| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PsycPRwf_0620 |
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| Symbol | |
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| ID | 5206430 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Psychrobacter sp. PRwf-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009524 |
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| Strand | + |
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| Start bp | 743957 |
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| End bp | 747127 |
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| Gene Length | 3171 bp |
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| Protein Length | 1056 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 640598836 |
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| Product | cell divisionFtsK/SpoIIIE |
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| Protein accession | YP_001279525 |
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| Protein GI | 148652432 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1674] DNA segregation ATPase FtsK/SpoIIIE and related proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.000070904 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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Fosmid Coverage information |
| Num covering fosmid clones | 16 |
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| Fosmid unclonability p-value | 0.339115 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATAACGG CACACCTTAT TTACACGCTA AAAAAAGTTA CTTTCACCTT ACTTGCCGTC
ATGCTCGCAG CTTTTGTGTT CGTTATCTTG CTTACTTACA CACCCAATGA CCCTAGCTGG
TCACGTATCA GCAGTGATAT GGGGCAGATA AGCAACATGG GCGGGGCAGT GGGGGCGTGG
GTCTCCGATT TACTCTACAC CTTTATGGGC TGGTCCGCTT GGTGGCTGAT GGTATTTTTG
GCTTATGAAG CGGTTTGTAT TTGGTGGCAC CGTGAGCAAG CTTTTGGGCC ATTAAGAGCC
ATAGGCTATG TCTTTTTGTT ATTAGCCAGT TGTGGCTTAG TGGCCATCAC GCCGCAGTTA
CTGGGCTTGA TAAGTGATAA TGGCGCTCGT TTTGGCGGCA TTTTAGGAGC TGAAGTAGCC
ACTCGTTTAA GTGGTTTATT GACCATTTAT GGGGCCAGTG CTTTTTTATT GGTGTTTACC
CTAATTACCG CAACCTTTGC CTTTAATATT CATTGGAAGC GTGTGTTTGA TGCCTTCTTA
AGCCTATCTT GGCTTGGAAA TGGACTCAAG CGCCAGCCTA CCGTTGATGA GGCGTCACAA
AAGGGTGAAA GTGAAATGGC GACGCACGTC AGTCAAGAAC AGCCAGAAGA TTTGGCTGCC
GATGGCTCAC CGCTGATGCA GCAGCTTAAG CTGAATTTGC CTGAATCAGA AGATGATGAG
GCAGTAGACC TTGCCTCTGA GCCGTCTACC GCTCACGCCA GTAATCCCAG TCTTAGCAAT
GTGCTTGATG ACTTTTTAGT AAATTCAGGA TTAACAGAGA GTATCTTGGC GTTACAAGAG
CAAGAAGCTC AAGAGGCGCA CCAAGCCAAG AGCGCAGCTC AAGCACCTGT GACAGCAGCC
AATGGCTCAA TAGCACCGGA GAGCAGCCTG ATAAAAAAGC AGGAGCCTAG CTTCGCTTGG
AATGATCAAG ATGTGATTAA TGAGCTGCTT GATGAGCAAG CGCTGCCGAC GGCCGTGGCC
AATAGCGTAG ACGCCTCATC GCCCTCTATG GCAGACAGTA GTACTCAGAC ACAGCAGGCT
GCCGATTACT CAGTATCACC ATCATCCAGC GAAGCCAAGG CACCTATCGA CAATGCTGAC
AATGCTGCCC CTGCTGATAC TCATAACTCT GATATCGAGC AGCAGGCGTT TGACGTATAT
GATGTAAAAG TAGCTGACAC AGCACAAGCT CAGCAAGAGA CTGTTACTGA TGTCACTGAT
GAGAGTGAGT TGTCGATAAA TAAAGCCGCT ACAACACCGA GCGAGCTTGA GACCGACGAC
CAAACAGCGC TTTATGATGC TAAAGATGAA GGTGGTTATT TAGACAATAA TAATGCCGAT
GAAGACACTA AATTAGAGAC GCCGTTAGAG GATGTCGAAA AAAATGTTGA GCCACCAGCA
TTTGTGGATC TAACGCCAAC CAATACCCCA CCTTCCAACC CCAAAAAACC ACATGAGCCG
CAGCCGGCAT CAGAGCCTAC GCAGGCAGCG CCAACCATTC GCTTTGCTAC CCCTGAGGGC
GATGCCAGCA ATCATATTGA AGATATGATG CCGGATGTTG ATGAAGATGA GTTTGTGTTG
CCCGAGATTC ATGACGATAC AGCTTATGCT TCGACCAGCC GTGCTATGCA AACAGCTAAG
TATCGTGAAG GGCTGTCACC CATTCCTGAA TTATCGATCT TGGACAAACC TGATCCAGAT
CGCAAGCCGA GCTATACCCA GCAGGAACTG GCGCAATTAT CAGAGCTGCT AGAGATCAAA
CTGCAAGAGT TTAATGTAAA AGCTGAAGTG GTTAATGCGA TTCCAGGACC TGTAGTAACC
CGCTTTGAGG TAGATTTAGC GCCTGGGGTT AAGGCCAGTA AAGTTACGGG TATCTCCCGA
GATTTGGCCC GCTCTTTATC TATGGCGTCC TTGCGTGTGG TAGAGGTGAT CCCTGGCAAG
CCATTTATTG GTATTGAGGT GCCCAATAAG AAGCGTGAAA TGGTGCGCTT GATTGAGCTG
CTACAAACCG AAGATTACAA AAACCCTAAG GCCCAGATTA GTATGGCGAT GGGTAAAGAC
ATTGGTGGCA AGCCAATTAT CACTGACCTA GCACGAGCCC CACATATGCT GGTGGCTGGT
ACCACAGGGT CAGGTAAGTC AGTCTTGGTC AACGCTATGC TGCTGTCGAT GCTACTTAAA
TATAAGCCCT CTGAGCTGCG CTTAATATTA ATTGATCCTA AACAATTAGA GTTGGCCAAC
TACAATGATA TTCCGCACCT GTTAACCCCT GTGGTGACCG ATATGAATGA GGCGGCCAGT
AGTTTATCTT GGTGTGTGGC TGAGATGGAG CGCCGTTATC AGCTTATGAG CTTATTAAAA
GTGCGTAAAT TGGGCGAATT TAACAAAAAA GTCATTGCCG CTGAGAAGGC CGGCCGGCCT
ATTATCGACC CTTTATGGCG CCCAAATGAT AGCGTCAGCA TCGATAAAGC GCCTAAGCTT
AAGACACTGC CTATGATTGT CATCGTGGCG GACGAATTTG CCGATATGAT TATGCAAGTG
GGTAAGCAAG CTGAAGAGCT GATCACCCGT CTGGCTCAGA AGTCTCGTGC TGCGGGTATT
CACTTAATGT TAGCGACCCA GCGTCCTTCG GTAGATGTTA TTACGGGTCT TATCAAAGCC
AATATTCCGG TACGTGCAGC GCTACGCGTT AACTCAAAAG TCGATTCACG CACCATTTTG
GACGCTGGCG GTGCTGAGGA TATGCTTGGT AATGGTGATA TGCTGTTTTT AGGCCCAGGC
CAAATTGAGC CCGATCGCGT ACACGGTGCT TATGTCAGTG ATGAGGAGGT CAACCGAGTC
TGTGATGCCT GGCGTGAACG GGGCGCCCCA GATTATATTG ACAATATGGC CAGCAACTTT
GAATTAACCA GTCCAAGCAG CAGTGGCGCA GGCAATACCT CTGGTGAAGA CGATGCGCTT
TATGACGAGG CGGTGGCTTT TGTCATGGAG ACCCGCAAAG TATCTGCTTC GAGCATCCAG
CGTAAGTTTA GTATTGGTTA TAACCGAGCA GCACGAATTG TAGACTCTAT GGAGGAGGCC
GGATTGGTAA GCTCTATGGG TAAAAGTGGT AAGCGTGAAT TATTAATGTA G
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| Protein sequence | MITAHLIYTL KKVTFTLLAV MLAAFVFVIL LTYTPNDPSW SRISSDMGQI SNMGGAVGAW
VSDLLYTFMG WSAWWLMVFL AYEAVCIWWH REQAFGPLRA IGYVFLLLAS CGLVAITPQL
LGLISDNGAR FGGILGAEVA TRLSGLLTIY GASAFLLVFT LITATFAFNI HWKRVFDAFL
SLSWLGNGLK RQPTVDEASQ KGESEMATHV SQEQPEDLAA DGSPLMQQLK LNLPESEDDE
AVDLASEPST AHASNPSLSN VLDDFLVNSG LTESILALQE QEAQEAHQAK SAAQAPVTAA
NGSIAPESSL IKKQEPSFAW NDQDVINELL DEQALPTAVA NSVDASSPSM ADSSTQTQQA
ADYSVSPSSS EAKAPIDNAD NAAPADTHNS DIEQQAFDVY DVKVADTAQA QQETVTDVTD
ESELSINKAA TTPSELETDD QTALYDAKDE GGYLDNNNAD EDTKLETPLE DVEKNVEPPA
FVDLTPTNTP PSNPKKPHEP QPASEPTQAA PTIRFATPEG DASNHIEDMM PDVDEDEFVL
PEIHDDTAYA STSRAMQTAK YREGLSPIPE LSILDKPDPD RKPSYTQQEL AQLSELLEIK
LQEFNVKAEV VNAIPGPVVT RFEVDLAPGV KASKVTGISR DLARSLSMAS LRVVEVIPGK
PFIGIEVPNK KREMVRLIEL LQTEDYKNPK AQISMAMGKD IGGKPIITDL ARAPHMLVAG
TTGSGKSVLV NAMLLSMLLK YKPSELRLIL IDPKQLELAN YNDIPHLLTP VVTDMNEAAS
SLSWCVAEME RRYQLMSLLK VRKLGEFNKK VIAAEKAGRP IIDPLWRPND SVSIDKAPKL
KTLPMIVIVA DEFADMIMQV GKQAEELITR LAQKSRAAGI HLMLATQRPS VDVITGLIKA
NIPVRAALRV NSKVDSRTIL DAGGAEDMLG NGDMLFLGPG QIEPDRVHGA YVSDEEVNRV
CDAWRERGAP DYIDNMASNF ELTSPSSSGA GNTSGEDDAL YDEAVAFVME TRKVSASSIQ
RKFSIGYNRA ARIVDSMEEA GLVSSMGKSG KRELLM
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