTCGGTAACAAGTTAGAATCAATAAAGCAAATGAATCAGATGCGAGTAAGAATAAAGAAAGTGGAGAAGGATCTGATGGCGCTTTCCTTCGAAGCAAAATCCAAAAACGACTTAGTAACTTGTATCTCCGACGGAAAACTCAACATCAAAGATATATTTATCGAAGACGAACTTCTTGCAAAAAACGATAAAAAACTTTTACAGAAAAGCATCAAACAGGCCGTATCCCGTTCTCTTGAACTTGCACAAAATGCAGCTGAAGAACGAATGGGAGAATTCCGTGGAATGATGGGAATGGAGTGAGTTCACTTCTTGTCTTAAATATTTTTCGCCCAATCTGAAATTTTAGAATTTCGTCTCTCAAAGCCAGATTTGATTCTGAACACTAGATCCGTATTCGAAATCAAACTTGATGTACATACAAATATGCCTCTTCCACTTTTTTAGAAACGAGAAAGAATATCAGGAAACTTGATTGAAGATTTTTTCTCAATTTTTAAACTGTAGAAAATCATTTTGCACACCGTATATTTAGGAATCACCAACTCTAAATCCAATGTTCAATCGTAAAAAGGGACGATTTTTCGTATTTTTCACAATTTGTATCTTCACAACTCGATTCTGTTCCGTAGATAACTTAAAAACGGAAGGCGTTCCTACTCACAAACCTGTGTTATCTGGAGAATATTATTCCAAAATTCAAAAACTGGAAGAAGGTTATTTTGTGAGGCAGTTATTCCTGGACATGACCCGAAAACAGAACAAATTTATATTTGCTCAGCTGAGCGTAACCCTCAGTAAAAATCGAGAAGAAACCAGAATCGAAGGAATCGTAAAAACAACAAACAGAGGGATACAATTGATTCCGGAATCCTGCCGAGTTTTTACAAACAAAGAATCTGGAAACCGATGGACCTTAGTCCGCGCCTACGATTGTGATCATCTTTCCTTTCAAATCGAATCAATTCAATCCAATTCGATTTCTATCGAACCCGATTTTATACCTGGAAATCCAAAAGGAGTTTATAGAAAATCAGCGTCTTCTAATACAAACAAAATTAGTGCACTCGTTTTGGAAAGCGAAGGGAAAATCTTAGAAGTCTGGGGCTTAAGGCTTTCCAGGGTAAGAAAAAACGCAACCGTCGTATTGGAAAAAGAAAACGGACAAAAATATCCGGTTCGCACTTTGAGAATCGTAGAAACCACAGGACAAATTAGAGTGAATAGAATCCCCATAGAAAAAGAAGATATTCTCCTTTACGACAATCACTCAGAAGCCGGACCGCTTACATATTAAAAAAAATGAATATTATAATGAATCTACGTGCATAGGAACCAACTTGAGGTAGGGGAGTTGCTCTCGAACTAGATCTAATTCTTTCCGGGAAAGATCTAATCCCGACCATTCTAAATAACGTAGGTTCCTCATTTCGTAGATAGAGCGAATCTCTTTGATATGAGTATGTCCGATTCGGAGTTCTAAAAGGTTCCTACAATTTGCAATCGGTTCCAAAGAGGAGACCTCCGTATTTCGAATATCGAGTTGTTGTAGGTTACACTCCGAGCCGATAAAAGAAAGATCGCGAATTTTGGTTTTATACAAACCTAATTTGGTCAATTTACCGACTTCGGAGTATCGTTTCAGATCTTGTTCATCCACGGATGTTTTACTTAGATACAAACTGTGTAGAACGGGCAATTTGGATAAAACAAAAAGATCCTTTACTTTGGTCCCACTCACGTTTAGAAAATTGATTGTCTTTAAGGAACTGAGTTCTTCTAAATTCTGAAACTCGGGATGGAGGATTTCCAGAGAAGCGAGATTTCTAAAATCGACCAATCTAGTTATATCCGGAAATTCACTCTCATCAAATCCAATCCAACGAATTTGATACGGATAATATCTAAGGATTTTACCTTCTTTAGAAAAGACAGGAACTCCACCGGAAACAGGTTCTTTTTCCAAAAGAACACATGAAAAAGTCCAAAAGCAGAAACCGATAATCAAAATCTTGGATAAAGAAAAAAAACAGATCCGAATCATAGCTTGGTACAATTGAGAATTAGAATTCAAGAAAAAGAAGCCAATTTTTTAAAATAAAAAGCTCAAGAGAAATATACATTTTTGGTGTAAGAGTTCCCACATTTTGTGTTCAAAGTTCATGGTTAGAATTTAAGATTTTAAAGATAATATCCTAATATAGGTTAAATGGAACTTACAAGAACAGAAAATTCTTTCTCATCATACGCGATTTTGAGTTTGACTCTCATATTCACAATTTCAAGATGACTCAATTACTAAAGGGGTACATTATGAGAAATATCCAAAAATATGCGAAAATAGCAGTTACTTTTAGCCTCATCCTTGGGCTGCTCTTAAACTGTAAGAACGATGATAAGAAAGACGACGTTGTCCCAATGCTTCTTTTGGCTTTAGTCAGTTTAGCCCCCAGTTACAACTGCTCCGCAACCGTCAAAGGCAAGGTCGCTTCCTTACCTGCAATGATTGCAACTACTTCCGTTCAAACACTTATTTATGGCAAGGTTCCATTCGTAAATCATTCCATCGCAGCCGTTAAAGTTACTGGTGCAGCTAATGGAACTAAAATTGTTTTTACCGGACGTAACGTTGCGGATTTTGACGAAGGGAGCTCCAACAACGAAAACGCACCTTTGGTCTACAATGCCTCTTCTTGTCCACTTTCCGACGTCGCTCAAGATACGACAAGATCAACTTACACTACAAATAGTGAAGGTCAATACGGTTCTGTTGCAGGCGATGGTCCTTACACGTATACGCTAAACGCCACAAAAGGCGGGGATTACTATTTTGTTTTCTATCTTGCGAGCAGAACCGCCGAGCCTCCTACGACTACGTTCCGAATACAATAAGATATTGATTCAAATGAACGCATTTCTGAATTTCAAACCGCTATTTCTCTTTGGACTCGGAGCCTTGCTCCTTGTTTTCTGTGCGAGACAACATTCCGCGGTCGACAACGAAGAACTTGCGTTCAAACAATCGATTCTCGCCTTACAAAAACAAATCGAAGAAGCGAGTCGTTCTAAAATTCTTTCCACAGAAGCGAACAAAGACGGTTCGTTTACCACGAAAGTCAGATCGGTTTCGTATGATGTATGGATCAAATACAACTTTGCAGACAAAACTCAAGCTTTTGTTCCGAACGTATCCGGAGGCTGGGACGTAGGTTTTCAAAGATTCAAACTTCAAACAAACGGAGGCTTGACCTATTCGGAAGGACAAGGAGGTGCCTGTTTAACCAACCCTGTTCTCACCGATTTTAACACCGCGGCTTCGAGTACTTCTACAGCTTTGGGTTGTACAAACGCTTCTTTTTCTCCCGACACAAACGTATCTGAAATCGCGGCTGGTGGAGTCCAAACCAACTACGTGGGAAATAACGTACTCAACAAATGGTTCAACTACACTTTCGCTTTTTTACAGCCTAATTATAATGTTTTCATAATCCGTTCCAATACGGGGAACGAATACTATCTCTTTCAGATTACCAGTTATTATAATTCCGAGGGGACCTCGGCGCATCCCACGGTAAGATGGAAGCAAATCCCTTACTAACCGTATGTTCTTTTCGATCCGTCGGTTCTTTCAACTCAAATCGATTCAGATCTTATTTCCTATTCTCTTTTACATTCCAATCCAAGCTCAAGATGAAAGGACAAAAACTGAAACCAAAGTCGTTGAGGGCGAATCGCCGAACAGAATTACTACGAAAAACAACACTACAGTCACCGAATCACTTCGAAAAGAAAACGGGCAAAACATTCCAGAAGAATCCCAAATCGTAGTCACAGGTTCCAGAGGCGAACGAAGACTCAAAGACTCCACGGTCGCGACCGAAGTAATCTCCCGTAAAAAAATAGAAGCCAGCGGTGCAAGAAACGCAGCCGAAGTTTTAGAAACCCAATTGGGAATCGATGTAGTTCCATTCTTTGGAGGTTCAAGAGTTCGAATGCTCGGTCTTGATTCGCAATACGTTCTGATTCTAATTGACGGAGAAAGGATTGCAGGACGTTTAAACAATGCCGTGGACCTCAGCAGATTCAAAGTTCAAAACTTAGAGAGAATCGAAATCGTTAAAGGCGCCTCATCTGCATTATACGGAGCAGACGCAATCGGAGGAGTCATCAACCTCATCACGAGAGAAGCTGATAAAAAACTCAGCTACGAAATGCGCACAACTTACGGAAACGGAAGTCGAAAGAATTTCAATACCGAAGGAGAATTCAATACCAACGCCAACATGGGTTTTAGAAACGAGTTCGTCAGCGGTGCTGTTTCTGCAGGTTACAATAAAAACCCAGGTTACAGACTGGTTCCGAATTCTCAGGCTACAACTGGAAACGCATATCAGGATTTAAACACAGGGATCAATCTCACCTTTAATCCGGACGGAAACTTCAAAGGCAAAACTAGAATTCTTTACCAACATAGGGATCAAAACGGAGTAGACGTAACTCAATCCAAAGCAATTTTTGATCGGAATAATAAAACGCACGATTTTCTAGCCACGGGTTCTTTGGAATATGGATTTGGAAAAAGAAATTTGATCTCCTTTCGAGGAAACATTTCCAAATGGGAAAACAAATACTACAACAACCAAAGAGGGGCGAACGAATTAGACGTGAAACAATTGAACGCAGAACTCACTTCCCAAGGAACCGTTCAATTGGACATGGAAGCTTCTGAAAGGCATTTTATCACGATAGGCGCGGAATCCTTTGCAAACGAATTAGAATCGGATCGGTTACAGAGTCGGTACGTATATAGAACTAGAAAGGCTGTATTCTTTCAAGACGAGTGGACTGTCTCCAGTTCTCCTCGAATTCGAGTGATTCCGGGAGTAAGATACGACGACGATTCTCAATTTGGTAATCAAACAACTCCTAAGCTTGCAGTCCGTTACGATATTTTTCAGAACTTAGTTTGGAGGACGAGCTACGGAAGGGGTTTTCGTCCACCCAGCTTTCAGGAATTATATCTTCGCTTTGAAAACCCGGCCGTGGGTTACGTTGTGGAAGGGAACCCGAATTTAAAACCAGAACGATCAATCACGATCAACTCGGACTTGGAATACAGTCCTTTTAGTTTTTTGACATTTTCCCTCAGTTTATACCGCAACGACATTATCAACTTAATCCAGTACAAATTCGATTCGAACAAAGGAAAGGAATTTGCCGAATTTCAATTACAGAACATCGCAAAGGCATATACGAGAGGAGGGGAATTCGGAGTTCAGTATAGATTCTTAAAATACTTCACACTCGAATTGGGTTATAATCATACGGATACAAGAGATCTAAATACGGACAGACCTTTAGAAGGAAGAGCGCTTCATCAGGCGTCCGCAAATTTCATCTACACTTCCCCTGGGGGATTCCAATTCAACCTGAGAGGAAAACATCTGGATAAAAGGCCGTTTTATAGTGCCACGAACAATCTGGCAGGACAAGATTATATTCCCACCGAAGTTAAATTGAACGAAAATCCTCCCGTGATTTACGGAAAACCATTTACGATTTTGAATGTAAGAATCGAACAGAAATTCTTCAATAAACACTTTTCTCTTTTTTTGGGAGTGGATAACGTGCTCAATCAATACGAACTTGCCTACAATCCAACTCGACCTCGATTTTATTACGGCGGATTTTCCGCTCAATTTTAGATTTTTTGTTCAAATTTTCGTAAGACATTACTCCAAATATAAAATATTTTTAGAATATTCTAAAGTTCTTTTTTATTGAGAATCTTGTAAAACGGAATGCTCATCAAAACGATTAGAATCTGTGCAGATCCGAATACGAATGCGGTGAGAGAAGATCCTGAAAAAGGAGCCCAAGTAGTAGAGATCTGATCCAGCCCCACCGAAGAGATCGGACCTAAAAAAAATCCAAGAGAGCCGAATCCCATCAGACCAGCCATCACAAGCCCGTTATTTTCGCGCTTACAAAGGGAAGAGGCGAGTCGTAAAGAAGTGGCAAACATCAACCCCGCACCCAATCCGCAGAATAGAAGTGAAACGCCGATCCATATAACCGACTGAAACATTCCGGAAAAGGCCAAAGAAACCCCGTAGATTAACGACCCGATGGCAACTGGAAAATACTTTCCGGTTCTTTTGGAAAGACGAATCGCAGGATAAGATAAAAGAGCCATCGGTAAAAAAACTAAGGATAACATTTTTCCAGTCTCGGAAGGATTCAGGAAAAACTTTTCCCGAAGGCGCAGATTCAGAGAACTCATAAAATATCCGGAAGTGAAACGATCCAAGAATTGGAATGCGAGAGGAAACAAAAGAAGAGGGTGAGTTAAAAAGAGAACGCCGGATTTTTTCCAAGAATGTTTTTTCGAGTATCTAAACTTTTCTTCAGGAACAAGTCGATATACGATCCAACCAAGAAATAATAAAATTCCAGAACCGATTCGAAACGGTAGAGTTGGATCCTGTTTCCCTAAAAAGCCGAAAGAAAGTCCCACGGCCCCTCCTAAAGAAAGTAACATTCCGGATAAACCCATCAAACTTCCGTTGCCGAATTCGAGTTTAGTTTCTCCATGCTCAAAGTCAGCGACGGAAGCGAGAAGTAATCCAATCACGAATACGTGCGCTCCTCCTTCCAAAAAGCGAAAAAATAAAAGTGTGGGGAGATTTTCCGCATAAGGAAGAAGATTTAAAAGTAAGGCATCAAACCCGCAAAAAAGAACGATGAGTTTTTTACGAGTTCCGAAATAATCCGAAAGAAAGCCAGCGATCGGTGAAAAAACAAAGGACCCGAGCATCGCTATACTCAAAAACCAGGCGACTTCTCCATTGCCCGATTGAAATCTATCCTTTACAATTTCCTTAAATACAGGCACGATCATCGTGACCGGAAGCATCGCCAAAAAAACGGCCACTGGCAGAAAGTAGGCTGATTTTTTCAAATCAGCCTTTTCCCAAAACGGTATCGTAAACTTCCTTACCGATTGCAGAAATCAAGTCCTGTTCCAGTTCAGAAAAAATTCCCTGATTTAAAAGAAATACCTGTTTGGATTCGGATAGAATCGCTTGTTTTTCGGAATCGTTTACGGGCAGAGAGTCCAACGCGGTACGATAATTTTGTTTGAATCCGTTGATATCTTGAATAGCGGGAAATTCGTAAAAAGAAATCCCTTGTCCTTCCGGAAGGTTCAAAGCCCTGGCCGCAACTTTTTTCAAGATCTGCCCACCGGAAAGATCTCCCAAATAACGGACATAGGAATGCGCAGCTAACAATTCGGGCCGAGTTTCGGAAATATTACGGATTCTTTTCACATAAACTTGAGTCGCCGCGCTAGGCTGGCGATCGGTTGGTTTCCAGGTTCCATAAAAGAATTGAAGATCTTCTAAAAGTGCATCTTTTCGATAAAGCTCTTGAAAATGAATCGATTTTAGTACCGCATTTCCTGTATGGCGTTCCAACTCTTCTTCCATAGATTCGTAAACAAAGTAAAACGCTTCTAAATGTTTTGCATAAGTTCCTTTTTCCAAAATTCCCTTCATAAAACAACGAATGAAAGCGGAACCTTCTGCAGCTTTGTGTTCTTCGGATGTTCCTTCTCGTAAAATGGTTGCTAAACTCATCTTGCACCTCCTGACAATACTGTGACAATTCTTTTAAGCTGATACTGAGAATCAAACTTATTTTACATAAAATTACCGATTTTTACTGGGAAAGTTCAAACTCTTCAAAAAATTAATCCGAAAGAATTTCGAGGAATTTGTGGGAACTCTTACAAACAAAGAATATTTGTGAATAAAACCCGAAAAAACGAAAATCTTTAAAGGATCAAAAAGAGTTAAAAAAGAAAATCCTGGAAAAAAGCCGTAATAGTATAGGGAAAGATAGAATTTTAGTAGGCTTCATTGCGGAGAAACAACGACAACAAAAACGTAAAATTAAGGGCTTATGGCACCTACTCGCTTAGATGAAATTAAAAAATAATACGATCACGTTCGTTAAAAAAACATGATTGAAGAGCAGGACTTTGAAATTCGTCCGTTTCCTCTGGACAAAAGTCCAAACGGTTTTAGCGTGGATACCCATGAGATCATTCTGCTCCAATTACAATTCTAAGGTAAAATGAATCCCGAGACTCGAGTAAAAATCAAAACGATCTGGATCTCTCTGCTTCTATTACTTGGATTTCTATTTTTAGACCGAGTTCTGTTTCCAATTGCTCTTTTCGAATTTCCAAATGAGTTAGAATGGGACACTTCTCCTTGGTATAACTTTCTTCATAAACAAAGAAACATTCGTTTTCAAAAAGATGAAAAGGGGATTCTCGTCGCAGGGAGTAGTGTCGCGCTCTATTCCGCATATCCGCAACAGATCACGAATGAAATACGAACGTCCTACATAAAAGATGGGGAAAAATTCAGAGCGGAATTTTATTCTCATCCCGCCCTATCTCCCACAGATCTTTACTATTATTCCGATGATATTTTAAATAAAAAGCCAGATCTCGTAGTCTACATTTTAAATCCAGCAGATTTACAATTAGATTATATTCAACAAAAAGAATATTCCGGAGTTAGTTTCGACGAACAAGCAAGATTAAGAGATTACAAAATCCGTCATCAAAATCGCTTTATTTTTCCAGGAGAGTTTCTTGCCGACCACTGGAAAAACTATACAAAAGGGGAATTTTTTGCTCAATTGACCAAAACATTGATCTTACTCAATCGCTTTAGAAGTTTCTTATACGATCCTTGGATAGAATACATGGAACATCATACGAGAACCATGCGTTCCTATCACTATTATACGGGCTCTATGCCCAAAGAAGGGATTTTTTTGAGAGGATGGACCCCACCAAAGTTTACAATCGAATGCGAGCTCAAAGACGGGAAATTGTCGGAAGATATCTTCACTCAGAAACCGGGAATCAGAGTTCAGATCAACCGAATCTCATCCGCCGATACACAGATCTCAACGCAAGCACCCATTTACAATGAAATATATTCGAAAGCAGGCTGGAAACCGTTGATTCTTGAATTTAAAGAAAAATCCGGGAGCATACCACAAACTGTAACCTTAGAATTTACAGTTTCACCGACCACGAGTTCTAATGAAGTTGATGCGAGAATTTTCGGCGTTCCCGCGACGTACGGAATCCGTCTGCCTCAAAACTTTTGCAGAAGAGAAATTCGAACTGGAATCTCCTATGAAAGAATTCACGGCCTGGACGATGATCGGATCGAAGCCATGTCCGACGAAGATTATCTGAAAGACTACGAAAGACGTCTTTACTATAATCCCGAAAACGAAGGCGCACTCAACCGATTGAAAAAAATCCAGAAGAATAAAGAGATCTTGGGTAATTCTCCTTATTTCGCTTGGTCCGAGATTCGATTCCTGGAAAAGACGATCGCTAAATTTAAAGCGAACGGTCAAAAATTGATCATCATTAACTCCCCCGAAAATCCAATTGAAAGTAAATATTATAAAAATGGAAACTGGTATCAGGGCTATCTTAAATTTTTGGACTCCCACAAAAGCGATACATTCGATTTTTATGATCTCAAAGATGCGATTCCCAACAAAAAATTGTTTTTAGATCCTCATCATCTAACTTTTAACGGAGCAAAACGCAGTTCGGCTTTATATACTGATGTCATTCTGAATTTTTTAAACGTTTCAGCACGGGAAAAATAATGAAAAAATTGGATGCTTTTTTTTCAAAAATCCGATCCTTATTTGTAAATCCTCTCTTTATTCTTCCTCTGTTCGTCTTATTATATGCTCTTTCTTCCTTTTTAATCTGGAAAAAATACGATTGGAATCCGAGTTCCCAAATCAACTTCGGAATGCAATTCGTTGTTCAAAATGCGGCAGAAACCCCAAAAGGCGCGGTCGTATTTTTAGGTCGTCCCGGTGATTTAGGAGCTGGCTACGACGGACAAATCTTTTATTATTATTCCAGAATGTTAAGCGAATTCAATTTAAACTGGCCTAAAGGATTCGAAGAAAACATTCGTGCATCTAGAATCGGTTATCCATTCTTTGTTTCCATTTTCGGCTGGTTCGGAACCTGGGGAACCGTATTCGGAATGTATTTTCTAAATCTCGTCTTGATTTTGATTTCTTGGTTCTTATTAAGAGATCTTTGCGGCGAAAGGCATCGTATCTATTCGAGTTTCCATTTATTTTCACCTTTTCTTTTAGGAAGTTACTCACTTTTAGTCTGCGATGCGGTTCTAACCGGATTTTTAGTGATAACATTTTGGTTTTACAAAAAAGAAAAATGGATTTGGTTTTCTTTGTTCGGGGGAATTTCAATTTTAACAAAAGAACAAGCTCTCTTTTTACTTTTTCCTCTTGGAATTGAAGCTCTCTCGAAAAAAAAATGGAAAGATGCGGCAATAATCGTTTCGACTTTATTGTTGCCGTTTCTTTGGGCCGTTTTTCTAAGAATTCAATTCCCAAATTGGTCTCCAGCAAGATTCACAGATTTTTTCACTCCGTTAGACGGTCTTATCGGTTATTGGAGAGAGATCAATCATCCTTCCATAGTATTTTTTTTGCAAGTTCCCAATTTTGAAACGGGCCTGATTCTTTTTGCAAAGAAATTTTCTAGAGTTCCGATCTTTATTCTATTCGCCGTCGGTTTGTTTATTCTCAGTAGCGGAAATTGGAAAAAGGGAATCGCAGCGCGACTTACTTTTTTTCTAGTGATATTTTCCGTCTTTTCTGCAGGTTATGTACTGTATTGGTCTTCGTATGAAAACGTTTCTAGGATGTTCACAGTTTCAACCGCGTTTTTGATCTTTTGGAAGTTAGAGGACGACTCCATCTCAGATTTCGCTTATTGGATCGTTACCGGAAGTATCGTTTTTATTTTTTTGCTTAAACTTACATTTATCTCTTCGACGCTTCCCTACGAGATCTGGAAATGAAGAGCTCCTTTGTCATTTCAAATTCAAGGTATAGAACAAGAAACCCTATAAATGAAAAAGTCCTTAAAAACAAACCTCAAATTTTCGGATGAAACGTAAAATTGTAACGAAATTAAAACAAGAACTTTCGAATCTCAAATGGATTTTTCAATTCCCGGTTTCTGAAAAACGAATTTTATAACTCTTGTAAATTCTTTCGTTAATCTCCGTTAACTTCGTTCTATCCAAAGCGATTTCGGTTCCGTCGTCCAAAGAAATCAAAGTATAATCGGATTTACCTTGTCTAATATTTTGTTTTAAATCCCGGACCGATTTCACACCTTGACCGTCAATTTTTTCCACGATCTTAAAACTAAGATCGTGAAAACCGTTATTAGATTCATCCGGAAGAACTTGAGAAAGAAGAACGATCTTTCCGACATCTTCCTCTTTTTCGTGAAATTTATAATAATCATAAAGATAGAGAAGTTTTCGATCCACTCTGGATCTCCAATCCTTTCCCCATTCTTCCAGAAGGGATTCAGAAAGTTCCAGAAACACAAAACCACCTTCTACGGCAAAATCGTTGGAAGCGGGAATATTTTTAAACGGAATTCGAACCGCCGAATAAGGAAACGGTTTCAACTTCATGCTCAAACGAATCTTTTGTTTATCCCTCAATACAAGCATAGGAATTTCTTTTCCTAATGAATATCCGAACGAATCCCCGGAGTGTGCCAAAAAGGAAAGAACCTGTTTTCCATACAAAGGATGTTCGATATATCCTTTCGAATCCACATTCTTACCTCCAAATTCGAGAATGATATCCTCAAGCTTCAGGACTCCACTCGCTGAAGAGCCTGGAATCACATCTGCAACTAAAATTCCGGAGTCGGATTTTTCCATACCGTAATATTTTTTTACAGAGCCGTCCGTAATTGGGCGAAAACGAAACCCTTTATAACCGAATACGTCCGTTCCCGGAGTTTCGATGAATTTTTGAATGACAAAAGAGGGAATGATTCTCCCCGAATTTTTTCCAGAAGTAAAATCATAAAGGATACCGGAAACTTTTCCGTTCTCAATCGCAACTTCTCCAAAACCGTTCAAACCCTCGCTGGAACTCACGTCCACAACGGGAAGTTCTACCTGACCAAGAGGCATCTGATCCATGTCCATACTCAAAAAAGTCACGCTTGTTGTTTGAATCGAACCGGAGTTATCGAGTTGGTAAACGTTAACCTGCTTCGGATACACGACAACCGGGGAAAACGTAAGCGGAATAAGATCATCGAAGAAACTCTTTTTCTCGACTCGAAGGAGAGCCAGATTGGATTCCGGATCGTGACGAAATACGACCGCTTTTATCTCGGAATAGGAAGAATATTTTTTTACTTCGATCAAAGTCGCATCCGGTAAAAGCGAGTAGGGTATCAGTATCCGATTTCCTTCTGTGACCACCCCGACTCCTCTTCGAACCCTAGGATTCTTTTTCTTCCAAGGTTGATGATATTCGGGCTCCTGATAAGTGACTTTGATCTGAACGATACTTTTATGATAGATTTCCTGAATTCCCTTACCAGATAAAGCAGAAGCTTTCGTTGAAAGCACAGGGTTTTTTTTGGTATCGTAATTTGTTTTTTTCGTTTTATAATGTTTTTTTTTAATGAGAATACGATCCGATTCTACCTTTTCGGCAAAAAGCCCCAACGAAAAACAGATTAATATCGGCATGATCCAGATTTTTAACATTATAATTTCCTTAATTATTCCAGACCATAAATTTTACGGATTTTTTCATCCGCCTTTCCAGCTTCCTCGCGATCCAAAACGAGAGGGACCTGAACATCTAAAAACTTTAAACGAAGATATTTATCCTTAGATTGCTTCAAGATCTTTCTTAGGTCACTCAATTCCGTAACAGGAATTCCGTTCACGGATTCTAAAACTAGGTTCACAAAATATTCCGCGGAAGAATTGATTGGATGAGAAAGTTTTCGGTATAAAACTACGTCGTTTTTTTTTGTCCGGTTCAGTCCGTCTTCTATGAAGTAAAAAAACCTGTATAAAAGCTGACTTCCTCCGGAAGTATTGCCGCCGCGCCCCCAACTTGTGATCAAATCTCGGGACATTTCTTGAAATAAAAGTCCGCCGATCATTTCAAAATCATACTGTTTATCATATTGATTTCTCATAAAATCGAAATCAGACATACGACGTGCTGGAAAAGAAACAGACATTTCTTTTCCATTCCTATACAGTTTGAAAGAGATATTGTCTCCCGCATGCTTATTATCCACGATCTCGACAAAGTCAACTCTTGCGTCCTTATCTTGCATAACGGTTCCGTTTTTTCCGATCGGTTGCCCGTCTATCTCGGTGAGAAAATCTCCTTCCTTTAAATAATTTTCTGCAGAACCGTTTTTTAAAACTCTGGAAACAAAAACTCCTTCCAAATGATCCGGAATTCCTTTGGCCTTTCTCAAAGAAATATTAAACGAATTCAAAGTTCTTACTCCAAGCTCCACGTATCCGTCATATTTCCCGTCTTCTATGTCCGTTAAAAAATGACGTATAACGTTTGTGGGAATAAGATATCCGATATTCTCGCCCTTGACTGCAACCTGAAACGCAACTCCTACGACCTTGTCGTCCTGAATCGCTGGACCTCCAGAATTTCCTGGATTAATCGCCGCATCCACTTGTAAGACTAAATGACTGTCAACGGCAGAATGGGAATAAACCGATTGATCCTTTCTGGAAACGATTCCTCTCGTAACCGAAACCTTATTCCCTCCGATCGGATAACCGACCACAATCAGTGGAGAATTGAGCTCAGGAATTTCTCCGAGCTGTAAATCTCTTGAGTCCTTGTAGAAATCGGGACTTTCGGCTTCCAAAACAGCCAAGTCGCAATCGTGCGCGAGATGTAAAATTTTTACACCATACCATTCGGTTTGGTTGTACCTCTGAACCTGAACGAACCTCGCATTAGAAACCACGTGTGCGTTGGTAAGAATTCTTTTATTTCCGATTAAAAAACCTGTTCCTGAACCGGCTCGAACCGCATCGGTCGTCCAAGGGGAAAACGGATTTACCGCTTGGGAATAAACCCGAATTTGTACAACTCCTTTACGGAGTTCATCAAAAGAGAGAGGACTTTCGACGGAATAAATCTTGGTCTGGATGCAAAGAAGCAGCCCAAGCGAAAAAAAACGAACCGTGCATTTCAAACCGATTCGAATCCTCAAAAAACCAGATAATATAGCCGTCAATGAATCCTCCAAAAAGAATTTTAGAATTTTCTAATGCCCTTCAAACTCGCAAATCGCGAAAACTGGAACCTTAAGCTCTTCCTGAAGTTTCCTGCTGCCACCCAAATCTGGAAGATCAATGATAACTCCGGCTTCGTAGATTTGAGCTCCGAGTTTTTTAAGAAGTTTTACTGCGGCAATCATAGTACCTCCGGTTGCGATTAAATCGTCCATCAGAAGAATCCTATCCCCCGGCTGGACTGCATCCTTATGGATTTCGATCACGTCTTTTCCGTATTCGAGGTCATATTCTTCCGACACGGTTTCGGAAGGTAATTTTCCTTTTTTACGTATGGGAATAAAGCCGGCTCCGAGTTGAAAAGCAAGAGGTGCTCCCGTGAGGAAACCCCTAGCTTCGATTCCGGCTACCTTTGTGATTCCTTTATCTTGGTAACGATTGACAAACGTTCCGATTGTCAATGCAAGCCCCTCCGGATCGAGTAAGAGTGAAGTAATATCGCGAAACAAGATTCCTGGTTTTGGATAGTCAGGTATGGTTCTGATTTTAGATTTAACAATAGACATCTAGGTTTTACGTCCCAGGTTTTTAATTTACCGGTTCTATTCAAAAAATCAGAGACATTTCAAACAATTCTTTTTTGTCCAGAATACAGAAAAGCCCGGTAAAACCGGGCTTATTTTGAAGTTTTCATCTTAAACGAATTTTAACATTATTCCAAAACATCCGATTTTATCGTAACGGTCTCCCATTGTTTTTAAGTTTTGGAAATAAGTTCTTAATACCCTGAATTCTTCAGGGCCGCAATTCTCGCTTCTAAAGGAGGGTGAGTCGAAAACAGTGCCATCCATTTGTTATGTCCGGATATTTTCATTGTAGCAAGAGCTTCTTTACCTCTTTCATCTTCAGGTGCATTAAACGTGCGTCTTAGTTTTTCAAGAGCCGCAATCATATTCTGACGTCCTACGAGTTTTGCTCCGCCTGCATCCGCGCGGTATTCTCTGGTCCTTGAGAAATATGCGACTACGATCGATCCGAGAATACTGAACAGAATGCTTAAAACGATATTGGAAACCAGACGTACGGTGTATTGCATTTCGTCTTTAACCATCGTACTCAAAGCATAACTAATAATCCTTGAGAAGAACATTACAAAAGCATTAACAATACCCTGAATCAGAGTCATCGTCACCATGTCTCCGTTTGCAACGTGTGCCAACTCGTGTGCGAGAACACCTTCTACTTCCGCGTTATCCATTACTTGAAGTAAACCGCTAGATACCGCGACAAGGGAACTGGACTTGGAAGGTCCGGTCGCAAATGCATTTACTTCCGGAGAATGATAAATGCCCACTTCGGGCATCGGAAGGTTTGCCGCTCTTGCAAGTCTCTCTACTCTAGAATACAATTCCCTTTCAGCACCAGATGCAGATCTAGGATCGATGATTTGCACTCCCATCATCATCTTCGCCATAAACTTGGAGAGAAGTAGAGATACAAACGCACCTCCCATACCCCAGAGAAAACAGAAGATAACTAGGGAACTCAGATTAATTCCGTTTGCATCCAAATATGGACCGATTCCAAATACACTTGTAACGATCGAAATCGTTACGACTACGAGGATATTGGTCAGCAAAAATAACCCAATTCGTTTAAACCACATTTTGGTTTCTCCTTAAATTTTATATATACACTTGATCTCAGAGGGAACACAATCAAGTTCCTGAGATCTATCCACTTACCACCGACCGCCTTAATGTGGGAACTCCCACTTATAAGATCTTAGGAATTACATTCAGATGTACATCTTCGAGTGGATTCTCAATTTAGACCTAAAAAATCGTATTTTTGGTTTTAAACTCACTCATACTTTGCGCGTTTCCTTTCGAAAAAAAGAAGCTAGTAAAAATAAAATTCCGAGGAACATATAGCTGGTTACGAAAGGATTCATACTAGGTTCGAACTGACTGATAATATCGTTCCCTCGAATCGAAAAACCGTGTATGAATCCGGTGGATGCAAGAACAGCCGCAACCAAACAAACAATCAAAGCCTTTTTAAAATCCCGATCAATGACAAAAACCGCAATCGAAGCCCAGATCATAGAAGAAATCAAAAAACCTTGAGATAAACTCAAGAGCCCTCCCAGAGGATAAGGTAAAAACGGAAGGGAAAGAGGGACATCGGACATCCATAGATGTGTGGTCCCTTTCACTCCTGCATTTTCCAGAATTTCCATGTTCAATCGATCCGCATAATTAAACGTAGACTGTACCAGTAAAACTCCCCAACCTGCAAGTGCCGGTAAAATCCCGATGATAACAGCAGGAGCGTGCCTACTCGGAGTCGCTCCAAACGCCTGAGAACCAATCACAATTCCGATCCAAAGTACAATCGCCATTCCCGCTTCCACGGGAATCAATGCTTGAATAAAAGCGAGAAGTCCGAACAAAGCAACGATCGTCATGAAAACTCCATTGAGAGTAGAGTAACCAGCCCTGGCACCCAAAGCCTTCCAACCCGGATGGCCGATATAAATCGTGGTTGGAAATGGAGATCCGAAAAAAGACCCGACTACGGTTCCAACTCCGTTTGCAAGAAGAGAATCTCTCGTGTTGAAAGAATCCCCAGAAGCTTCCGCGGATTCTATATTTTGTAAGGAGCCAATTACGTTAAAAATTCCCATCGGAATTAGAACCGCAAGGTATTCTCTAATATCCGCAAATCGAAACGCGGTAAACAAATCATGTGCGCACAAGGTGGGAAAGTAAAATCCGATGTGATTCGTGGAGCCCTTAAGTAAGTCCGCGTCCATAATCGGATTTCCCCAAACTCCCGCAGACCAAACAAGCACAGTTCCTAAAACAACGGATACAAGTCCGCCCGGAATACGGAATGGGAACACAACTCTTGCGAAATACTGCAATAAAATCACTCCGAAAGGAAGAAACGCAATCAGAGGATTTTGAAAGGTGCGGACTAAAAAGTCCATGGAAATGAACGTAATCGCAATCCCCGCAAGTGAGGAAAGAAGTGCAGCCCTTGGAGTCACTTTCCGAATTTTTTCCGCCACAAAGGAACCGAACATTTCAATCAAACCCGAAAGAAAACTCGCCACGAGTCCCACCTGCCAAGCCATTTTGTAATCGCCGGTTTTCTTATATACGGGAAGCATAATAAAGAACGTAAATGCAAATAAGGAAACCGTATTGATTCCATACGGAAGAGCAGTGACGTCGGGCCTGTTTTCTTTCCGGGCGAGACGATGCGCCTGCCAAGAATAAAACAGATTTCCAAGTAGAAGAGAAATCGCCGTTCCCGGAAGAATCACTTTATATACAAATTCGCTCGGAACACCACAAAGCGTAGTCAACAAAAAAGAAAGAACGAGAATCTGAATCAGATTGTCGATCATCAGACCGAAAAATCCATCCAAATCCCCCGGCACAAACCATTTGAATCTATTTTGGCTCATTGTTTTGATTTACTCCCGAAATCCACTTGAATCACGTTGGACTGATCGCCTTTCACATCATCTTCTTTTTTTTTCGCCGAAGTTGTTTTTTCTCCGGATGAAAGTCCCTGAGAGGCTTCTTGTGTTTGTTCCGACGCAAACACTTTCATATTCATCAAAGTTGTCTGAGCTTTATCGAAGTAACGGAATATACAATCCCAAGGAACAAAAACTTCTTCCCAAGTATAACCGAACTGAAGTTCGGCGTAGATCCATTCTTCTCCTACGTCTAAATTACGGACTCCACCTTTGGGTCCGAATACGAGAATAATTCCGACTTCCTTTTCGCTTCCGACTAACCCTCGTTTGCCGATAACCAATTGAGGATGGGGAAGGGCGTGTAGGTAGAAGGTTCCGAATCCTCCCCAATAAAGTTCGAACAAAGAACGTTTGAATTTTCTGAGAGTCAAAATCTCTTCTTTCAGATATTGATTATCCATTCTTCAAATTTTGATCGGGAACTCCCGTGACGGCTTCGTTCAAATAATCCCCGTGGATCTTGTATTCCGGAACCAAAGCTTTAAAAGCGAGAAAGATATCCTTGTTAATCCTTCCTGCAGTCAAAAGTTCGTTGAATCTTGCAACAAACGTACTCACTTCCTGATTTTCCAAGGGCGCGGCGATTTTGATTTTAGGATGATGGGTTTTTTTAATTCCTTCCAAATCCAAAAGAAGCTCTTCGAATAATTTTTCCCCCGGTCTGAGTCCGGTGAACTGAATCGGTATATCTACATGAGGTCTGAGACCACAGAGACGAATCATTTCTTCCGCTAAGTTGAGAATTTTTACTGGTTCTCCCATCTCAAGGATAAAGATCTCTCCGCATTCTCCCATACTTCCAGCTTGGAGAACTAGCTGAGTCGCTTCTGGAATTGTCATAAAATAACGGATCACGTCGGGATGTGTAACGGTAACCGGACCACCGTTTGCAATTTGCTCCCTGAACCTTGGAATCACAGATCCGTTGGAACCGAGAACGTTTCCGAATCGAACCGTAATAAACTTGGTTTTTGTTTCTCGGGAGACATGTTGTAAATACAATTCCGCCGCACGTTTGGAAGCACCCATGATGTTCACTGGATTGACCGCCTTATCCGTGGAGATTAAAACAAAGCGCTCCACGCCCGAAAGTCTGGAAATATCAGCGACGTTTTTTGTACCCAACACATTATTCATCACTGCTTCGGTCGGATTGATTTCCATCATCGGAACGTGTTTGTAAGCGGCCGAGTGAAATACAACTTCGGGAGAATGTTTTTCAAAAATAGAACTGACTCTGGAAAGATTTTTGATATCCGCGATGATCGGAACGAGTTCTATATTTTGTCCTTGTAATTTCTTTCCAAGCTCGTATTCAATTTCATACAACGGAGTTTCCGCCGCATCCAAAAGAAGAATTCGAGACGGTTCAAAAACGGCAACCTGCCGACAAAGCTCGCTTCCGATCGAACCTCCCGCTCCAGTAATCAAAATCGATTTCCCTTTTAGATAGGAACGAATGGACTCGACTTCAAGATCCACGACCGGTCGACCTAAAAGGTCTTCCACCTGCACCTCTCTGAGTTGATTTAATTTGGGAGAATCAAAAAACAAAGAGCCCAAAGAAGGAAGAATTTTAAACTTCACATCCGTATTCTCAAAAGAACGAATCAATCGACTGATGAGTTTTCCGTCGGGATTGGTAATTGCGATGATGACTTGTTTTACTCCGAAACGATTGATCATCTGTTCCGCTTGGTCGATTTTCGCTAGAATCGGCACCCCTTGGATATGCGCTCCGATCTTCTGGACGTTATCATCCAAAAATCCGATCGGATTGAGCTTGAGTTCATTGTGTCTTCGAATTTCCGAAAGTAGAGTCGCGCCGATCTTTCCGGCTCCCAGAATCAAAGTCGGAAGGCCCTCTTCCTTAGATTTTTTGAGAATGTACTGATCCCGAAATACTCTCCAGGAAAAACTACGAATACAAAGAAAACTGAGTAGAAGAAGCGTATCCAAAACGGGAACCATTCTGGAAAGTTGTTCGAAACGATTGTAAAATAAGAGGGCCGTGGTTGAAATCAGAGAGGAGAGAAGTGTGACCTTGATGATTTCTACAAGATCGTGTATCGAAGCGTAAACCCAAATCGATCTGTAAATATCGGAGAGTATAAAAACACAGGCCCTTACGGTAATGACAATGATCAAAGAAGTAAAAAATCTTTCTGGCGACGTCAGAAAAATAAAAGACTCAAAACGAATCCAATGCGCCAAAAAATAGGAAATTCCCATGAACAACAAATCTAAAGGAAAGATCCACATTCTTCGATTCCACTGACCGAGCATGTAGGAAATAAAATCCGTTCGTTCCTAAAAGTCCAACCTTTTTGAAACAGATCATTCCGATTTTTAGGTAAACCGAAAAATGTGTTGCAGAAATTCTTTTCTTGCCTCACTTCCAATAAGAGGATAAATCGTTATTTCAGGGCACCTTGAAAGAAATCATCATCAACCTCCAAGGAGATTTGGATTTTAAATTGGGAGAAGCTTTGCTTTCCAAATTGGAAGAGCTATCCGAATTTCCGCGTAAAATTCTTTTAGACGCTTCCGGGCTTAAATCGACCACGCCGGAAGGTGTTTCGATATTAAACCGACTTCCAAAACGTTTTCCAGAATCCAAGTTTGCAATTTGTTCTGCGTCTATCGAAATCTCCGCACAAAAGGAAATTCCCATATTCAAAGATCGGGAATCTGCAAAATCGCATTTGATTGCAGTTGATTCTTCCACTTTTTCCGAAAACGCTCCCGTGCTCATCAATTGTCCGATTTGTTTTCATATTTTGAAGATACAAAATTTCGGGAACCACAGTTGTCCCGCCTGCCATGCCAAATTTTTCGTGACGAAAGACTTACGGGCATCCGCATTTGAAAGGTTATTATAATATTCTCACATTTCTTCGAAAAACCGAATCGTTTCCAAAACCTCCACAGGAACGTTTCCAGCCTGAAAATAGGGGTTGTATCTCTTTTTGATTCCCGAAACAAGTCTTCTTTTTCTGGACTCGAAAGAATCCATCGATTCCTTCAGAATTGGATGTTTTTGCAATTCGGCCCGAACTTGAGGGGAAAAAGGAACATACCGATTGAGAACGTCCCTCGCCACTCGGTTGAGTCTGAGTTTTCCGGACGATTCGAAAAGAATCCAATAGGAATAATCCGAAGCAAACATATCTTTTAAATTTTTTCTGTATTTGACAAGTTGTTGATCGATGCTCTTTTTCGCATCGGGAGTGAGAGCAGGGGACTTCCGATAATTTTCCAGATAAAGATAATATTCCGAAGTAAGTGAAGGTGGAGCAGAATCTTTCCACTTCCTTCCCCGAACCGTCCTTTCAATCTCCCACTTGAATTCTCCAAGGGTTCTCGTAATCGCCAAAGTCATGTTCTCGTTCAAAATCTGAGGAAATACGAGACGCCCTCTTGATACAAGTCCGGAAGTAATTTCCTGCCAAAGAACCCCTCTATTTCCGAAAACCGGAAGTATGATACAATCTGGACAAATTTCTTTCATCGCAAGTTCCGGTTTGCCGGGAGTCTGTTCGGGTTCAAAGGAGATTTGTCTGTAAAAAAGATGTTTATCGATTTTGCGAACGTGATCTACAACAGCATTTATTTTTTCATGCGTGACTAAAAACGCATCGGTTTCTCCGTACATTTGATCTTCGGAAAGAATCGGATATGCAAGATTCGGATTGGAAGAAACGCCGATAAGTCCGTTGAATAATAAATTGCTCAATTCCCAATCGAGAAGATGCAACAAATCTTCAACCCCGCTGTCACTCGCATATTCGTCAGTTCCCGTTTTGCGAAGCATGGAAGCGCGCACTTGTTCGTACGATTGTGCTAAATGATTTCGAGAAGTTTTTTTTTTGCCCGAAAGAATGAGTCCCAACCATTCCGGTAAAAAATACACTGCAAGTTTATGACTGGAAGGATCAGGATCTTGTGTATAACTTCTGATTTTTTCCAGCGTTCCGTAAAGTTGAACAATTCTCGTGGGAGAAAGAAGATTCTCGTCCACATAAAAGAAATATAAAAATAGTAAAACCGGTTTTGGAATGGGAGCGATGTCCGATCTGTATTTTGCATAACAAGCAGAATAGAGTTCTATAAAAGTCTGGATTTCTTCCGGTTTGTGCTCTTTACGGACCAGACCAGGATGTTCTTTAAATGTATGTACCCTTTTTTGAATCTCAGCCGCGGTAGAAGGACTCATACCACCGTAGTTTAAAATTTGTACAAGACTTCCTTGAAATTCGTCGGGCAGGACGACATCTTCCTGAATTCCTCCAATGCCTCCCATTTGAATTCCGCCCCAAGTTCTCGTTTTTTCCGGATCTTTTTCGGGAACAGTTTCTACTTGAATACCCATATCGTTCCCTTTCAGACTAAAAATCTTCGCGTCGAAACGCATCCATTCCTTATCATCGCCTGAATACAAAACGTGAAGCTTATCTCCCACCGAAACCGGAAACGCATTGTAGAGTTTTTTTGTGAATACTTTCGTACGGAGCGACTTCTGAACGAAGTCGGGCCCCGGTGGGTTAGAATACAAAAAACCGGGAAAGGCTTCTTCTCCATCGGTTAAAAATACGACGGGGGTGATTTTTTTAGGATGAGGACCGAGATCACGAACAAGATGTTGCAGCCTTTTGAATATGATCGTGTCTCTCCAGGCAGGAAGTTCCCCTTGATGAGCAAGATAAAGTGCAAATTCCGGAAGAAAAATCTCCTGAAACCAAGATTGTGACTCCGCAATTTTTTGAAGTATGGAAACCGAGGTGTGATCCAAAAAGGAATGTATCTGAATCACGTCCCTTCCGTTCATGTATGTGAGAGGTAACTTTTTAAGAATCTTAGCTCGAAGCGCAGCCCGATTTTCGATCGATTTCCGAAAACGTCTCTCCAGATAATATCCGACGACCAATAGAAGAGCCACAAAGATAGTTCCATTGATGACAGGAATCCAAGAAAATTCCGGCCAGACAAGAATTGGGCGTGCTTGGCCTAACAAAAACATGCGAAATGTATAAGTTTCTTTCTTTTGAGGTCAAGCAGGATTCTCCGAAACGATTTTAACTTTAAGAATCCTGCAATTTTAATTCCGAAACTTCCCTATCTTAGATTGGATAGACTCCGATTTAGCTCGAAAAAGTTGGCGTGTTCTACTTAGAATACAAGTTCTGCCTGAGAAAACTAGAAAAACCTTTTGATTCTGTTTGAAAACAAGTTCGGCACCGCCTAAGTAATTCTTAAATTCAAAGTACTCTATTTCAAATTGTAAAAATTTTACGAAGGTATACGAAAGAAAAAATCGATTTCAAATCCCAGTTAATATTAATTTCGATAGGAATCCGAGGATTCCGTATTCGAATTAAAAATTATTCTTTTCAAAAGAATCAATAAGAATATTGCTGGATTTATAACCTATTTTCACGGGATTCATCGACGTTTCACGTCGGTGGGAAGACGGTTAGAATCCGTCACGGTATCCGCCGCTGTAAGAGGGACGAAAGGCACAGGAAGAAGCCACTGGGATTAAACCTGGGAAGGCATGCTGAGTAGGAAAATCTCAAAGTCAGAATACGATCTCAAGAAAATCTTGAAGATACGTTTAAACCTCGGAAGCAAGGTAAACGTAACTTAAATAAAAAATAATATAAGATGTGTTAGATTCTAATAGGGTATTATGCATTCGTTTACTGTTTGGTTTTAGGTTCACTTTGAAAGGGGAGTATTGCGTTGTGTGCCGTTTCTACGTCCGCAGGTAATAAGGAAATAAGTAGAAACGTTCTTGGAATTTTCATCGTCGGAACCACAGGCATCGTCAAGCCATTTTCCACAGCTGCATTTAAAGCGAGCGTTATCCAAGCGATTCGTATGGCGAGAGAATACGAAGTTGATACCGTCATCCTCACGACGGGCGGGAAATCCGAAAAGTTCGCTATGAATCTATTCCCGAATCTGAAAGAACTTTCCTTTATTCAAGTCGGAGATTTTATCGGGACAGGAATTAAAATCTCTGTTAAAGAATCCATACGTCATGTGATCATCGTTGGTATGATCAGAAAGTTATCCAAGATGGCCGACGGCGTAATGATGACTCATAGAGGTGGTTCTTCCGTAAACACTAAAATGTTATCCGATATCGCGAGATCCGTGGGAATCTCTGAACCAATTGCGATCGACATCCAAAACGCAAATACCGCAAGACATGCATTAGAAATTTGCAGACAAAACGCATATTCTAGAAAAACGGATAACGTATACGTAATCCCCGGGAAGGCTCCCGAGGTTTTGGAAGTTCTTCCCGGCCCAGACTGCATTTTTGTTGGAGGCTCCAAAGGGAACCTCTATGACATTATTCGAATTTCCTTAAATAGAATTGCTTCTTTGGGAAGTTTAGTTATAGACGCAGTCACTCTGGATAACGTCACGGAGGCCTATCACAGTTTCAAAAAGTTAACCCTTGTTCCCGAAGTTACGCTTCTAAACATTTCCAGAGGGCAACCTCTTACAAATTATCTTAAATACGAAGCTTTGAATCCAATTCATATTTTTAAAATCATAAAACCGGACGGATTTTTCGCATGATTGTCCGCAAATATGGAAAACTCTACGGAGTCGAGTTTGGTCCAGGAGCCACTGACTTGATCACTCTCAGAGCGGTGCATGTTTTGAATTCGGTCTCAGTCCTAGCCATTCCTAAAAGTAGTGAACATCTGGAACCTTTCGCATGGAGGGTTTGTTCTCCGATTGTAAGAGAAAATTCTACCCAAGAAAAATTGTTTCTTCATTTTCCTATGACGAAAGATCCGAAGATTCTCATTCCCACTTGGGATAAAGCCTTTTCAGAAATTGGGAAACGTTTAAAAAAGAAACATAACGTTGCCTTCATCACCCAAGACGACCCTTCCGTCTACAGCTCCTGGAATTATCTTTTAGAAGAAGCAAACGATCGTTGGCCCGGGATCGAAGTGGAAATCGTTCCAGCAGTTTCGTCCATCACTGCAATTCCCGCTACTCTTAAAACCCCTTTCGCAGATGGAAGAGAACGTTTCTGCGTGATCCCCGGAACTTCCGGATTGGAAGACCTTCCTGAACTCATACGACATTTCGATACGGTCGTTCTTACAAAAGTAGGTCGAGTTATTCTGAGACTTGTCTATATATTAAAAGAATTAAATATTATACAAAACGCAAGTTGCGTTTCTTACGGAACGACGGATCGAAAAAAATAGTGAGAAATATAGAAACAATTCAGAACGAAAACTGTGATTATTTTTCGATGGTGATTATTTCTATTCGAAAACGTAAGGGCGCATTAAAAGGTCAAAATATTGAAACGGAATAGAAAACCGCATTCCGTTTTTGTAATAACTAAACACGGACTTAAGATAGCCAAAAAAATTCAATCCGCTTGGGCAGGAGTAAATCTTTTCGTTTCTTCCAAGTTCATTCAGGAAGCGCCGCCAAACTCCAACCTCTTTCCCTTCCTATGGATCAAACATTACGTGAAATCTTCCGGGAATACGATTGTCATATCTTTATCATCAGCGTGGGGGCTGTCGTCCGTATGATCGTTCCTTTATTAGAAAACAAGAAAGTAGATCCCGCAGTTCTTTGTGTAGACGATCGGGCCAATTTTTCAATCTGCGTTTTATCTGGACACGTAGGAAGGGGAAATTTTTTTACAGAAAAACTCGCACAAACCCTTTCCAATATTCCGGTGATCACGACTGCGTCTGACGTTTCTGGAACTTTAACCGTGGACATTTTAGGCAGGGGACTAGGTTGGACTTTGGAACATCCCGACCGAAACGTGACTCGAGGATGTGCAGCAGTAGTTAACGAAGCCAGAGTTTTATTCGTTCAGGAGACGAGAGAACCGAATTGGTGGCCTTTGGACAAAAATCTTCCCAAAGGCGTAGAATATTCCATTTCCTTAAATCAAATTCGTCCAAAAGATTATGAAATCCTTTTAATTTCAATGGACAGAAACAATCCTCAAAAAACCCATCTAAAACATTACAATAATTATATATTATATCATACTAAATCTCTAATCTTAGGCCTAGGCTGCGACCAAAACATCCCTTTAGAAACTGCAGAAAACAAGATTTACAAAGTATTAAACGAAAACGGTCTTGCAATCCAAAGTGTAAAAGCGATCGACTCTGTGGACTTAAAAAAAGATGAACCCGCGTTTCTTTCACTTTTTTTAAAATACGATTGGGAATTGATCACTTTTTCTCCGGAAGAATTAGATCGCGTCTCCTATATCCAATCGCCTTCGAAAGTTGTAAAAAATTTCGTGGGAACAAAATCAGTGACGAAGCCGCAAGCCTTCTCGCGTCCGGTGCAGCCTCCCTTCTGGTCTCAAAACAGAAATATAAGGAATCACCAAACGGTAAAATCTCACGATTGCAATTTCCCGAATTCCATTTTCGAAACGGCCTCACATTATGACACGTTCCGATTTTCTCATAAACTCAACGGAGAAAAAAGAATGCAAATAGGCAGGTTGAACATCGTCGGCATCCGTCCAGGCAACGATACTCACATAACTCCGGCAGTTTTACAGGCGATTCAGGAAGCAGATCTTGTGATCGGTTACGCCACTTATATCGGTCTCGTTAAACACCATTTAGTCGGCAAACAAGTAACCCAAACAGAAATGACGGAAGAAGTGGGTAGGGCGCAAACCGCTATTGATGCGGCAAAAGAAGAAAAAATCGTTACCTTAATCTCATCGGGAGACGCTGGTGTCTATGGAATGGCAGGACTTGTTTTTGAAGTACTGCAAAAAACCGGTTGGAAAAGGGAAAATTCTCCCGAAATCAAAATGATTCCCGGAATAACCGCAGATAGTTCCTGCGCTTCCTTAATTGGCGCTCCTCTCGTTCACGATACGGCAAAAATTTCACTCTCCGATCTTTTGACTCCTTGGTCTGTTATCGAAAATCGATTGGAATGCGCGGCCAAAGGGGACTTCGTTATTACACTTTACAATGCGGCTTCGGGACGAAGACAAAGACAGATCGTAGAAGCTATGAAAATTATTAAGCGACATCGTCCGGGAACAGCTCCAGTCGCTTCAATCAAAAGCGCTTATAGAAAACAACAAAATGTCCAACTTTCGGATCTGGACAATTTTTTAGATTACGAAATTGGAATGAACACAACCATAATTGTAGGTTCTTCAAATACGTTCGTCTATGAAGATTTTATGATCACTCCGAGAGGTTACACAAACAAATATTCTCTGGAAGACTCAAGTCTCAAAAAAGGGCAGAAAAAAGGATTTTCACTTCGTTCTACGCGAAATTTACAGAATAGAGTAAACTCAGATAATGCCGACCATCGTTTGGATACCCACTGAGTTAAAACGGTAGTGCACACCTGCTGCTACCAGGACACTGATTCACTGATGCACTGGTTGGATATTCTCCTGTGCCTCTTCTGTCGTCACCTTCTCCAGTGCAATTCCTGTTAGAAATTATAAAGTTAAATGCATTGTGGTCAAGATCCCCTAACTGTATAGTTATGAGTACTGTCAGAGCCCTATCTGGTGCTTCCAAGTTATAAATTACCTGGAGTGGGTCCATAGTGGGCATTAAAGCTTGCCTGTATAGATCAAAGGGCGTCGAAAGCGAGGTCGTTTGAATTACAACTAAGCCCTGAGAGGTCCTAAGAATTGGAACAGCATGTCCCACGACAATTCCATCTGAACGTTCTCTCCCCAGCATCCCTAACCAAATGCTTCCGGGAGGAGAATTGATGAGTGAATCAATGTGAGACATTATTTCAGGCCGAGTGAGGAATTCATCAGAGACAATCCAATCGTATTGAGGCAACATAGTCCTAGCAGATGCTAACCCTAACAATCTGGTTGTATTACCGTCGAGGCCATACACTCTAGGTACATCCGTCAGCAACATATCCAATAACGGATAACGTTGTCCAAATGAAACAAAAGGATCTCTATCATGAGCTGTATCGAAAAAATAACCCCCACTCTGAAGAGGCCCCTGAGAATAATACTCCTGGAGCTCTGCTAACATCTGGAAGCTCTGAAGCAGACAAACACCACACATCCCATGTATCTGAATTGCAGATGCGAGTGTAGCTGAAGTCGCTATCTGATAAAGTCTCCGAATCCAGTCATCAGTTAATTGAAAGTCAGGAGGTAAGGTCCTTTTTATTCTTTTATATACATGACTTTCCTTATTACCAGCCGGACAATACTGCTCTGTATTACCAAGATTACCAGCTGCATAACGTATCCAATCCAGTAAATATCCATCTACTAAAAACAAAGACGTTGGACTATTCGTGGTATCCTTTTCCAAAAAAGAGGGTTTAGCTGCATAGACAACACCCCAATTGGATCCATATCTGGTAACTCTCAGAATATTGCCTTTATAATCCTTGAGCATACCTCCCTCTTCAGTTTCAAGATAAACGTCCCAATAAGCAGGACTATCCTTACTCGTAGGGATATCATCACACAATACCCATCGAATCCAATTCCATTGATAACTACCTACCTTTGAATACATGCAAGAAAGACGTCCACTTACTGGATTGTATTGAGCAACATGTCCACTTTCAGGATTGTAGTAGATAGATGTGGTACTTTTTTTTGAGCCTTTTGAATGGATAAAGTAGCGGCTATTCCCCAAATTCCAAGCTATGGAAGTCTTAATACTGATATTCCCAGGAGTTGCCACAGTCTGAACCCAATCTTTCATCGAAGAGTCCAAGGTATGGTTATAACTATCCTTAGACTTCTTTGAAATATAGGCATACCACTTCACATCTTTTAAACGATAACGCTCATCTGCAGTCCAAAAGGAATTCTCTTTTACGATCCATCGCTGTAGTGGGTCATTGATAGTACAAGGTCTGAGATGCACATAATCCCAGTTTCTCTCTCCAAGAATGACTCCTTCTGGAGCAGTAATGCATAGCCATGTTTTATTAATGTAATAAGAAATTCTTTGAAACACATCATACCGAGCACTAGTAACGTCCTGTTCCCAACACTGCTCAAGTTGAATATAACTTTCACCACCACTAAAAACTGGAGCATAACAAAACTTTCCACCATCATGTATAACGATTTTGATTGCCTTATCTTTCGGATTATCCGTAGGCTTTTGAACTATCGAGTCAGAAACAACACTCGATAAAATATGGACAAGTGCAGGACTCACTCCGTAAGAAAAATCAACTCCAATTGAAATCAACAAAACCACTATCAAAACTATAAAACGATTCATTTTCACTTTCCTCTCTCTTTGAAAAATTAAGACCTAGTCATGTAAACATAAGGACATGAAATAAACATAGCTGCCAACTATATTATTAATTAAATAATTAGAGTTCTATAGTGACCTCAATCTTCAGAGACCCAAACCAAACAATCATAGTAATCAAATACACGCCGAGAATTTATCGGTTTCACACTGGCGGTGCAGTTCCATTGATTTGTATTGCAATCAATTTGAAAAATAAAAGGAAGATCATCTTGTAAACGATTTTCAATTCCTCGACATTAGAAGAGTTGATGTGATGTATACTTGGTGCCGACCAGAGCTTCGTTCCGTCTATAATAGGTCTTTCTGAGATGCCCTCGTTTTTAGATCCAGTGTAATGTGTCAAAATCCACTTAAGCAGGACGTCTTAAATATTTCTCCGAAGTCAAACCCCTGAGTGAACTATACGGCCTTTCTGAATTATAGAAATTTCTCCAGTCTTCGACAAGGCGCTGGGCTTCTTCAATATTTTTAAACCAGTTTTCATTTAAACATTCGTTTCGCATTTTTCCATTAAAGCTCTCGATGAAGGCATTCTCAGTAGGCTTACCCGGCGTAATTAAATGAATATCGACTCCTTTTTCGAAGGCCCAACGTAAAAAAGATTGAGAATTCTGTCTGCGTTACCACGGCGAATCTTCCAAAGTCATCGATAATATTCAAAATTCTGAATCTTCTTCCCGAGTAGAGTGAGTCCGACATGAAATCCATGGACCATCTTTCTCCAGAATTCTTAGGAACAAGCTTTGGAACTGATGGTAACGATAGTTTCTTTCGCTTTGGTTTGATATGGTATTTTAAGCCTAATCCCGAGTGGAGTCGATAAATTCCTTTAAACAGTTTTTTTAATATCTCTTAGGAGTCTATAAAAGACAAAACAACGAATCCGAATTCGTTTATCAATACTAACAATTAGCGAAATCCCTAAAAGAAAAGGATTCGTTCGTAAAATACGTCGTAGGAAAAAAACTCCTGAAAGTCTTTTTCCATTTTCCGATGTAAAGCTTCCCAACGATGTTTGGTGTGCAGACTTCAAAGGTCACTTTACTGTCGGAAACGGGAAACGTTGTGATCCATTGACCATCACAGATGCTCATAGTCGCTTTCTATTAGGATGTCAAATCCTCAAGAAAACGGATGGAGAAAGCACCAGGCGGGTATTTGAGAGAGTCTTTAAAGAATATGGAAGCCATTATAGCCATCAAGACAGATAACGGAAGTCCATTTGCATCAAGGGCCATTGGAGGATTGAGTAAGTTATCCGTTTGGTGGTTAAAGTTAGGGATTCGACCTGAACGAATTCAGCCAGGTAAACCTCAACAAAACGGTCGCCATGAAAGAATGCACAGAACCTTGAAACAAGAGACCGCGTTACCGGCTCGATCTTCTCTTAAAGAACAACAAGAAGCATTTGATCGGTTTAGAAGTGAATACAATTTAGAAAGGCCGCATGAGGCTTTGGAATATAAAACTCCTGGAAAAATCTATATGCCTTCAGAAAGAATTTTTCCATTAAGAATTCCTGAAATAGCGTATGCCACCAATATAGTAGTAGAAACAGTCTTAGATGATGGAACCGCCAAATACGGTCCATTTAGAATTTTCTTTGGTTCTCCATTGATCGGCGAACGGGTTGGTTTTGAAGAAGTCTCAGAGCGTTTGTGTAAGATCTATTTTACAAACGCAGTTCTGGGTATGTTAGATTTATTTACAGGAAAAGTATTGAAATACGAAACACCTGTGTACAACTACAACGAATAAGTGTAACCCATGTCTCCGGTCTAGAGTGTTACCGATGTGCCAGAACATACAATGAACAAATGTTCATAATGTGACAGAACTATCATTATCGGAAGTTGCTTATTTCCTCATTTAAAAATATACTTGAACCACTGAACGTTTCCTCACCTAAAAACCTACACGAAACCTAATCAAAAATCAGCACTCTTTTAAGTGAGAGGCTGTAAACATGAAACTATCTTTAGAGGAACGTAAGGTTATGATTAAGGTATTTCGAGAAAGATACAGATACGCCACTAAGAAAGAAAAGATAAGCATACTCAACGAGTTCGTGAGCCTGTCGGGCTTTAACAGAAATTATGCTTCTCAAGTTCTTAGAAAAAAAGAAGTTCTAAAAAAACTTTCGACTAAACCCAAAGCACAGAATAAAAGAACAGTTTACTATGATGCATCTGTTCGAAAAGTTTTAGAAGATCTCTGGAAACTTTTGGATCACATTTGTAGTAAAAGATTAGTCCACGCAATTCCAGAAACAATTAAGAATCTAGAGAGGTTTCAGACCTACAAAATTTCTAAAGAAATAAAACAAAAACTGTTAAAAATCAGTGCTTCCACAATTGAAAGGCTTTTAGTTCCAATTCGAAAAAAGCTTGGAATCAAAGGAACCTCGATGACGAAACAAAATAAATATCTTATCGATCGAATTCCGATTAAAACTTTTGGAGAATGGAAAGACTCTCTTCCTGGATTTACACAGATTGATTTAATCGCTCATAACGGCGGGAATGTTTTCGGAGGTTTTTTCTCCACCCTCTGCGCCACAGATGTTTGTACAGGCTGGACGATTTGTATCCTTGTACGCGATAAAACGATGCTACAGATGCTCAAAGCCCTTATAGGGCTAAAAAACGTATTTCCTTATCCTCTCTTAGGGATTCACTCTGACAACGGTTCTGAATTCATTAATGAATCAATCATTCGATTTTCCGAAAAGTATCATCTAATCTTTACACGTGGCCGTCCTTACAAAAAGAACGATAACCCTCACGTAGAACAAAAAAACTTTTCAGTTGTTCGAAGAAATACTGGTTATCTCAGATTCGATAAATCAGAACACTTCGAAATTTTAGTAAAACTTTATTCTTTATTAAATCTTTATAATAATTACTTCTTGCCGGTTATGATGTTAAAAGAAAAGCATCACATTGGTTCAAAATCAATGCGAAAATACGATATTCCAAAAACACCGCTCCAGAGAGTTTTAAAGAGAAGTGAAATTCCAAGTGTAAATAAATTAGAAATAAAATCCATTTACAAGAATCTCGACCTTTCCTCGATTAAAAATGAAATAAACCAACTACAAGACGATCTAATCAAAATTGCAGCGCCAATTCGATCACCTAATGTGAAAGTAAGAAAGCGCAGGAAAAAGGCAATCTATCATACAACTCCAAAATGGAGACGAGAGTTTAGCCCTACTTCCTCGAATCCATTTTTACAACGTCAAAAAATGCAAGAATTAAGGAGGGCAGCCGAAACGGTTTGGAACAGGCAAAAATAG

Protein sequences of DBSCAN-SWA_1

>CP030148|137126:190251|188198_188711_+|AXR62841.1|integrase|DBSCAN-SWA
MSKLSVWWLKLGIRPERIQPGKPQQNGRHERMHRTLKQETALPARSSLKEQQEAFDRFRSEYNLERPHEALEYKTPGKIYMPSERIFPLRIPEIAYATNIVVETVLDDGTAKYGPFRIFFGSPLIGERVGFEEVSERLCKIYFTNAVLGMLDLFTGKVLKYETPVYNYNE
>CP030148|137126:190251|161468_163571_+|AXR62695.1|DBSCAN-SWA
MFFSIRRFFQLKSIQILFPILFYIPIQAQDERTKTETKVVEGESPNRITTKNNTTVTESLRKENGQNIPEESQIVVTGSRGERRLKDSTVATEVISRKKIEASGARNAAEVLETQLGIDVVPFFGGSRVRMLGLDSQYVLILIDGERIAGRLNNAVDLSRFKVQNLERIEIVKGASSALYGADAIGGVINLITREADKKLSYEMRTTYGNGSRKNFNTEGEFNTNANMGFRNEFVSGAVSAGYNKNPGYRLVPNSQATTGNAYQDLNTGINLTFNPDGNFKGKTRILYQHRDQNGVDVTQSKAIFDRNNKTHDFLATGSLEYGFGKRNLISFRGNISKWENKYYNNQRGANELDVKQLNAELTSQGTVQLDMEASERHFITIGAESFANELESDRLQSRYVYRTRKAVFFQDEWTVSSSPRIRVIPGVRYDDDSQFGNQTTPKLAVRYDIFQNLVWRTSYGRGFRPPSFQELYLRFENPAVGYVVEGNPNLKPERSITINSDLEYSPFSFLTFSLSLYRNDIINLIQYKFDSNKGKEFAEFQLQNIAKAYTRGGEFGVQYRFLKYFTLELGYNHTDTRDLNTDRPLEGRALHQASANFIYTSPGGFQFNLRGKHLDKRPFYSATNNLAGQDYIPTEVKLNENPPVIYGKPFTILNVRIEQKFFNKHFSLFLGVDNVLNQYELAYNPTRPRFYYGGFSAQF
>CP030148|137126:190251|159175_159910_-|AXR62838.1|DBSCAN-SWA
MIRICFFSLSKILIIGFCFWTFSCVLLEKEPVSGGVPVFSKEGKILRYYPYQIRWIGFDESEFPDITRLVDFRNLASLEILHPEFQNLEELSSLKTINFLNVSGTKVKDLFVLSKLPVLHSLYLSKTSVDEQDLKRYSEVGKLTKLGLYKTKIRDLSFIGSECNLQQLDIRNTEVSSLEPIANCRNLLELRIGHTHIKEIRSIYEMRNLRYLEWSGLDLSRKELDLVREQLPYLKLVPMHVDSL
>CP030148|137126:190251|153329_154373_+|AXR62688.1|tRNA|DBSCAN-SWA
MLFKDLKEFEFTLSEERIARYPAANRDESRLMVLDVNAGNIFSEPSFKNLVSYLKEGDVLVANHTKVSKRRVYLKTQIRTHETMFLEEKELLWKCKIRNSKKLKVGTKLSDEKTQRISFTVEKKEGEFVFLKSEQTLQEEDFQQIGEIPIPPYFKRNPDSKDEIRYQTLFAKTPGSVAAPTAGLHFSESIFQTLKEKKIQFCTLELKVGYGTFQPLTEENFQNQKLHREEFFLEESSTKILNLAKKEGRRIFSIGTTTLRALESAYNYATNSFRSGRGTTELFIQPEDRLKSCECLITNFHLPGSSLLLLVSAFAGKELILKAYQKAIQEKFRFYSYGDAMLILGKR
>CP030148|137126:190251|138561_140610_-|AXR62676.1|DBSCAN-SWA
MRKILILLIVSSVLVVGCSHKKKGMLFPFLALLNQDTSASTSGARPETSAGTATASNGGTVVIVDNTGSGSNSTTVSNSGSSSTSNPQSSSSYSSRNDSSGDSSSTTGSGSSNNSNSGSDVNTNTGGSSDSNTGSNVGSGSNSSGSSVGGNTNTSAGDPSTDTSANTNVGSSNSNAGSGSNDNSGSSTGGNTNASTGSSSSASDTNTNTGGSSDSNTGSSVGSGSNSGPTTSTGSVETDVDVNAGSSSGSSVTPTTGVITVNDQIGSIPFTYNTVQTIPLNLIITDKQSKPISGATVIVSDNEGHILFQGISNNVGQVSGSITVETAVGQITLEITAGGESISNIINLINVIGINREIKYEILLPVVAAPVDSDKDGVPDTLDTYPQDPTRSALIRIPAEGVSTVAYEDLYPSAGDADLNDYVLHIHNEEDLNTAGDVIRLRGTYQHVARGAGYKHTLFLKLPVSIGATFSRKVVREDGKVVTELTTKTVSASDLSQGIQIQEESNKTTSNPNVNPGGVYKPGHIATIEIVFNSPVKKSALGIYPYDIFIKVANTGKEVHFPGLYKNSNGTDKYLDSNKFPWAILVPGAWKYPYEGLDIRKETQTGYKEFNLWVASNGTSYKDWYKHITNQAKVFPVPDEDSELMGFLLHSVKKNAILVAILLISAGAMAAYILKRRALSRA
>CP030148|137126:190251|172105_172639_-|AXR62700.1|DBSCAN-SWA
MSIVKSKIRTIPDYPKPGILFRDITSLLLDPEGLALTIGTFVNRYQDKGITKVAGIEARGFLTGAPLAFQLGAGFIPIRKKGKLPSETVSEEYDLEYGKDVIEIHKDAVQPGDRILLMDDLIATGGTMIAAVKLLKKLGAQIYEAGVIIDLPDLGGSRKLQEELKVPVFAICEFEGH
>CP030148|137126:190251|187855_188047_-|AXR62710.1|DBSCAN-SWA
MSICDGQWITTFPVSDSKVTFEVCTPNIVGKLYIGKWKKTFRSFFPTTYFTNESFSFRDFANC
>CP030148|137126:190251|150597_151740_-|AXR62686.1|DBSCAN-SWA
MPIRTNELKYKPRVGVDVRPLAYGITGNSRYLAEVLRRLITNESPLEYYLYSNKPIHTVFYDILSNVNSHFFMTDRLPGFVWLNWTIPKRIKKDRLDLFWGTLQLLPLFCGNVLTAVNYHDLNFRSAPQTMTVTNLWQHRILSPKTLNRADLVFCLSENTRQDILKFRTDLSPKLKVVYPGVEPFPSVREPLRQLFGNFLFTIGTLEPRKNLRTLIDAYRKLKKQNSSYPFSLVIAGRLGWKSEGLTQLLKEGSLESEGILFIENPTDEVLAWLYQKCSAFLFPSVHEGFGLPLLEALREGKVCVASDIPVFHEILERKVDLFAEPLDVDAWVSSLSELQHKKLQRPSVWDASQWTWDLTAKKIEEGLIDLWKHRKELYH
>CP030148|137126:190251|143272_144343_-|AXR62681.1|DBSCAN-SWA
MGAPKRQNLIPLFRKKLLTVPLLFFIFAFSLDRLLSSQWVRPYTEAGAEYYFYEIKDKVLAALIEEKSVAEKDKKVLIFFGTSHMGEFSLDTIRKKRTDLIVYNFSAPSAPFSYHNYNFERILSAGLKPDYAILEFYPDSMTDFCNRYPLRYSYDLPYFIRYAKEFSTNDWDTFLRSRVFRTTVFPPRFKEAMARIKDPHSKDTMLKIRNLLINESDKFKGGIPNVLLTNTPPEKLEEESEKYYNDTYRYIKISPVQRKFLFQFLETAEKNGVKVVLWSPLLYEGLEKRVKSAEFYPSWEKLRKQIISEFKNVYSLDMNDFRAEVKCRKYIDSHHLSGGCYPEPTAILIDRLDIQR
>CP030148|137126:190251|146923_148339_-|AXR62684.1|DBSCAN-SWA
MLFNSLHFLFFFPVVLVINNLLKGKIQRIFLLGTSFYFYMSWRKEFIILLLYSIVIDYFASLKIQAATPGSKKRKIWLLLSIVTNLGLLAYFKYTNFLLGVVNDLTPAAGFKFAYYDIVLPVGISFYTFQSLSYTIDVYRGQIEAKKSFLDFALYVSFFPQLVAGPIVRAQTFFRDLEFPLRVQKEDIQIAFCQILIGFTRKIVFADNLAKVVDSTFANYATLNPIEIWTGALAFGWQIYFDFAGYTDIAIGVARLFGYKFDPNFNFPMVARNITDHWSRWHISFSTWIRDYIFIPLGGSRGTALLTYRNIFITWFFAGVWHGAAYHFISWGLWQGVMIFTHREYAKTKIATLLNEKGGIVYDICARIFTMFCLTFGFIMFRAETMEKAISMMKSLLFLGSDGFVGVKGYSNYMYGILLFFCFAASYIFAKNNIEKIVRSQWKFILFFLANVFMLLVFGITESQSFLYFAF
>CP030148|137126:190251|149990_150593_-|AXR62685.1|DBSCAN-SWA
MRQNEKRIYSGWELLNATEVSSGTPIRLRINPIPPIFGTLIVFVVLYGCYLGGEVSAFYLQKFTDFLLIPKVLNLPILQDRKLYLTVGYLAFGYIGFAFFLDWVRFIERTCLTAVFLKGDILSLEIRGFFGKNIFRWNCKQSGVQIVFKTGLFRKFFGLERIVIVTTDLRSEGDSSEFGLYSPFFFRAQNRNLIRGLFKN
>CP030148|137126:190251|178516_180649_-|AXR62706.1|DBSCAN-SWA
MFLLGQARPILVWPEFSWIPVINGTIFVALLLVVGYYLERRFRKSIENRAALRAKILKKLPLTYMNGRDVIQIHSFLDHTSVSILQKIAESQSWFQEIFLPEFALYLAHQGELPAWRDTIIFKRLQHLVRDLGPHPKKITPVVFLTDGEEAFPGFLYSNPPGPDFVQKSLRTKVFTKKLYNAFPVSVGDKLHVLYSGDDKEWMRFDAKIFSLKGNDMGIQVETVPEKDPEKTRTWGGIQMGGIGGIQEDVVLPDEFQGSLVQILNYGGMSPSTAAEIQKRVHTFKEHPGLVRKEHKPEEIQTFIELYSACYAKYRSDIAPIPKPVLLFLYFFYVDENLLSPTRIVQLYGTLEKIRSYTQDPDPSSHKLAVYFLPEWLGLILSGKKKTSRNHLAQSYEQVRASMLRKTGTDEYASDSGVEDLLHLLDWELSNLLFNGLIGVSSNPNLAYPILSEDQMYGETDAFLVTHEKINAVVDHVRKIDKHLFYRQISFEPEQTPGKPELAMKEICPDCIILPVFGNRGVLWQEITSGLVSRGRLVFPQILNENMTLAITRTLGEFKWEIERTVRGRKWKDSAPPSLTSEYYLYLENYRKSPALTPDAKKSIDQQLVKYRKNLKDMFASDYSYWILFESSGKLRLNRVARDVLNRYVPFSPQVRAELQKHPILKESMDSFESRKRRLVSGIKKRYNPYFQAGNVPVEVLETIRFFEEM
>CP030148|137126:190251|160179_160758_+|AXR62693.1|DBSCAN-SWA
MRNIQKYAKIAVTFSLILGLLLNCKNDDKKDDVVPMLLLALVSLAPSYNCSATVKGKVASLPAMIATTSVQTLIYGKVPFVNHSIAAVKVTGAANGTKIVFTGRNVADFDEGSSNNENAPLVYNASSCPLSDVAQDTTRSTYTTNSEGQYGSVAGDGPYTYTLNATKGGDYYFVFYLASRTAEPPTTTFRIQ
>CP030148|137126:190251|167588_168821_+|AXR62839.1|DBSCAN-SWA
MDAFFSKIRSLFVNPLFILPLFVLLYALSSFLIWKKYDWNPSSQINFGMQFVVQNAAETPKGAVVFLGRPGDLGAGYDGQIFYYYSRMLSEFNLNWPKGFEENIRASRIGYPFFVSIFGWFGTWGTVFGMYFLNLVLILISWFLLRDLCGERHRIYSSFHLFSPFLLGSYSLLVCDAVLTGFLVITFWFYKKEKWIWFSLFGGISILTKEQALFLLFPLGIEALSKKKWKDAAIIVSTLLLPFLWAVFLRIQFPNWSPARFTDFFTPLDGLIGYWREINHPSIVFFLQVPNFETGLILFAKKFSRVPIFILFAVGLFILSSGNWKKGIAARLTFFLVIFSVFSAGYVLYWSSYENVSRMFTVSTAFLIFWKLEDDSISDFAYWIVTGSIVFIFLLKLTFISSTLPYEIWK
>CP030148|137126:190251|175547_176030_-|AXR62703.1|DBSCAN-SWA
MDNQYLKEEILTLRKFKRSLFELYWGGFGTFYLHALPHPQLVIGKRGLVGSEKEVGIILVFGPKGGVRNLDVGEEWIYAELQFGYTWEEVFVPWDCIFRYFDKAQTTLMNMKVFASEQTQEASQGLSSGEKTTSAKKKEDDVKGDQSNVIQVDFGSKSKQ
>CP030148|137126:190251|141987_142515_+|AXR62678.1|DBSCAN-SWA
MEVLFAKGGWVSILILIVSFVNLGLFIRVRTFLPILKKNILSRLRDNDPNGNKDKQNPDLKSILEDSEEFFRREFFVPETMISWIRNLAGIATMLGLLGTVIGISVAFEEMKNAGTVSLEIFSEGIRLALNTTIQGLCIAIPSVLGFQYLKVILHKTEIELKSSIDNKNVDAIKT
>CP030148|137126:190251|188949_190251_+|AXR62711.1|transposase|DBSCAN-SWA
MIKVFRERYRYATKKEKISILNEFVSLSGFNRNYASQVLRKKEVLKKLSTKPKAQNKRTVYYDASVRKVLEDLWKLLDHICSKRLVHAIPETIKNLERFQTYKISKEIKQKLLKISASTIERLLVPIRKKLGIKGTSMTKQNKYLIDRIPIKTFGEWKDSLPGFTQIDLIAHNGGNVFGGFFSTLCATDVCTGWTICILVRDKTMLQMLKALIGLKNVFPYPLLGIHSDNGSEFINESIIRFSEKYHLIFTRGRPYKKNDNPHVEQKNFSVVRRNTGYLRFDKSEHFEILVKLYSLLNLYNNYFLPVMMLKEKHHIGSKSMRKYDIPKTPLQRVLKRSEIPSVNKLEIKSIYKNLDLSSIKNEINQLQDDLIKIAAPIRSPNVKVRKRRKKAIYHTTPKWRREFSPTSSNPFLQRQKMQELRRAAETVWNRQK
>CP030148|137126:190251|172851_173739_-|AXR62701.1|protease|DBSCAN-SWA
MWFKRIGLFLLTNILVVVTISIVTSVFGIGPYLDANGINLSSLVIFCFLWGMGGAFVSLLLSKFMAKMMMGVQIIDPRSASGAERELYSRVERLARAANLPMPEVGIYHSPEVNAFATGPSKSSSLVAVSSGLLQVMDNAEVEGVLAHELAHVANGDMVTMTLIQGIVNAFVMFFSRIISYALSTMVKDEMQYTVRLVSNIVLSILFSILGSIVVAYFSRTREYRADAGGAKLVGRQNMIAALEKLRRTFNAPEDERGKEALATMKISGHNKWMALFSTHPPLEARIAALKNSGY
>CP030148|137126:190251|185012_186914_-|AXR62709.1|DBSCAN-SWA
MNRFIVLIVVLLISIGVDFSYGVSPALVHILSSVVSDSIVQKPTDNPKDKAIKIVIHDGGKFCYAPVFSGGESYIQLEQCWEQDVTSARYDVFQRISYYINKTWLCITAPEGVILGERNWDYVHLRPCTINDPLQRWIVKENSFWTADERYRLKDVKWYAYISKKSKDSYNHTLDSSMKDWVQTVATPGNISIKTSIAWNLGNSRYFIHSKGSKKSTTSIYYNPESGHVAQYNPVSGRLSCMYSKVGSYQWNWIRWVLCDDIPTSKDSPAYWDVYLETEEGGMLKDYKGNILRVTRYGSNWGVVYAAKPSFLEKDTTNSPTSLFLVDGYLLDWIRYAAGNLGNTEQYCPAGNKESHVYKRIKRTLPPDFQLTDDWIRRLYQIATSATLASAIQIHGMCGVCLLQSFQMLAELQEYYSQGPLQSGGYFFDTAHDRDPFVSFGQRYPLLDMLLTDVPRVYGLDGNTTRLLGLASARTMLPQYDWIVSDEFLTRPEIMSHIDSLINSPPGSIWLGMLGRERSDGIVVGHAVPILRTSQGLVVIQTTSLSTPFDLYRQALMPTMDPLQVIYNLEAPDRALTVLITIQLGDLDHNAFNFIISNRNCTGEGDDRRGTGEYPTSASVNQCPGSSRCALPF
>CP030148|137126:190251|181371_182223_+|AXR62707.1|DBSCAN-SWA
MCAVSTSAGNKEISRNVLGIFIVGTTGIVKPFSTAAFKASVIQAIRMAREYEVDTVILTTGGKSEKFAMNLFPNLKELSFIQVGDFIGTGIKISVKESIRHVIIVGMIRKLSKMADGVMMTHRGGSSVNTKMLSDIARSVGISEPIAIDIQNANTARHALEICRQNAYSRKTDNVYVIPGKAPEVLEVLPGPDCIFVGGSKGNLYDIIRISLNRIASLGSLVIDAVTLDNVTEAYHSFKKLTLVPEVTLLNISRGQPLTNYLKYEALNPIHIFKIIKPDGFFA
>CP030148|137126:190251|164828_165506_-|AXR62697.1|DBSCAN-SWA
MSLATILREGTSEEHKAAEGSAFIRCFMKGILEKGTYAKHLEAFYFVYESMEEELERHTGNAVLKSIHFQELYRKDALLEDLQFFYGTWKPTDRQPSAATQVYVKRIRNISETRPELLAAHSYVRYLGDLSGGQILKKVAARALNLPEGQGISFYEFPAIQDINGFKQNYRTALDSLPVNDSEKQAILSESKQVFLLNQGIFSELEQDLISAIGKEVYDTVLGKG
>CP030148|137126:190251|163630_164827_-|AXR62696.1|DBSCAN-SWA
MKKSAYFLPVAVFLAMLPVTMIVPVFKEIVKDRFQSGNGEVAWFLSIAMLGSFVFSPIAGFLSDYFGTRKKLIVLFCGFDALLLNLLPYAENLPTLLFFRFLEGGAHVFVIGLLLASVADFEHGETKLEFGNGSLMGLSGMLLSLGGAVGLSFGFLGKQDPTLPFRIGSGILLFLGWIVYRLVPEEKFRYSKKHSWKKSGVLFLTHPLLLFPLAFQFLDRFTSGYFMSSLNLRLREKFFLNPSETGKMLSLVFLPMALLSYPAIRLSKRTGKYFPVAIGSLIYGVSLAFSGMFQSVIWIGVSLLFCGLGAGLMFATSLRLASSLCKRENNGLVMAGLMGFGSLGFFLGPISSVGLDQISTTWAPFSGSSLTAFVFGSAQILIVLMSIPFYKILNKKEL
>CP030148|137126:190251|137126_138518_-|AXR62675.1|protease|DBSCAN-SWA
MLLYLKFEGLLVTFLKFGTAVSAAGFYWFFYRNTYYHPNRKSFDFSAIFCGILTVGLAIFPEILAKQYIDENSYFERAFYGSSLLEEIPKLVVILWYFKGLKTVYNTSDGIYFGLTLGASFGLLENFLYAPILDFWPLFLRAVTSLPIHTFTGGIYGFATMQYYHSRPSSFDFLGILYSLFGCFLLHGTFNYILLINGNFMILLPFILAAGFFVLEYLLTISQNILPIEVLQAIGLFSDDYQVISRFTRYDSWMRSSQSRNQKVDPIPLFRQLSKGKIFVSVFLFLIPSLLYSIYLNFPEKIPLLLGGIRTSEFIGLFLIYPIWLSVLILFRGIFNPKFFRERVLKIPLFIAVAIIQEEKEYHSLAYSLSRKGFYSPVEKTLNIGDRVYVTFYVAGKEFLDILAIPVWLNVREGDPEFESGAVFIFVNPPWKLLFWRSLVRVKQQFQNLIYQIIHPVSSSHSV
>CP030148|137126:190251|142931_143276_-|AXR62680.1|DBSCAN-SWA
MNENELSLRQAQKKVDEWISDFGVRYFSELTNLAILMEEVGEFARLVARKYGDQSFKKGEDPEGISKEVGDILFVLICLANQMGISLEDALRATLKKNTERDKDRHKENPKLRS
>CP030148|137126:190251|140758_141493_-|AXR62677.1|DBSCAN-SWA
MFQMPHVDTKAGFVRENFNKIASKYDRFNDWNSFLLHRIWKNRLVREIEENLPDRLHVMDLCCGTGDISVRLENSSRVDHITCVDFSENMLEIAKTRLKEQTEKGRVRFEIGDATELKNFQDFQFDVVSIGFGLRNVDDLFKAIREIFRVLKPGGLFLNLDVGKVKNPWIRWIADFYFFKIVPILGYILWGGKNEMFDYLPVSSLVYPDQENLKSILEKLGFQEVRYKNFVFGNAVLHIAKKPL
>CP030148|137126:190251|173940_175551_-|AXR62702.1|DBSCAN-SWA
MSQNRFKWFVPGDLDGFFGLMIDNLIQILVLSFLLTTLCGVPSEFVYKVILPGTAISLLLGNLFYSWQAHRLARKENRPDVTALPYGINTVSLFAFTFFIMLPVYKKTGDYKMAWQVGLVASFLSGLIEMFGSFVAEKIRKVTPRAALLSSLAGIAITFISMDFLVRTFQNPLIAFLPFGVILLQYFARVVFPFRIPGGLVSVVLGTVLVWSAGVWGNPIMDADLLKGSTNHIGFYFPTLCAHDLFTAFRFADIREYLAVLIPMGIFNVIGSLQNIESAEASGDSFNTRDSLLANGVGTVVGSFFGSPFPTTIYIGHPGWKALGARAGYSTLNGVFMTIVALFGLLAFIQALIPVEAGMAIVLWIGIVIGSQAFGATPSRHAPAVIIGILPALAGWGVLLVQSTFNYADRLNMEILENAGVKGTTHLWMSDVPLSLPFLPYPLGGLLSLSQGFLISSMIWASIAVFVIDRDFKKALIVCLVAAVLASTGFIHGFSIRGNDIISQFEPSMNPFVTSYMFLGILFLLASFFRKETRKV
>CP030148|137126:190251|158422_159163_+|AXR62692.1|DBSCAN-SWA
MFNRKKGRFFVFFTICIFTTRFCSVDNLKTEGVPTHKPVLSGEYYSKIQKLEEGYFVRQLFLDMTRKQNKFIFAQLSVTLSKNREETRIEGIVKTTNRGIQLIPESCRVFTNKESGNRWTLVRAYDCDHLSFQIESIQSNSISIEPDFIPGNPKGVYRKSASSNTNKISALVLESEGKILEVWGLRLSRVRKNATVVLEKENGQKYPVRTLRIVETTGQIRVNRIPIEKEDILLYDNHSEAGPLTY
>CP030148|137126:190251|166005_167580_+|AXR62698.1|DBSCAN-SWA
MNPETRVKIKTIWISLLLLLGFLFLDRVLFPIALFEFPNELEWDTSPWYNFLHKQRNIRFQKDEKGILVAGSSVALYSAYPQQITNEIRTSYIKDGEKFRAEFYSHPALSPTDLYYYSDDILNKKPDLVVYILNPADLQLDYIQQKEYSGVSFDEQARLRDYKIRHQNRFIFPGEFLADHWKNYTKGEFFAQLTKTLILLNRFRSFLYDPWIEYMEHHTRTMRSYHYYTGSMPKEGIFLRGWTPPKFTIECELKDGKLSEDIFTQKPGIRVQINRISSADTQISTQAPIYNEIYSKAGWKPLILEFKEKSGSIPQTVTLEFTVSPTTSSNEVDARIFGVPATYGIRLPQNFCRREIRTGISYERIHGLDDDRIEAMSDEDYLKDYERRLYYNPENEGALNRLKKIQKNKEILGNSPYFAWSEIRFLEKTIAKFKANGQKLIIINSPENPIESKYYKNGNWYQGYLKFLDSHKSDTFDFYDLKDAIPNKKLFLDPHHLTFNGAKRSSALYTDVILNFLNVSAREK
>CP030148|137126:190251|154469_156092_+|AXR62689.1|protease|DBSCAN-SWA
MIKRITSNQSAIKLHAGKQRPKNGLPDFLAFHREELSSLPRALENPGIFSNILITGPGLESNLTLLQEYISDLKKNTKVICDPHPGFLTLAGFPGNTEYRPGKMAEADGGYLLLPMRALTEDSNLYFLVKEVLQTGKIDFLTLPEMTGSKEMNRFHPSVNTRFRLILAGEEGEVDFISGVDPDFYDSFSFKIHLPYEAVMKTKKNLQLFGGLIHSWEKPGYPGFDSSAVDTLLEIGLRWNDSRTRLSLSFAELRTFVGELLVLYKKEKKPITRSQVESAVELVEKRIAVYKRRYLESVREGLITIQLKGKKTGRINGLSVILLHSSLSDFGQVNQVSARVALGSGNFINIEREVNLSGDLHDKGVFILQSYIKGMFSHIQSFGLDASILFEQNYSPIDGDSASCAELLAILSALGGLEIPCNIAVTGALSQYGEILPVGSVNTKIAAWFEVTQIVGNSRDKYTVYIPTANLRDLNLPSSIRRAMDKGKFQIFTCSHVEELIPEVFGIPAGKFGKNGKYPQGSLFHLIEERIDRKKEEEHE
>CP030148|137126:190251|144355_145753_-|AXR62682.1|DBSCAN-SWA
MIFTSTLFLLFFLCVYILYWAYNGKNYREWVIVIASLIFYATWSVPFLFHLLGILYINYLAIRSLFKRKSLGVLRAIVILDLINLGVFKYFYFFTDNFYVWTGWSFLDQRNFGFQIILPLAISFYTFQIIAFVVDVYRGKITNDCGLFRFVLFILFFPQLVAGPIMRHQDFFPILDKVRIKPSYVYAGLYLLGLGIAKKILVADNIASLIDPVYRNPSEYDGHSLFLATQGFTWQVYCDFSGYTDIARGCAFLLGFNIPVNFRAPFFSQSIQDLWRRWHITLATWLRDYIYIPLGGSRASEPRVYLNLIITFTLGGFWHGASWTYVVWGFWHGLWLVIDRLMDRIGIPKLPEKGFVWWLIRAFVVYSIFMIGAVFFRSHSLADAWHILFYGVQWITEPSKSVLRTDLLTPFLVAGILLHTLEYFEKGLRFYFKYQKILISVFLILLVLLLSNYAGKGQDFIYFQF
>CP030148|137126:190251|148452_149790_-|AXR62837.1|DBSCAN-SWA
MIFKNVLQNKIFFGFLVLFFFSIFLFDLRFLSRHYDWDAIVYAYNINSDLTWRIFYNPHHLGFESTGYLYLKFWREWFGKESVMFGLRLRILGSALFFLFCFIWMYRRIYSDTLGAILLGLAIHFSQGFWFYAQHNDTPLIHSCLTAILYLFCVYFAKNGHSPISISTLFVIQLFGVYFHQSDILFLPLVPISILFSRTWKGKEFSFAWKLRCTFVYCFLLVGILTLSYLYVGFIVLNRNLSSPLDSERNFANWLFLYATKDKWGNSPEAKNYVMNFYRGIGDAFLNFEGVKSGLRIRPHSWDNRESLPYNLNLAFWIFIFSLFLLNLRKVWKRFRIETVLLAFWLVPSILFYTWWEGYFFEFWVGTSIGMILLAGLTLKSLELRTFAFGSRALYHSILFVWCLLLFLVNFSFSTLPRSSKKTVSYIEGIEFKLESILPEKVYPP
>CP030148|137126:190251|145749_146910_-|AXR62683.1|DBSCAN-SWA
MKEYLAFFKDPKFWIPVLILIFLETGMQFGCYRPFLKKNSYAANVLRITNHVLDKQKEFDPDVLVVGTSVAYQGLSIPMLNEELAPLGKKIQSIAIPGTELIVQDLAVLKTLPHFKSVRTVIHVFEITTPWVGQKLLNLHTLAMISEFNRSEVYPRIYDFDYDVNVDDLIYITLKSIAYRRDIQDLILSPSKRIKDIGKRFKKENHHPWDYENSYREKISMYPIVDVPDCVAKTNPANGQPIPEGSDRFHKKAIFDTCIIASNPLTHANEDEVTRQYFDRLKILHDEIRRIGRENGQDIRIVGVVAPYSQLIQRWRLPERNEVWKRELARIHPSDPVPLLDYQDILDGPDNGDYYYDLIHLNSIGMQKLTIAFAKDLKALLKEENK
>CP030148|137126:190251|184138_185011_+|AXR62708.1|DBSCAN-SWA
MQIGRLNIVGIRPGNDTHITPAVLQAIQEADLVIGYATYIGLVKHHLVGKQVTQTEMTEEVGRAQTAIDAAKEEKIVTLISSGDAGVYGMAGLVFEVLQKTGWKRENSPEIKMIPGITADSSCASLIGAPLVHDTAKISLSDLLTPWSVIENRLECAAKGDFVITLYNAASGRRQRQIVEAMKIIKRHRPGTAPVASIKSAYRKQQNVQLSDLDNFLDYEIGMNTTIIVGSSNTFVYEDFMITPRGYTNKYSLEDSSLKKGQKKGFSLRSTRNLQNRVNSDNADHRLDTH
>CP030148|137126:190251|160771_161464_+|AXR62694.1|DBSCAN-SWA
MNAFLNFKPLFLFGLGALLLVFCARQHSAVDNEELAFKQSILALQKQIEEASRSKILSTEANKDGSFTTKVRSVSYDVWIKYNFADKTQAFVPNVSGGWDVGFQRFKLQTNGGLTYSEGQGGACLTNPVLTDFNTAASSTSTALGCTNASFSPDTNVSEIAAGGVQTNYVGNNVLNKWFNYTFAFLQPNYNVFIIRSNTGNEYYLFQITSYYNSEGTSAHPTVRWKQIPY
>CP030148|137126:190251|168968_170552_-|AXR62699.1|DBSCAN-SWA
MLKIWIMPILICFSLGLFAEKVESDRILIKKKHYKTKKTNYDTKKNPVLSTKASALSGKGIQEIYHKSIVQIKVTYQEPEYHQPWKKKNPRVRRGVGVVTEGNRILIPYSLLPDATLIEVKKYSSYSEIKAVVFRHDPESNLALLRVEKKSFFDDLIPLTFSPVVVYPKQVNVYQLDNSGSIQTTSVTFLSMDMDQMPLGQVELPVVDVSSSEGLNGFGEVAIENGKVSGILYDFTSGKNSGRIIPSFVIQKFIETPGTDVFGYKGFRFRPITDGSVKKYYGMEKSDSGILVADVIPGSSASGVLKLEDIILEFGGKNVDSKGYIEHPLYGKQVLSFLAHSGDSFGYSLGKEIPMLVLRDKQKIRLSMKLKPFPYSAVRIPFKNIPASNDFAVEGGFVFLELSESLLEEWGKDWRSRVDRKLLYLYDYYKFHEKEEDVGKIVLLSQVLPDESNNGFHDLSFKIVEKIDGQGVKSVRDLKQNIRQGKSDYTLISLDDGTEIALDRTKLTEINERIYKSYKIRFSETGN
>CP030148|137126:190251|178061_178511_+|AXR62705.1|DBSCAN-SWA
MKEIIINLQGDLDFKLGEALLSKLEELSEFPRKILLDASGLKSTTPEGVSILNRLPKRFPESKFAICSASIEISAQKEIPIFKDRESAKSHLIAVDSSTFSENAPVLINCPICFHILKIQNFGNHSCPACHAKFFVTKDLRASAFERLL
>CP030148|137126:190251|170566_172075_-|AXR62840.1|protease|DBSCAN-SWA
MTAILSGFLRIRIGLKCTVRFFSLGLLLCIQTKIYSVESPLSFDELRKGVVQIRVYSQAVNPFSPWTTDAVRAGSGTGFLIGNKRILTNAHVVSNARFVQVQRYNQTEWYGVKILHLAHDCDLAVLEAESPDFYKDSRDLQLGEIPELNSPLIVVGYPIGGNKVSVTRGIVSRKDQSVYSHSAVDSHLVLQVDAAINPGNSGGPAIQDDKVVGVAFQVAVKGENIGYLIPTNVIRHFLTDIEDGKYDGYVELGVRTLNSFNISLRKAKGIPDHLEGVFVSRVLKNGSAENYLKEGDFLTEIDGQPIGKNGTVMQDKDARVDFVEIVDNKHAGDNISFKLYRNGKEMSVSFPARRMSDFDFMRNQYDKQYDFEMIGGLLFQEMSRDLITSWGRGGNTSGGSQLLYRFFYFIEDGLNRTKKNDVVLYRKLSHPINSSAEYFVNLVLESVNGIPVTELSDLRKILKQSKDKYLRLKFLDVQVPLVLDREEAGKADEKIRKIYGLE
>CP030148|137126:190251|157863_158169_+|AXR62691.1|DBSCAN-SWA
MFGNKLESIKQMNQMRVRIKKVEKDLMALSFEAKSKNDLVTCISDGKLNIKDIFIEDELLAKNDKKLLQKSIKQAVSRSLELAQNAAEERMGEFRGMMGME
>CP030148|137126:190251|142517_142931_+|AXR62679.1|DBSCAN-SWA
MKKNLQKRKNLLEGDDSPLDMTSMLDVVFILLIFVMVAMSFQKEVHSLPVVLPKAKVETGGSGTKKEIFLLKSGNIRYAKLDFTEADWKQIVSKKEFQNQVVWIYGDKDIGYGKFVFVLNSLKNSNLKELHLAIKKE
>CP030148|137126:190251|151739_153215_-|AXR62687.1|DBSCAN-SWA
MTLYLKAQRKRSAERILLVGFSSVFEKCFRMQLRDRKTWILLGTVLFFLLLFINGISKSGNRSDFRDYYNASVRFTQGNNLYNLDQIDEILGKLQSGEIKIEEAFTPKVFLQLKSMMEGLGTYIYPPTFAFLLIPISFFPYEVASAVFLTLNFLAFLGSLYILSLRFHRKGHLVFYVVLCLLNLRFLENHQNNNQVGFILIFLILASVHTNKDWLSGFLLALALVIKLTPGAFVLLFLIQKRYRAVFYTFVFTLFWIFLPCLYAPSFTIEMTLTWKQLILDNYLRSPLFRAWKNNQSLSATLAKYFLNYADILNQSRLGYPILELNELVVKGMYSVFSLILVIPFFWKVFVRRNVEYALGCLFVFSIVFSGISWVHAFVFLLYPSAILLDRVWSFVEYSILPFWKADTGSFSKKVLYSIKRIFRNDKVSFYFMAGSVLILFCNRSIIGSVIEEKLMMASYLLYFAIFQYVLLLFALKYEPVTRNKHEYDWN
>CP030148|137126:190251|156368_157742_+|AXR62690.1|DBSCAN-SWA
MRIIGVINIQSSLFVSSLSAIGLGILLSVVQVKTPEHFQKTEFLPFEEKNDSFKSSPTSTGKREKEIQEFRILGAKRSNLLNELEKDLELTGAKDFGFAGIGNTWTLFPSRNNLKGNQSDLLFNNLNADWMGARFFDGKQNKIQIMTSVLPFLPFSELAPSMQGRKADPIGNMDRIGVNQAKLDSFELSYTILPGVEAILKTGNSLPYTADQKDQGYSMAGFSFKPNEYLSTKIISGSSFGNSSLTTNRLPYSANAQLTNIDPNVGTNPILRNQALGNTGGRVIEWQASIQPVKRLLFQTSVLNKEKEKGLYNPEAARFSMFIDFSKIILNVRYSYSADPTAKNNGFYITPESDATTLGFTMLLDPAGRYSLFFGNNYYNLLSSRPSGINTQVDEPLRSFSASFRGKTSFQSAIFFMNFRNNLSKGVIYTDVGPLRLPAFSQYYTEYFTSLGMELSF
>CP030148|137126:190251|176022_177915_-|AXR62704.1|DBSCAN-SWA
MLGQWNRRMWIFPLDLLFMGISYFLAHWIRFESFIFLTSPERFFTSLIIVITVRACVFILSDIYRSIWVYASIHDLVEIIKVTLLSSLISTTALLFYNRFEQLSRMVPVLDTLLLLSFLCIRSFSWRVFRDQYILKKSKEEGLPTLILGAGKIGATLLSEIRRHNELKLNPIGFLDDNVQKIGAHIQGVPILAKIDQAEQMINRFGVKQVIIAITNPDGKLISRLIRSFENTDVKFKILPSLGSLFFDSPKLNQLREVQVEDLLGRPVVDLEVESIRSYLKGKSILITGAGGSIGSELCRQVAVFEPSRILLLDAAETPLYEIEYELGKKLQGQNIELVPIIADIKNLSRVSSIFEKHSPEVVFHSAAYKHVPMMEINPTEAVMNNVLGTKNVADISRLSGVERFVLISTDKAVNPVNIMGASKRAAELYLQHVSRETKTKFITVRFGNVLGSNGSVIPRFREQIANGGPVTVTHPDVIRYFMTIPEATQLVLQAGSMGECGEIFILEMGEPVKILNLAEEMIRLCGLRPHVDIPIQFTGLRPGEKLFEELLLDLEGIKKTHHPKIKIAAPLENQEVSTFVARFNELLTAGRINKDIFLAFKALVPEYKIHGDYLNEAVTGVPDQNLKNG

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AXR62675.1|137126_138518_-|protease	PrsW family intramembrane metalloprotease	NA	NA	NA	NA
AXR62676.1|138561_140610_-	LruC domain-containing protein	NA	NA	NA	NA
AXR62677.1|140758_141493_-	methyltransferase domain-containing protein	NA	NA	NA	NA
AXR62678.1|141987_142515_+	MotA/TolQ/ExbB proton channel family protein	NA	NA	NA	NA
AXR62679.1|142517_142931_+	biopolymer transporter ExbD	NA	NA	NA	NA
AXR62680.1|142931_143276_-	pyrophosphatase	NA	NA	NA	NA
AXR62681.1|143272_144343_-	DUF1574 domain-containing protein	NA	NA	NA	NA
AXR62682.1|144355_145753_-	MBOAT family protein	A0A125RNP0	Pseudomonas_phage	7.2e-63	36.2
AXR62683.1|145749_146910_-	SGNH/GDSL hydrolase family protein	NA	NA	NA	NA
AXR62684.1|146923_148339_-	MBOAT family protein	A0A125RNP0	Pseudomonas_phage	1.7e-59	34.9
AXR62837.1|148452_149790_-	hypothetical protein	NA	NA	NA	NA
AXR62685.1|149990_150593_-	hypothetical protein	NA	NA	NA	NA
AXR62686.1|150597_151740_-	glycosyltransferase family 1 protein	NA	NA	NA	NA
AXR62687.1|151739_153215_-	DUF2029 domain-containing protein	NA	NA	NA	NA
AXR62688.1|153329_154373_+|tRNA	tRNA preQ1(34) S-adenosylmethionine ribosyltransferase-isomerase QueA	NA	NA	NA	NA
AXR62689.1|154469_156092_+|protease	ATP-dependent protease	NA	NA	NA	NA
AXR62690.1|156368_157742_+	hypothetical protein	NA	NA	NA	NA
AXR62691.1|157863_158169_+	YbaB/EbfC family DNA-binding protein	NA	NA	NA	NA
AXR62692.1|158422_159163_+	hypothetical protein	NA	NA	NA	NA
AXR62838.1|159175_159910_-	leucine-rich repeat domain-containing protein	NA	NA	NA	NA
160093:160109	attL	NA	NA	NA	NA
AXR62693.1|160179_160758_+	hypothetical protein	NA	NA	NA	NA
AXR62694.1|160771_161464_+	heme-binding protein HmuY	NA	NA	NA	NA
AXR62695.1|161468_163571_+	TonB-dependent receptor	NA	NA	NA	NA
AXR62696.1|163630_164827_-	MFS transporter	NA	NA	NA	NA
AXR62697.1|164828_165506_-	biliverdin-producing heme oxygenase	M4QDD1	Prochlorococcus_phage	1.1e-43	44.7
AXR62698.1|166005_167580_+	hypothetical protein	NA	NA	NA	NA
AXR62839.1|167588_168821_+	hypothetical protein	NA	NA	NA	NA
AXR62699.1|168968_170552_-	PDZ domain-containing protein	NA	NA	NA	NA
AXR62840.1|170566_172075_-|protease	serine protease	A0A1V0CPG8	Kaumoebavirus	1.1e-16	23.8
AXR62700.1|172105_172639_-	adenine phosphoribosyltransferase	A0A1V0SKE5	Klosneuvirus	1.2e-29	43.9
AXR62701.1|172851_173739_-|protease	protease HtpX	NA	NA	NA	NA
AXR62702.1|173940_175551_-	NCS2 family permease	NA	NA	NA	NA
AXR62703.1|175547_176030_-	stringent starvation protein B	NA	NA	NA	NA
AXR62704.1|176022_177915_-	polysaccharide biosynthesis protein	L7RD47	Acanthamoeba_polyphaga_moumouvirus	1.7e-11	27.5
AXR62705.1|178061_178511_+	hypothetical protein	NA	NA	NA	NA
AXR62706.1|178516_180649_-	hypothetical protein	NA	NA	NA	NA
AXR62707.1|181371_182223_+	cobalamin biosynthesis protein CbiD	NA	NA	NA	NA
AXR62708.1|184138_185011_+	precorrin-3B C(17)-methyltransferase	NA	NA	NA	NA
AXR62709.1|185012_186914_-	DUF1561 domain-containing protein	NA	NA	NA	NA
AXR62710.1|187855_188047_-	hypothetical protein	NA	NA	NA	NA
AXR62841.1|188198_188711_+|integrase	integrase core domain protein	NA	NA	NA	NA
AXR62711.1|188949_190251_+|transposase	ISNCY family transposase	NA	NA	NA	NA
190485:190501	attR	NA	NA	NA	NA