| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HS_0866 |
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| Symbol | mukB |
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| ID | 4240358 |
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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 | Haemophilus somnus 129PT |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008309 |
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| Strand | + |
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| Start bp | 943114 |
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| End bp | 947520 |
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| Gene Length | 4407 bp |
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| Protein Length | 1468 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638104421 |
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| Product | cell division protein MukB |
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| Protein accession | YP_719076 |
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| Protein GI | 113461009 |
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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 | 0 |
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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 | GTGGAGCGAG GTAAGTTTCG TTCTTTAACC TTAATTAACT GGAACGGTTT TTTTGCCCGC
ACTTTTGATT TAGATGAATT AGTAACTACG CTTTCAGGCG GTAATGGTGC AGGTAAATCT
ACAACGATGG CAGGATTTGT AACTGCACTT ATTCCGGATT TAACTTTATT GCATTTCCGT
AACACCACTG AAGCCGGTGC AACAAGCGGT TCTCGTGATA AAGGGTTACA TGGAAAACTT
CGCCCCGGAG TTTGCTATGC GGTTTTAGAT ACTATTAATT CACGTCATCA AAGAACTTTA
GTGGGAGCAA GATTACAACA AGTGGCAGGC CGTGATAAAA AAGTAGATAT TAAAACTTTT
TCTGTTCAAG GCTTAGAATT ATCACAAAAT CCAACCGCAC TTTTCACTCA AATAATTGAT
GAGCGTCAAG CGAGGATATT AAATCTTAAT GAATTAAAAG ACAAAGTTGA AAAACTCAAT
GCTCAATTCA AACAATATCA TTCAATAACA GATTATCATG CGATGATGTT TGATTTGGGG
ATTATCCCGA AACGTCTGCG TTCTTCTTCA GATCGCAGTA AGTTCTACAA ATTAATTGAA
GCATCTTTGT ACGGGGGTAT TTCAAGTGCC ATTACCCGAT CATTGCGTGA TTATTTATTG
CCTGAAAATT TGGGGGTTCG TAAGGCTTTT CAGGATATGG AATCAGCTTT ACGTGAAAAC
CGTATGACCC TAGAAGCCAT TAAGATTACT CAATCTGATC GTGATTTATT TAAGCATTTA
ATTACTGAAA CGACTAATTA TGTAGCATCG GATTATATGC GTAATGTCAA TGAGCGTTTA
GGTAATATTC AACGTGCGAT TAATTTTCGT CGAGATTGGT ATAAAGCAAA AGGTGAGCAA
TATTTATCAC AACATCGCTT AGTGGAATTG AGTAAAGAAG CTGCTGATTT GGCTGAAAAT
GAGAAAATCT TAGAAATAGA TCACCAAAGT GCGGTAGATC ATTTGAATTT AGTTCTAAAT
GCTTTACGTC ATCAGGAAAA AATTGAACGT TATCAACAAG ATGTGCTTGA AATCACAGAA
CGTTTAGATG AGCAAACTTT AGTCGTGGAA AATGCGAATG AGCAGGTAAT TGACACTGAA
GTACAGTTAC AGAGTGTAGA AAGTGAATTG GATCAGATTC GTAATCAATT AGCGGATTAT
AAGCAAGCCT TAGATGCACA ACAAACTCGT AATTTACAAT ATCAACAAGC CATACAAGCA
TTAGAAAAAG CTAAACATTT ATGTGGATTA CCTGATTTAG CTGCTAAAAA TATTGACGAT
TATCACCAAG AGTTTGCGGT TCAAGCTGAT CAATTAACTG AGAATGTACT GGATCTTGAG
CAAAAAATGT CTTTGACGCA AGTTGCAAAA ACACAATTTG ATAAAGCTTA TCAATTGGTA
TGTAAAATTG CCGGCGAAGT ACCTCGTTCA GCAGCATTTG AGCAAGCTAA GGAATTGTTG
AGAGAGTATC CGACACAAAA AATACAAGCT CAACAAGTCT CTCAATTAAG TGCTAAATTA
CATGAGCTTG AGCAACGTTA TCAACAGCAA CAAAGTGCGG TACGTTTATT AAAAGAACTG
AATCAGCGTG CGGATTTACA GGTCGATGAA GCAGAACAGT TGGAAGATTA TTATGTAGAA
CAAGAAGCAT TGATTGAAGA TTTAACCGAC AAATTATCAG AGCAAATAGA AAACCGCTCT
GTCTTGCGTC AAAAAAGGGA GCAACTAACT GCACTTCATC AAGAAAATAG CCAAAAAGCA
CCGGCATGGC TAACAGCCCA AGCCGCATTG GAGCGTTTAC AAGAACAAAG TGGCGAACAT
TTTGCAGATA GTCAAGATGT CATGAATTTC ATGCAAGCAC AGTTGATTAA AGAACGCAAC
TTGACGATTG AACGTGATCA ACTTGAGCAA AAACGTCAGC AGTTAGACAT TCAGATTTCT
CGTTTAAGTC AGCCGGACGG CTCAGAGGAT GCTCGTTTAA ATATGCTGGC GGAACGTTTC
GGAGGTGTGC TGTTATCTGA ATTATATGAT GATGTACCTA TTGAAGATGC ACCTTATTTT
TCTGCGTTAT ATGGACCAGC TCGCCACGCC ATTGTAGTAC GAGATATAAG TGCGGTGAAA
TCTCAGCTGG ATAATTTGGA AGATTGCCCT GAAGACTTGT ATTTAATTGA AGGCGATCCA
ACCGCATTTG ATGACAATGT ATTGGATTCA AAAGAATTGG CTCATGGGGT AGTTGTACAG
ATTTCAGATC GTGAGTTACG CTATTCGAAA TTCCCTGAAG TTCCTTTATT TGGTCGAGCG
GCTCGAGAAA AACGTTTAGA AGAATTAAAT ATTGAACGTG ATGAAATTTC GGAACTTTAT
GCACAAAGAG CTTTTGATGT ACAAAAATGT CAACGTTTGC ATCAGCATTT TAGCCAGTTT
GTCGGGTTGC ATTTAGCTTT AGCATTTTTA CCTAATCCGG AACAAACTAT TGCTGAAATT
AATCAGCAAC GCAATGAAGT AGATCGTGAA TTAAATCTAC TTAACAGTAC AGAACAACAA
TTGCGTCTTC AATTGGATCA AGCCAAAGAA AAGTGGCAAT TGCTTAACAA ATTAAGACCG
CACTTTGCTC TATTGGCTGA GGAAAGTTTA ATAGATCGTA TTGAAGAATG TCGTGAGCAA
CTGGATTTTG CAAAACAAGA TGAGTTGTTT ATTCGTCAGC ATGGTGCGAA TTTATCGCAA
CTTGAACCTA TTGTAAGTAG TTTACAAAGC GATCCTGAAC ATTATGATCG TTTAAAAGTT
GATTATGACC AAGCAGTTAT TTTGCAAAAA AAAGTACAGC AATGTTTGTT TGCTTTATCT
GATGTAATGC AGCGTAAAGC TCATTTTGCC TATCAAAATG AAGTTCAAAC CGAAACTTCT
GATTTGAATG AGAAACTTCG TCAACGTTTA GAGCAAACGC AACAACAGCG TAATGATTTC
CGTGAAAAAT TACGTCAAAA GCAAGAACAA TTTGCCCAAT ATAATAAAGT TTTAATTGAG
CTGACATCTT CTTTGCATAA TAAACAACAA GTACTAAATG AGTTGTTACA AGAAGTAGGT
GATCTTGGTG TTAGAGTAGT TCAAGGGGCA GAGCAGTTGG CTCAATCTCG TCGAGATGAG
TTATATCAAC AACTTTCTAT CACTCGCCAA CGTCGCACTC ATGTCGAGAA AGAATTAACT
CGAATTGAAA GCGAATCGCA AAGCTTGAAT ACCCGTATTC GCAAAGCGGA ACGAGAATAT
AAGGCTCAAC GTGAAACAGT AGTAGCGGCG AAAATTAGCT GGTGTGTGGT GATGCGATTA
TCTCGTGGCA GTGATGTCGA AAAACGTCTA AATCGCCGTG AGTTTGCTTA TTTATCTGCC
AATGAATTGC GTTCTATGTC AGATAAAGCC CTTGGTGCAT TACGTCAAGC TGTAGCGGAT
AATGAATATT TGCGTGATTC ATTGCGAATT TCCGAAGATA GCCGTAAACC TGAAAATAAA
GTGCGGTTCT TTATTGCAGT TTATCAACAT TTGCGTGAAC GTATTCGCCA AGATATTCTT
AAAACGGACG ATCCTATTGA TGCTATTGAG CAAATGGAAA TTGAACTTAA CCGTTTAACT
AACGAACTGA CTCAACGAGA ACAAAAATTA GCGATTAGTT CAGAAAGTGT GGCAAATATT
ATGCGTAAGA CAATTCAACG TGAACAAAAT CGTATTCGTA TGCTAAATCA AGGTCTGCAA
AATATTGCTT TTGGACAAGT CAAATCTGTG CGTTTAGTAG TGAATATTCG TGATTCTCAT
GCTATGTTGC TCAATGCCTT ATCTAATGAA CAGACCGAAT ATCAAGAACT CTTTACGGAT
ACTCGCATAA CCTTCTCTGA GGCTATTGCT AAGTTATATC AACGCCTTAA TCCTCATATT
GATATAGGTC AACGTACCGC ACAAACGATT GGTGAAGAAC TTTTAGATTA TCGCAATTAC
CTTGATTTAG AAGTAGAAGT CTATCGTGGT GCGGATGGCT GGTTACGTGC AGAAAGCGGT
GCTTTATCTA CCGGTGAAGC TATTGGTACA GGTATGTCAA TTCTCTTAAT GGTTGTACAA
AGCTGGGAAG AAGAAAGTCG CCGTATTCGA GGAAAAGATA TTATTCCTTG CCGTTTGTTA
TTCCTAGATG AAGCAGCACG TTTAGATGGT AAATCCATCT CAACGTTATT TGAATTGTGT
GAGCGTTTAG ATATGCAACT TCTCATTGCA GCACCTGAAA ATATTAGTCC GGAAAAAGGC
ACAACTTACA AATTGGTGCG TAAAATTTCA GGCAATCAAG AACATGTTCA TGTTGTCGGA
TTGCGTGGAT TTGGTGCAAC AGAGTAG
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| Protein sequence | MERGKFRSLT LINWNGFFAR TFDLDELVTT LSGGNGAGKS TTMAGFVTAL IPDLTLLHFR
NTTEAGATSG SRDKGLHGKL RPGVCYAVLD TINSRHQRTL VGARLQQVAG RDKKVDIKTF
SVQGLELSQN PTALFTQIID ERQARILNLN ELKDKVEKLN AQFKQYHSIT DYHAMMFDLG
IIPKRLRSSS DRSKFYKLIE ASLYGGISSA ITRSLRDYLL PENLGVRKAF QDMESALREN
RMTLEAIKIT QSDRDLFKHL ITETTNYVAS DYMRNVNERL GNIQRAINFR RDWYKAKGEQ
YLSQHRLVEL SKEAADLAEN EKILEIDHQS AVDHLNLVLN ALRHQEKIER YQQDVLEITE
RLDEQTLVVE NANEQVIDTE VQLQSVESEL DQIRNQLADY KQALDAQQTR NLQYQQAIQA
LEKAKHLCGL PDLAAKNIDD YHQEFAVQAD QLTENVLDLE QKMSLTQVAK TQFDKAYQLV
CKIAGEVPRS AAFEQAKELL REYPTQKIQA QQVSQLSAKL HELEQRYQQQ QSAVRLLKEL
NQRADLQVDE AEQLEDYYVE QEALIEDLTD KLSEQIENRS VLRQKREQLT ALHQENSQKA
PAWLTAQAAL ERLQEQSGEH FADSQDVMNF MQAQLIKERN LTIERDQLEQ KRQQLDIQIS
RLSQPDGSED ARLNMLAERF GGVLLSELYD DVPIEDAPYF SALYGPARHA IVVRDISAVK
SQLDNLEDCP EDLYLIEGDP TAFDDNVLDS KELAHGVVVQ ISDRELRYSK FPEVPLFGRA
AREKRLEELN IERDEISELY AQRAFDVQKC QRLHQHFSQF VGLHLALAFL PNPEQTIAEI
NQQRNEVDRE LNLLNSTEQQ LRLQLDQAKE KWQLLNKLRP HFALLAEESL IDRIEECREQ
LDFAKQDELF IRQHGANLSQ LEPIVSSLQS DPEHYDRLKV DYDQAVILQK KVQQCLFALS
DVMQRKAHFA YQNEVQTETS DLNEKLRQRL EQTQQQRNDF REKLRQKQEQ FAQYNKVLIE
LTSSLHNKQQ VLNELLQEVG DLGVRVVQGA EQLAQSRRDE LYQQLSITRQ RRTHVEKELT
RIESESQSLN TRIRKAEREY KAQRETVVAA KISWCVVMRL SRGSDVEKRL NRREFAYLSA
NELRSMSDKA LGALRQAVAD NEYLRDSLRI SEDSRKPENK VRFFIAVYQH LRERIRQDIL
KTDDPIDAIE QMEIELNRLT NELTQREQKL AISSESVANI MRKTIQREQN RIRMLNQGLQ
NIAFGQVKSV RLVVNIRDSH AMLLNALSNE QTEYQELFTD TRITFSEAIA KLYQRLNPHI
DIGQRTAQTI GEELLDYRNY LDLEVEVYRG ADGWLRAESG ALSTGEAIGT GMSILLMVVQ
SWEEESRRIR GKDIIPCRLL FLDEAARLDG KSISTLFELC ERLDMQLLIA APENISPEKG
TTYKLVRKIS GNQEHVHVVG LRGFGATE
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