| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VC0395_A1317 |
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| Symbol | mukB |
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| ID | 5135251 |
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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 | Vibrio cholerae O395 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009457 |
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| Strand | - |
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| Start bp | 1402290 |
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| End bp | 1406765 |
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| Gene Length | 4476 bp |
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| Protein Length | 1491 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 640532775 |
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| Product | cell division protein MukB |
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| Protein accession | YP_001217261 |
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| Protein GI | 147674404 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG3096] Uncharacterized protein involved in chromosome partitioning |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGATTGAAC GAGGTAAATA TCAATCGCTA ACCATGATCA ACTGGAACGG CTTCTTTGCG
CGTACCTTTG ACATTGATAA TTTAGTGACC ACTTTATCTG GTGGTAACGG TGCGGGTAAG
TCTACCACCA TGGCGGCGTT TATCACCGCT TTGATCCCAG ACCAAAGCCT GCTCCATTTT
CGTAACACCA CCGAAGCGGG GAGCTCGCAA GCGTCACGCG ATAAAGGTTT GTACGGTAAG
TTGCAAGCGG GGGCGTGTTA CGCGGCGCTG GATGTGGTGA ACTCACGTAA CCAACGTTTA
CTGTTTGCGG TGAAGCTGCA ACAAGTGGCG GGACGTGATA AGAAAGTCGA CATCAAACCT
TTCTTGATCC AAGGTTTGCC AAGTCATGTT AAACCGACCG ATGTGTTGGT CGAAACCGTA
TCCGACAAAC ATGCGCGTGT TCGCCAAATC AATGAAGTGA AAGATGCCGT GGGTCAAATT
GAAGGCGCGC ATTTCAAATC TTTCCCGTCG ATTGTCGACT ACCACGCGCA GATGTTTGAA
TTTGGCGTGA TCCCGAAAAA ACTGCGTAAC AGCTCAGACC GTTCAAAATT CTACCGTTTG
ATTGAAGCTT CGCTTTATGG CGGTATTTCC AGCGCGATCA CCCGTTCACT GCGTGATTAT
CTGCTGCCAC AAAATGGCGG AGTGAAAAAA GCCTTCCAAG ATATGGAATC CGCGCTGCGT
GAAAACCGCA TGACACTGGA AGCGATCAAG ACCACGCAAG CGGATCGCGA TCTGTTCAAA
CACCTGATCA CCGAATCGAC CAATTATGTA GCTGCGGACT ACATGCGCCA CGCCAATGAT
CGCCGTAACA AAGTGGGACA AACTTTGGTT CTGCGCGGTG AGCTGTTCTC TTCTCGTGAA
ACCCTGATTG AACAAAACAG CTTGCTGAAC CGTGTTCACG AAGAGTTAGA ACTGCTGGTT
GAGCAAGAGT CGGCGCTGGA GCAAGATTAC CAAGGCGCGT CTGACCACTT GCAATTGGTG
CAAAACGCGC TGCGTCAGCA AGAAAAAATT GAACGCTATC AAGAAGATCT CGAAGAGCTG
AATTTCCGCC TCGAAGAACA GATGATGGTG GTGGAAGAAG CCAATGAGCG AGTGATGATG
GCCGAAGAGC GCGCCACCAT CAGTGAAGAG GAAGTGGATA GCCTCAAATC GCAATTGGCC
GATTATCAGC AAGCTCTTGA TGTGCAGCAG ACCCGTGCTC TGCAATATCA ACAAGCCGTG
CAAGCGCTCG ATAAAGCGCG CCGCTTACTG GATAAGCCAG AACTCACTGC AGAAAGTGCG
CAAGCGTTAG CAACTCAACT GAAAGCGGAG CAGGAAACGC GCACCAGCGA ACTGTTGGCA
CTCAAGCACA AGCTGGATAT GTCTTCAGCC GCCGCGCAGC AGTTCAACCA TGCGTTTGAC
TTGGTGAAAC GCGTGTTGGG TGAGGTCGCG CGCAGTGAAG CTTCGAAGCA AGCGCAGCAA
GTGATCCGCC AAGCGCGTGA AGCTCAGAAT GTGCTGCAAA ATGAAGCGCA GTGGCAAGCA
CAACAACGAG ACCTTGAGCG CCAACTTGAG CAGCAACGCA GCGTGCGTGA GCTGGCAACC
CAATACCACA AGCAACATAT GGTAGCCTTG GATGATGCCG CGACCGTCGA GTTAGAGCGT
GAGCGCCACT CTGCACTGCT AGAAGAGCTG GAAACCGAGC AGGAAAACTG CCGTGAACAA
CGTGGTCAAC TGCGCCATCA AGAGCAAGAA CTGCAAACGC AAATCGCCCG TTTTGAGTCG
ATTGCGCCAG CATGGATCAA AGCTAACGAT GCGTTAGAAA CGCTACGCGA GCAAAGTGGT
GCAGAACTGG CCGATAGCCA ATCTGTCATG GCGCACATGC AGCAAGTATT GGAGCTGGAA
AAAGCCCAAT CCATGGCGAA AGATAAGCTC GCCGAGCGCC GCGCGAAACT CGATAGCGAA
ATTGAGCGTT TAGCGTCTCC GGGGGGCTCG AACGATCCGC GTCTGAAAGG TCTGGCGGAT
ACGCTAGGCG GTGTACTGCT ATCGGAAATT TATGACGACA TCACCATTGA TGATGCGCCG
TATTTCAGTG CGATGTACGG TCCTGCGCGT CACGCGATTG TGGTATCGGA TCTCTCTGGC
ATCAAAGAAA AACTGGTTGA ACTGGATGAC TGTCCGGAAG ATCTCTACCT CATCGAAGGC
GATGTAGATG CGTTTGATGA CAGCTCATTC AATGCCGAAG AGCTAGAAGG TGCGGTGTGC
GTTCAGCTTA ACCAGCGCCA AATGCGCTAC TCGCGCTTCC CAGCCATTCC ACTGTTTGGC
CGCGCGGCGC GTGAGCAGCG TTTAGAGCTG CTGCGAGAAG AGCGTGATGA CGTGGTTGAG
CAACACGCCA AAGCTTCGTT CGATTCGCAA AAGCTGCAAC GTCTGTACGC CAGCTTCAAC
CAGTTTGTGG CGATGCATTT GCAAGTGGCG TTTGATGCCG ACCCTGAGCA AGCCTTAGCG
AATGCGCGCG ATAAGCGTAA TCAACTGCTG CGCTCCATCA GCGAATTTGA AGCGCAAGAG
CAGCAACTGC GTAGCCAGTT GCAAGCCAGT AAACAAGCGT TAGCTGCGCT AGACAAACTT
GCGCCGCAAA TGGGTCTACT TGACGAAGAG ACGCTCGAAG CCCGTTACCA AGAGCTTGAA
GAGAAACTGC AACAGCTGAG TGAGGCAAAA GCCTTTATCG CTGCGCATGG CCGCACCATC
AGCGAGCTGG AAAAAGTGGC GGCGGTACTC GATGCCGACC CAGAGCAGTT TGATGCGCTG
GAGCAGCAAT ACCAGCAAGC GGACCAAGCA CTGCAGCAAC TCAAAGCGCA AATTTTTGCA
CTGTCGGATC TGCTTGAACG CCGTCACCAC TTTGCTTATT CCGACTCGGT GGATCTGCTC
AACCAAAGCA GTGAGCTGAG TGAACAGCTC AAAGCCAAAT TGGTGCAGGC GGAAAGTGAA
CGTACCCGTA GTCGTGAAGA GCTGAAACAG GCGCAAGCTC AGCTCAGCCA ATACAATCAG
CTATTGGCGT CACTGAAAAG TTCACACCAA GCTAAGCTAG AAACGGTGCA AGAGTTCAAA
CAAGAGCTAC AAGAGTTTGG CGTGCATGCT GACGAAGGCG CGATTGAACG TGCTCAGCGT
CGTCGTGATG AGCTGCAAGA ACGTCTACAC ACTTCGCGCA GCCGTAAGAG TGAATACGAA
CGCACCATCA CATCTACTGA GCTGGAAATG AAAGCGCTGG TCAAGCGCAT GAAGAAAGTC
GAGAAAGATT ATCAAGATCT GCGCACTTTC GTAGTGAACG CGAAAGCGGG TTGGTGCTCG
GTACTGCGCC TTGCGCGCCA AAATGATGTT GAGCGTCGTC TGCACAAGCG TGAGCTGGCT
TACTTGTCTG CCGATGAACT GCGTTCAATG TCGGATAAAT CCTTGGGTGC GCTGCGTCTA
GCGGTCGCTA ACAATGAAGA TCTGCGTGAT GCACTGCGCC AGTCGGAAGA TAACTCGCGT
CCTGAGCGTA AAGTGCTGTT CTACATTGCG GTGTATCAGC ATCTGCGTGA GCGTATTCGT
CAAGACATCA TTCGCACGGA CGATCCAGTC GAAGCGATTG AAGAGATGGA AGTGGAACTG
GCTCGTTTGA CCGAAGAGTT GACTCAACGT GAACAACGTT TGGCGATCAG TTCAGATTCG
GTTGCTAGCA TCATTCGCAA AACCATTCAA CGTGAGCAAA ACCGTATTCG TATGCTCAAC
CAAGGACTGT CGAACATCTC CTTTGGTCAG GTGAATGGCG TGCGCCTGAA TGTGAAAGTG
CGTGAAAGCC ATGAGATCCT GCTGGCAGGA TTGTCTGAGC AGCAAGCGCA ACACAAAGAT
CTGTTTGAAA GTGCGCGTTA CACCTTCTCA GAAGCGATGG CCAAGCTGTT CCAACGTGTG
AACCCACACA TCGACATGGG TCAACGTTCA CCGCAAGTGC TGGGTGAAGA GCTGCTGGAT
TACCGTAACT ACCTAGAGCT GAGTGTGGAA GTCAACCGTG GTTCGGATGG TTGGCTGCAA
GCGGAATCGG GCGCATTATC GACCGGTGAA GCGATCGGTA CCGGTCAGTC AATTCTGTTG
ATGGTGGTGC AGAGCTGGGA AGAAGAGTCG CGTCGTCTGC GCAGTAAAGA TATTGTGCCG
TGTCGTCTGT TGTTCCTCGA TGAAGCCGCG CGTCTGGATG CTAAATCCAT CGCCACCTTG
TTTGAGCTGT GTGAGCGTCT GGATATGCAG TTACTGATTG CAGCGCCAGA GAACATCAGC
CCAGAGAAGG GCACCACTTA CAAACTGGTA CGTAAAGTGT TTAAAGATCA CGAACACGTA
CATGTGGTAG GGTTACGCGG CTTTGCGCAA ACCGAAAAGC CAAAAACCGC TGAGCAGAAG
TTCGCCGAAG AACTTGCAGG TGAGTTGACG GAATAG
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| Protein sequence | MIERGKYQSL TMINWNGFFA RTFDIDNLVT TLSGGNGAGK STTMAAFITA LIPDQSLLHF
RNTTEAGSSQ ASRDKGLYGK LQAGACYAAL DVVNSRNQRL LFAVKLQQVA GRDKKVDIKP
FLIQGLPSHV KPTDVLVETV SDKHARVRQI NEVKDAVGQI EGAHFKSFPS IVDYHAQMFE
FGVIPKKLRN SSDRSKFYRL IEASLYGGIS SAITRSLRDY LLPQNGGVKK AFQDMESALR
ENRMTLEAIK TTQADRDLFK HLITESTNYV AADYMRHAND RRNKVGQTLV LRGELFSSRE
TLIEQNSLLN RVHEELELLV EQESALEQDY QGASDHLQLV QNALRQQEKI ERYQEDLEEL
NFRLEEQMMV VEEANERVMM AEERATISEE EVDSLKSQLA DYQQALDVQQ TRALQYQQAV
QALDKARRLL DKPELTAESA QALATQLKAE QETRTSELLA LKHKLDMSSA AAQQFNHAFD
LVKRVLGEVA RSEASKQAQQ VIRQAREAQN VLQNEAQWQA QQRDLERQLE QQRSVRELAT
QYHKQHMVAL DDAATVELER ERHSALLEEL ETEQENCREQ RGQLRHQEQE LQTQIARFES
IAPAWIKAND ALETLREQSG AELADSQSVM AHMQQVLELE KAQSMAKDKL AERRAKLDSE
IERLASPGGS NDPRLKGLAD TLGGVLLSEI YDDITIDDAP YFSAMYGPAR HAIVVSDLSG
IKEKLVELDD CPEDLYLIEG DVDAFDDSSF NAEELEGAVC VQLNQRQMRY SRFPAIPLFG
RAAREQRLEL LREERDDVVE QHAKASFDSQ KLQRLYASFN QFVAMHLQVA FDADPEQALA
NARDKRNQLL RSISEFEAQE QQLRSQLQAS KQALAALDKL APQMGLLDEE TLEARYQELE
EKLQQLSEAK AFIAAHGRTI SELEKVAAVL DADPEQFDAL EQQYQQADQA LQQLKAQIFA
LSDLLERRHH FAYSDSVDLL NQSSELSEQL KAKLVQAESE RTRSREELKQ AQAQLSQYNQ
LLASLKSSHQ AKLETVQEFK QELQEFGVHA DEGAIERAQR RRDELQERLH TSRSRKSEYE
RTITSTELEM KALVKRMKKV EKDYQDLRTF VVNAKAGWCS VLRLARQNDV ERRLHKRELA
YLSADELRSM SDKSLGALRL AVANNEDLRD ALRQSEDNSR PERKVLFYIA VYQHLRERIR
QDIIRTDDPV EAIEEMEVEL ARLTEELTQR EQRLAISSDS VASIIRKTIQ REQNRIRMLN
QGLSNISFGQ VNGVRLNVKV RESHEILLAG LSEQQAQHKD LFESARYTFS EAMAKLFQRV
NPHIDMGQRS PQVLGEELLD YRNYLELSVE VNRGSDGWLQ AESGALSTGE AIGTGQSILL
MVVQSWEEES RRLRSKDIVP CRLLFLDEAA RLDAKSIATL FELCERLDMQ LLIAAPENIS
PEKGTTYKLV RKVFKDHEHV HVVGLRGFAQ TEKPKTAEQK FAEELAGELT E
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