assembly_id	genome_id	genome_def	crispr_array_locus_merge	crispr_array_location_merge	crispr_locus_id	crispr_pred_method	array_in_prot	prot_within_array_20000	prot_in_genome	crispr_type_by_cas_prot	consensus_repeat	repeat_length	self-targeting_spacer_number	self-targeting_target_number	spacer_location	protospacer_location	repeat_type	spacer_locus_num	spacer_num	correct_crispr_type	genome_cas_prots	unknown_protein_around_crispr	L10	L10_domain	L9	L9_domain	L8	L8_domain	L7	L7_domain	L6	L6_domain	L5	L5_domain	L4	L4_domain	L3	L3_domain	L2	L2_domain	L1	L1_domain	R1	R1_domain	R2	R2_domain	R3	R3_domain	R4	R4_domain	R5	R5_domain	R6	R6_domain	R7	R7_domain	R8	R8_domain	R9	R9_domain	R10	R10_domain
GCF_000953435.1_CEM1.1	NZ_LM655252	Candidatus Evansia muelleri genome assembly CEM1.1, chromosome : I	1	251649-251927	1	CRT	no		DEDDh	Orphan	AATATTAAAAAAAATATT	18	3	65	251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251667-251684|251772-251789|251772-251789|251772-251789|251772-251789|251772-251789|251772-251789|251772-251789|251772-251789|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873|251856-251873	NZ_LM655252.1_227176-227193|NZ_LM655252.1_292656-292639|NZ_LM655252.1_294393-294376|NZ_LM655252.1_58354-58371|NZ_LM655252.1_102537-102554|NZ_LM655252.1_208595-208612|NZ_LM655252.1_211203-211220|NZ_LM655252.1_215301-215318|NZ_LM655252.1_249604-249621|NZ_LM655252.1_249952-249969|NZ_LM655252.1_249970-249987|NZ_LM655252.1_253533-253550|NZ_LM655252.1_313702-313719|NZ_LM655252.1_313742-313759|NZ_LM655252.1_352083-352100|NZ_LM655252.1_76409-76392|NZ_LM655252.1_132243-132226|NZ_LM655252.1_202392-202375|NZ_LM655252.1_209978-209961|NZ_LM655252.1_210632-210615|NZ_LM655252.1_222682-222665|NZ_LM655252.1_245209-245192|NZ_LM655252.1_271039-271022|NZ_LM655252.1_271885-271868|NZ_LM655252.1_325939-325922|NZ_LM655252.1_297380-297397|NZ_LM655252.1_43020-43037|NZ_LM655252.1_124352-124369|NZ_LM655252.1_131925-131908|NZ_LM655252.1_232294-232311|NZ_LM655252.1_269842-269825|NZ_LM655252.1_296891-296908|NZ_LM655252.1_323785-323768|NZ_LM655252.1_245209-245192|NZ_LM655252.1_271885-271868|NZ_LM655252.1_211203-211220|NZ_LM655252.1_249604-249621|NZ_LM655252.1_316562-316579|NZ_LM655252.1_352083-352100|NZ_LM655252.1_165580-165563|NZ_LM655252.1_202193-202176|NZ_LM655252.1_210632-210615|NZ_LM655252.1_231444-231427|NZ_LM655252.1_271426-271409|NZ_LM655252.1_292656-292639|NZ_LM655252.1_292657-292640|NZ_LM655252.1_292658-292641|NZ_LM655252.1_294393-294376|NZ_LM655252.1_20949-20966|NZ_LM655252.1_21789-21806|NZ_LM655252.1_59415-59432|NZ_LM655252.1_104116-104133|NZ_LM655252.1_110188-110205|NZ_LM655252.1_187200-187217|NZ_LM655252.1_205349-205366|NZ_LM655252.1_227176-227193|NZ_LM655252.1_229163-229180|NZ_LM655252.1_233586-233603|NZ_LM655252.1_237630-237647|NZ_LM655252.1_243072-243089|NZ_LM655252.1_299051-299068|NZ_LM655252.1_299053-299070|NZ_LM655252.1_307880-307897|NZ_LM655252.1_314378-314395|NZ_LM655252.1_340387-340404	NA	6	6	Orphan	DEDDh	NA,NA	NA|465aa|up_9|NZ_LM655252.1_241288_242683_+	PRK09280, PRK09280, F0F1 ATP synthase subunit beta; Validated	NA|140aa|up_8|NZ_LM655252.1_242679_243099_+	PRK00571, atpC, F0F1 ATP synthase subunit epsilon; Validated	NA|334aa|up_7|NZ_LM655252.1_243102_244104_+	PRK02102, PRK02102, ornithine carbamoyltransferase; Validated	NA|101aa|up_6|NZ_LM655252.1_244312_244615_-	PRK00392, rpoZ, DNA-directed RNA polymerase subunit omega; Reviewed	NA|692aa|up_5|NZ_LM655252.1_244680_246756_-	PRK01233, glyS, glycyl-tRNA synthetase subunit beta; Validated	NA|296aa|up_4|NZ_LM655252.1_246777_247665_-	PRK09348, glyQ, glycyl-tRNA synthetase subunit alpha; Validated	NA|223aa|up_3|NZ_LM655252.1_247669_248338_-	PRK00702, PRK00702, ribose-5-phosphate isomerase RpiA	NA|199aa|up_2|NZ_LM655252.1_248377_248974_+	COG0293, FtsJ, 23S rRNA methylase [Translation, ribosomal structure and biogenesis]	NA|158aa|up_1|NZ_LM655252.1_249040_249514_+	cd16964, YqgF, putative pre-16S rRNA nuclease YqgF and RuvX family	NA|571aa|up_0|NZ_LM655252.1_249600_251313_+	TIGR01241, ATP-dependent_zinc_metalloprotease_FtsH, ATP-dependent metalloprotease FtsH	NA|95aa|down_0|NZ_LM655252.1_253659_253944_+	pfam02033, RBFA, Ribosome-binding factor A	NA|90aa|down_1|NZ_LM655252.1_254062_254332_+	PRK05626, rpsO, 30S ribosomal protein S15; Reviewed	NA|252aa|down_2|NZ_LM655252.1_254550_255306_+	cd06195, FNR1, Ferredoxin-NADP+ (oxido)reductase is an FAD-containing enzyme that catalyzes the reversible electron transfer between NADP(H) and electron carrier proteins such as ferredoxin and flavodoxin	NA|222aa|down_3|NZ_LM655252.1_255309_255975_+	PRK00121, trmB, tRNA (guanine-N(7)-)-methyltransferase; Reviewed	NA|125aa|down_4|NZ_LM655252.1_256019_256394_+	PRK06602, PRK06602, NADH:ubiquinone oxidoreductase subunit A; Validated	NA|205aa|down_5|NZ_LM655252.1_256412_257027_+	PRK06411, PRK06411, NADH-quinone oxidoreductase subunit NuoB	NA|579aa|down_6|NZ_LM655252.1_257045_258782_+	PRK11742, PRK11742, bifunctional NADH:ubiquinone oxidoreductase subunit C/D; Provisional	NA|164aa|down_7|NZ_LM655252.1_258801_259293_+	PRK07539, PRK07539, NADH-quinone oxidoreductase subunit NuoE	NA|443aa|down_8|NZ_LM655252.1_259289_260618_+	PRK11278, PRK11278, NADH-quinone oxidoreductase subunit NuoF	NA|913aa|down_9|NZ_LM655252.1_260647_263386_+	PRK08166, PRK08166, NADH-quinone oxidoreductase subunit NuoG
