| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VSAL_II0727 |
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| Symbol | mukB |
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| ID | 6962093 |
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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 | Aliivibrio salmonicida LFI1238 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011313 |
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| Strand | - |
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| Start bp | 798746 |
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| End bp | 803218 |
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| Gene Length | 4473 bp |
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| Protein Length | 1490 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 643382001 |
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| Product | cell division protein MukB |
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| Protein accession | YP_002265039 |
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| Protein GI | 209809501 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.381088 |
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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 | ATGAGCATGA TTGAACGTGG TAAATATCAA TCACTCACCA TGGTTAACTG GAACGGCTTT
TTTGCTCGTA CCTTTGATAT TGATAATCTA GTAACGACGC TTTCTGGTGG TAACGGTGCA
GGTAAATCGA CCACAATGGC CGCGTTTATT ACTACTCTAA TTCCAGATCA ATCATTACTT
CATTTCCGTA ATACAACCGA AGCGGGTAGC TCACAAGCGT CTCGTGATAA AGGTTTACAC
GGTAAATTAA AGCCGGGTGC CTGTTATGCC GCACTAGATG TTGTAAACTC ACGTAATCAA
CGTGTTCTTT TTGCTGTTAA ATTACAGCAG GTTGCTGGCC GTGATAAGAA GGTAGACATC
AAACCGTTCA TTATTGTTGG TTTGCCAAGT CATGTGAAAC CAACCGATTT AATGATCGAG
GCTGTCTCTG ATAATCAAGC TCGTGTTCGT CAAATCAATG AAGTAAAAGA CATTGTAGCT
GGTTATGAAG GTGTTCAGTT CAAAGCGTTT AATTCGGTGA CGGATTACCA CGCGCAAATG
TTTGATTATG GTGTTTTACC TAAAAAACTT CGTAATACAA GTGATCGTTC TAAATTCTAT
CGTCTACTTG AAGCGTCTTT ATATGGCGGT ATATCAAGTG CAATCACACG TTCTTTGCGT
GATTATCTAC TGCCTCAAAA TGGGGGTGTG AAAAAAGCAT TCCAAGACAT GGAAGCGGCA
CTGCGTGAAA ACCGCATGAC GTTAGAAGCG ATTAAAACCA CGCAGACTGA TCGTGATTTA
TTCAAGCACT TAATTACGGA ATCAACCAAC TATGTTGCGT CTGATTACAT GCGTCATGCA
AATGATCGCC GTAAGAAAGT AGAGCAAACA TTAACGCACC GTGTTGAGTT AATGAATGCA
CAAAACAGCT TGGTGGGTTT ATCTTCTGTA TTGAATAATA TGCAGGGTGA ATTAGGCTTA
TTAACGGGTT CTGAATCAGG CTTAGAGCAA GATTATCAAG CCGCTTCTGA TCATCTTCAA
TTAGTGCAGA CAGCCGTTCG TCAACAAGAG AAGATTGAGC GTTATTCTGA AGATCTAGAA
GAGCTGACAG AGCGTTTAGA AGAGCAAGTA ATGGTGGTGG AAGAAGCCGC TGAACAACTT
GCAATGTCAG AAGAGCAAGC GCAATTAACA GAAGAAGAAG TTGATAGTTT AAAAACACAA
CTTGCCGATT ATCAACAAGC GTTGGATATG CAGCAGACTC GTGCGCTTCA ATATCAACAA
GCGGTTAAAG CACTTGAAAA AGCACAACAA CTAACAGCGA ATGATGAACT AACGCAAAAC
AATGCAATTG ATCTTCAATC TGAATTAAAA GCAAAAGAAG ATCGTCAAAC GACTGCATTA
CTGGCGATTA AACATAAGTT AGATTTGTCT TCTGCGGCGG TTCAACAATT TGAACGTGGC
TTAGCATTAG TTACCTCAAT TGCAGGTCAT GTTGAGCGCA GCGAAGCGTC AGATAAAGCA
AAAGCCTTAA TTGAGCAAGC TCGCCAGTTC AGCAATATTG CAGAGCGTGC TGAGCAACTT
AAAGCACAGT ACAAAGATTT AGAGCGTGCG GTTCGTTTGC AACGCCAAGC TCAAGAATTA
GCGGCTGAAT ATGCAAAACG TTTTAATATC ACTGTGGATT CTGAAATCGT ACTTGAAGAA
GAACAAGCTC GTCATGAAGA GATGCTTGAG ACGGTTCAAG AACAACAAGA AAATATCATT
GATAAGCGCT CAGAGCTAAA ACGTCAAGAA CAGCAACTTC GTTCTGAAAC TCAGCGTTTA
GAATCGATTG CACCCAAGTG GATTGCAGCG AACGATGCAT TAAACAAACT TAATGATCAA
TGTGGTGTTG AGTTAGAAGA TAGCCACATG GTTATCAGCC AAATGCAAGA AACGTTAGAA
AATGAACGTG TGCTTTCAAC TAATAAAGAT CGTCTTGCTG CTCGTAAAGA AGAGTTAGAT
GGTGAAATTG AACGCTTAGC TGCCCCTGGT GGTAGTGGTG ATGCTCGTCT TAAAGGTCTT
GCTGATACAT TAGGTGGCGT ACTGCTTTCT GAAATTTATG ACGATATCAC ACTAAGTGAT
GCGCCGTATT TCAGCTCGCT TTATGGCCCA GCTCGTCATG CTATCGTTGT ATCTGATTTA
TCGGGTATTA AAGAGAAATT AGTTGATCTT GATGATTGCC CAGATGATCT TTATATCATT
GAAGGCGATA TTGACGCGTT TGATGACAGC GTATTTGATG CCGATGAAAT GGAGAATGCC
GTTTGTGTTC ATCTAAATGA TCGCCAAATG CGTTACTCTC GTTTCCCTGA ACTTCCATTG
TTTGGTCGCG CCGCTCGTGA GCAACGTTTA GACACATTAC GTGAAGAGCG TGAAATTGCC
GTTGAAGAGC ACGCGAAAGC CGCGTTTGAT TCACAAAAAC TTCAACGTCT ATACCAAAGC
TTTAATGGTT TTGTATCGAC ACACCTTACT GTAGCGTTTG ATGCCGATCC AGAAGTTGAA
TTGAAAAAAG CACGTGAGCA ATTATCACAA GCAAGTCGTC AGTTAAACGA ACTTGTTGCG
ACAGATCAAC AACATAAATC GCAAATGGTA GCGTCTAAAG AAGCACTGTC TCAATTAGCG
AAAATAGCAC CACACATTAA CGTACTTGAA GATGAAACCA TCACTGAACG TTTTGAAGAG
ATCAGTGTGC AAGTTGAACG AGTATCAGAA GCCGAAAGTT TCTTACGTCA AAATGGCAAA
GCGATTGCAG AATTAGAAAA CCTGCAACGT GCATTAGAAG TGGATCCTGA GCAATTTGAT
GCATTAAAAG CTGAACATGA GCAAATTGAT GCACAATTGC AACGCATTAA AGCTCAATTG
TTTGCTATTT CTGATTTAGT AGAGCGTCGT CATCACTTCG GTTATGAAGA TGCAGTGGCA
TTGCTTAATA AGAGCAGTGA ACTAAATGAA CAACTTAAAG CGAAATTAGT ACAAGCAGAA
CAAGCGCGAA CTAAAGCGAA AGGGCAACAA AAACAATCAC AAGCTCAAGC AAACCAATAC
AACCAAGTAA TGGCGTCGCT TAAGAGCTCA CATCAAGCGA AACAAGAAAC GGTTCAAGAA
TTTAAACGTG AACTGCAAGA GTTTGGTGTT CATGCAGACC AAAGCGCGCT AGAGCGTGCT
GAAGTTCGTA AGGGCGAATT AAACGAGCGT CTACACAGTT CTCGTGGTCG TAAGAGTGAG
CTTGAAAAAG GCATCACATC AAACGAACTT GAGATTAAAG GCTTAGTTAA ACAATCTCGT
AAAGTTGAAA AACTGTACCG AGATTTACGT ACCTTTGTGG TTAATGCAAA AGCGGGTTGG
TGTTCAGTTC TACGTTTAGC TCGTGAAAAT GATGTTGAGC GTCGTCTACA TAAACGTGAA
TTGGCGTATT TAAGTGCGGA AGAACTGCGT TCAATGTCGG ATAAATCATT GGGTGCGCTT
CGTCTAGCTG TCGCTGATAA TGAAGACTTA CGTGATTCAT TACGAGCGTC TGAAGACACA
AGTAAGCCAG AGCGTAAAGT TCTGTTCTAC ATTGCTGTTT ATCAACATCT TCGTGAGCGT
ATTCGCCAAG ATATCATTCA TACGGATGAT CCAGTTGAAG CAATTGAAGA GATGGAAACA
GAGCTTGGTC GTTTAACTGA AGAACTGACG TCTCGTGAAA ACCGCTTAGC ATTAAGCTCT
GAAAGTGTTG CTAGTATTAT TCGTAAAACG ATTCAACGTG AGCAAAATCG TATTCGTATG
CTAAACCAAG GTCTATCTCA AATTGGTTTT GGTCAAGTTA AGGGTGTTCG TCTAAACGTA
GGTATCCGTG AAACACACGC GACGTTACTT GCAGGTTTGT CTGAGCATCA AGCACAGCAC
CAAGACTTGT TTGGTAACCC TCGCTTTACG TTCTCTGAAG CGATTGCGAA ATTGTTCCAA
CGTATCAACC CACACATCGA TGTTGGTCAA CGTTCACCGC AAACATTGGG TGAAGAGTTA
CTGGATTACC GTAACTACTT AGAACTAAAC ATTGAAGTAA ATCGCGGTAC TGATGGTTGG
TTACAAGCAG AGTCGGGTGC ATTATCAACA GGTGAAGCGA TTGGTACAGG TCAAGCGATC
TTACTGATGG TTATCCAAAG TTGGGAAGAT GAATCTCGTC GTCTTCGTAG TAAAGACATT
ATGCCTTGTC GTCTATTGTT CTTGGATGAA GCGGCGCGTC TAGATGGTAA ATCTATCGCG
ACCCTATTCG AGTTATGTGA GCGCCTAGAT ATGCAATTAT TAATCGCGGC ACCAGAAAAC
ATCAGTCCAG AGAAGGGTAC GACTTATAAA CTGGTTCGTA AGATCTTTAA AGATCGTGAA
CACGTTCATG TAGTGGGCCT AAAAGGTTTT GGACAAGATA CAGCAGCAAG CCGAACTCAA
CAAACACTGG AAGAAGCAGA GATTGCTGAG TAA
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| Protein sequence | MSMIERGKYQ SLTMVNWNGF FARTFDIDNL VTTLSGGNGA GKSTTMAAFI TTLIPDQSLL
HFRNTTEAGS SQASRDKGLH GKLKPGACYA ALDVVNSRNQ RVLFAVKLQQ VAGRDKKVDI
KPFIIVGLPS HVKPTDLMIE AVSDNQARVR QINEVKDIVA GYEGVQFKAF NSVTDYHAQM
FDYGVLPKKL RNTSDRSKFY RLLEASLYGG ISSAITRSLR DYLLPQNGGV KKAFQDMEAA
LRENRMTLEA IKTTQTDRDL FKHLITESTN YVASDYMRHA NDRRKKVEQT LTHRVELMNA
QNSLVGLSSV LNNMQGELGL LTGSESGLEQ DYQAASDHLQ LVQTAVRQQE KIERYSEDLE
ELTERLEEQV MVVEEAAEQL AMSEEQAQLT EEEVDSLKTQ LADYQQALDM QQTRALQYQQ
AVKALEKAQQ LTANDELTQN NAIDLQSELK AKEDRQTTAL LAIKHKLDLS SAAVQQFERG
LALVTSIAGH VERSEASDKA KALIEQARQF SNIAERAEQL KAQYKDLERA VRLQRQAQEL
AAEYAKRFNI TVDSEIVLEE EQARHEEMLE TVQEQQENII DKRSELKRQE QQLRSETQRL
ESIAPKWIAA NDALNKLNDQ CGVELEDSHM VISQMQETLE NERVLSTNKD RLAARKEELD
GEIERLAAPG GSGDARLKGL ADTLGGVLLS EIYDDITLSD APYFSSLYGP ARHAIVVSDL
SGIKEKLVDL DDCPDDLYII EGDIDAFDDS VFDADEMENA VCVHLNDRQM RYSRFPELPL
FGRAAREQRL DTLREEREIA VEEHAKAAFD SQKLQRLYQS FNGFVSTHLT VAFDADPEVE
LKKAREQLSQ ASRQLNELVA TDQQHKSQMV ASKEALSQLA KIAPHINVLE DETITERFEE
ISVQVERVSE AESFLRQNGK AIAELENLQR ALEVDPEQFD ALKAEHEQID AQLQRIKAQL
FAISDLVERR HHFGYEDAVA LLNKSSELNE QLKAKLVQAE QARTKAKGQQ KQSQAQANQY
NQVMASLKSS HQAKQETVQE FKRELQEFGV HADQSALERA EVRKGELNER LHSSRGRKSE
LEKGITSNEL EIKGLVKQSR KVEKLYRDLR TFVVNAKAGW CSVLRLAREN DVERRLHKRE
LAYLSAEELR SMSDKSLGAL RLAVADNEDL RDSLRASEDT SKPERKVLFY IAVYQHLRER
IRQDIIHTDD PVEAIEEMET ELGRLTEELT SRENRLALSS ESVASIIRKT IQREQNRIRM
LNQGLSQIGF GQVKGVRLNV GIRETHATLL AGLSEHQAQH QDLFGNPRFT FSEAIAKLFQ
RINPHIDVGQ RSPQTLGEEL LDYRNYLELN IEVNRGTDGW LQAESGALST GEAIGTGQAI
LLMVIQSWED ESRRLRSKDI MPCRLLFLDE AARLDGKSIA TLFELCERLD MQLLIAAPEN
ISPEKGTTYK LVRKIFKDRE HVHVVGLKGF GQDTAASRTQ QTLEEAEIAE
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