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Putative Clostridium kluyveri JZZ RM systems
Ref: Wang,Y. unpublished
REBASE ref # 18165
Sequence length: | GenBank #: | |
Chromosome: | 4,454,353 bp | CP018335 |
plasmid unnamed: | 58,581 bp | CP018336 |
REBASE acronym: CklJZZ
Org_num: 22014
All begin BS101_
Type I | ||||
---|---|---|---|---|
ORF | Gene | Most similar | Specificity | Name |
Chromosome | ||||
12780 | 324 aa hypothetical protein | |||
12785 | S | S1.CspVKFII (48% identity) | S.CklJZZORF12790P | |
12790 | M | M.Ckl002ORF20485P (91% identity) | M.CklJZZORF12790P | |
12795 | 170 aa hypothetical protein | |||
12800 | 326 aa hypothetical protein | |||
12805 | R | Ckl002ORF20485P (98% identity) | CklJZZORF12790P | |
12810 | transcriptional regulator | |||
20400 | DNA-binding protein | |||
20405 | M | M.CcaP7TORFDP (96% identity) | M.CklJZZORF20405P | |
20410 | S | S.Cbe124ORF24640P (57% identity) | S.CklJZZORF20405P | |
20415 | R | Ckl002ORF13285P (95% identity) | CklJZZORF20405P | |
20420 | restriction endonuclease subunit M | |||
plasmid unnamed | ||||
22190 | 135 aa hypothetical protein | |||
21820 | M | M.PmeBin199ORFBP (42% identity) | M.CklJZZORF21820P | |
21825 | transcriptional regulator | |||
Type II | ||||
ORF | Gene | Most similar | Specificity | Name |
Chromosome | ||||
430 | DNA replication protein | |||
435 | M | M.CklORF1987P (98% identity) | M.CklJZZORF435P | |
440 | 141 aa hypothetical protein | |||
440 | 141 aa hypothetical protein | |||
445 | M | M.Cma2767ORF5830P (89% identity) | M.CklJZZORF445P | |
450 | 242 aa hypothetical protein | |||
725 | glycosyl hydrolase | |||
730 | M | M.BspGC1ORF18730P (52% identity) | M.CklJZZORF730P | |
735 | 0 aa hypothetical protein | |||
12035 | 159 aa hypothetical protein | |||
12040 | M | M.CboB515ORF445P (87% identity) | M.CklJZZORF12040P | |
12045 | 76 aa hypothetical protein | |||
12830 | DNA alkylation repair protein | |||
12835 | M | M.Ckl002ORF20440P (100% identity) | GATC | M.CklJZZORF12835P |
12840 | MBL fold metallo-hydrolase | |||
13035 | aspartate ammonia-lyase | |||
13040 | RM | Ckl002ORF20290P (95% identity) | CklJZZORF13040P | |
13045 | 111 aa hypothetical protein | |||
14665 | amidoligase | |||
14670 | M | M.Ckl002ORF18495P (70% identity) | M.CklJZZORF14670P | |
14675 | 145 aa hypothetical protein | |||
14985 | 103 aa hypothetical protein | |||
14990 | M | M2.Dgi7213ORF4396P (73% identity) | M.CklJZZORF14990P | |
14995 | HNH endonuclease | |||
15045 | transcriptional regulator | |||
15050 | C | C.Cor28571ORF1510P (88% identity) | C.CklJZZORF15075P | |
15055 | R | CspCT4ORF13980P (91% identity) | GCWGC | R1.CklJZZORF15075P |
15060 | H | H.LspG01HORF20595P (87% identity) | H.CklJZZORF15075P | |
15065 | R | CspCT4ORF13955P (90% identity) | GCSGC | R2.CklJZZORF15075P |
15070 | V | V.ObaJ115ORF4665P (72% identity) | V.CklJZZORF15075P | |
15075 | M | M.BceSIV (86% identity) | GCWGC | M.CklJZZORF15075P |
15080 | transcriptional regulator | |||
15200 | 69 aa hypothetical protein | |||
15205 | RM | M.Ckl002ORF17795P (99% identity) | CklJZZORF15205P | |
15210 | MATE family efflux transporter | |||
17490 | spermidine synthase | |||
17495 | M | M.Ckl002ORF15495P (98% identity) | M.CklJZZORF17495P | |
17500 | delta-lactam-biosynthetic de-N-acetylase | |||
17825 | L-threonine dehydrogenase | |||
17830 | S | S.Cjo16927ORF11270P (44% identity) | S.CklJZZORF17835P | |
17835 | RM | PsaM36ORF420P (60% identity) | CklJZZORF17835P | |
17840 | 120 aa hypothetical protein | |||
18075 | 67 aa hypothetical protein | |||
18080 | M | M.CklJZZORF18465P (100% identity) | M.CklJZZORF18080P | |
18085 | 116 aa hypothetical protein | |||
18460 | 67 aa hypothetical protein | |||
18465 | M | M.CklJZZORF18080P (100% identity) | M.CklJZZORF18465P | |
18470 | 0 aa hypothetical protein | |||
Type III | ||||
ORF | Gene | Most similar | Specificity | Name |
Chromosome | ||||
745 | 135 aa hypothetical protein | |||
750 | M | M.Cta1kORF15010P (54% identity) | M.CklJZZORF750P | |
755 | R | Cta1kORF15010P (78% identity) | CklJZZORF750P | |
760 | cytochrome |