| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HS_0340 |
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| Symbol | |
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| ID | 4239814 |
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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 | 338955 |
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| End bp | 342479 |
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| Gene Length | 3525 bp |
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| Protein Length | 1174 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 638103881 |
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| Product | hypothetical protein |
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| Protein accession | YP_718548 |
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| Protein GI | 113460486 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGACACAAA TACCAAATGA AAATACAACA ACAGAGCGAC AGGAAACTCG CTCGGTTAAG
CCAAAACGTA AGGTATTACG CTGGATTTTA TGCACAATAA GTGCGGTCAT TTTATTACTT
ATTTTATTTT TAGTAACCGC ACTTACAAAT AGCGGACAAC GCTTGTTCAT TCAGCTTGCT
GATCATTTCA TAGATAATCT GCATATTGCT CAAATTGATG GTGGGTTGCA AGACGGTTTA
CAATTAAAAC AAATTGCTTT TCACACTCAA GGTATTAAAG CTGATATTGA ACAAGCAAAT
ATAAAACTGG ACTTACATTG TCTATTAAGT GGCAAGATTT GCTTAAAAGA TCTCACTTTA
AATCAGCCTA AAATTCAGAT TGATACTGCT CAACTGCCAA AGTCGGAAAC TAAAACGTCA
CAACCAATAC AACAAATCAA GCTACCTGTT GAAGTGGACA TCAATGGTAT TGAGATCAAC
CAGCTGGATC TCACAATAGA CCAACAGCAA GTTAAATTAG CAAAATTTCG GACCGCACTT
ACTTTAAACA ATGAGCAAGG TTTAACTTTA CTGCCCACAG AAATTAATGG TTTAACGATA
GTTCACCGAC ATCTCACAGA AAAAACAGCG AAGAAGAAAA AGAGTGAAAA AACTGTAAGA
TCCCCAGTTG ATTGGGAAAA ACTTACACAA CGGTTGAATC AACCGTTATT GCCTAATATG
CCCGAAATTG AGCTACCTTT TGATCTACAT ATTCAAGGTA TTCAAGGAAA AAATTGGCTA
TATCAACAAA TTGGCAATTC AAATATACCG CAAAGTGATT TACACCAAAT TGAAATATCA
ACTATCTATT TACACGCAGA CAGTATAGAT AATTCTATTC AATTACAAAC GTTTCAACTT
GAAAGTAATT TAGGTCAGCT ACGAGGTGAG GGGACATTGC GACTCAAGCA AGAATTTCCG
ATAGAACTAC AAGTTCAAGC AACGCTCAAT GAACTTAAAC ATGATGGAAA ATTGCTTTTG
CCTCACAGTA ACATCAATCT TACATTAAGT GGAAATCTTA AAAAACAAAC CGCACTTTTC
CTGCAAACTC AGGGAACGTT TGAGTCGATA TTACAGGCTA AAATTGAGCT TTATTCACAA
AAAACACCGT TTGACATTGA ATTAAAAGTA ATAAACGGAC AATATCCCTT TGAGAAAAAC
TTTACAGAAC CATTGAAAAT TCAGGACATG TTTTTTACTG CAAAAGGAGA TTTGCTCAAT
TATCAAGCCA CATTACAAGG CAAGCTCATT GGTATGGGAA TGCCTGAAAC CGATGTGGAT
TTAGCACTAC AAGGCGGATT GACACAATTT ACCTTACAAC AACTTCAAGT TAATGCGTTA
AATATGAAGG CGAATGCAAA CGCCAATGTG AGCTGGAAAG ATAAACTTAA GTTGAAAAGC
AATATTGATC TAAAAGGACA TAATGTTCGG CTAAATAATA TGCGAATTAA CAAAATTGAT
TTATTGGCTA ACATTAGTTT ACAAGATATA GTGCAAGGAC AAGTCGATCT TGATATTGAT
GGTTTCAGTT TAAATAATAT TAAATTGAAC AGCACTAAAT TACAAATTAA GGGAACGGAA
CAACAACACT ATTTAATCCT TAAATCAAAG GGCGAGCCGG CTTCCGCAAC CTTAAATTTA
CAGGGGAAAT TTGACCGCAC TTTACAACAA TGGCAAGGTA TTTTAAGTCA AGTGAATATT
CATTCTTTAA TTGGCAATTT GACCAATAGT GAAAATATTT TGTTGTCTTA TGATAATAAA
AAGACAATTG CACAAGTTTC CGCCCATTGC TGGAGATCAT CGGATATTCA TCTCTGTTTT
CCACAAGAGT TCATTGTAGG AAAAACCGGA GAAATTCCGT TTGATTTTAA AACAATTAAT
TTAGCGTTAG TGAATAAATT GATCTCACAA GAGATTTTCA AAGGACATTT ATCCGGTCAA
GGAAAATTCG CATGGTTTAC GGAGAGTTCT CCTTATTTGA CGCTACAACT TAAAGGCGAT
AATCTCAATG TGGCAAAAAA ATTAGATTAT CGTACTTTTC GTTTAGCTAT CCCAACTTTA
AATATAACTA CAGAGTTACA AAACAATAAC TTAACCCTAA ATTCTAATTT TAATATTCAA
AACCGAGGAG ACGTTAATAT GGAATTAAAA TTAGCTGATT TAACCAATCA GAAAAGGTTA
AGTGGTCATT TAAAAATTAG CGATATGAAT TTAAATATAG TTAATCAGTT AATCGCTAGC
AGTGAGAAAG TAGATGGTCA AGTCAATGCA AAGTTGAGTT TTGCAGGTGA TTTAAGTAAT
CCTCTTTTGA ATGGTGAATT TGCTGTGAGT CAAGTTCGAG CTAAGTTGAA ATCAGTTCCT
TTTGGTATAA CAAATGGAAA TATTATACTG AGCTTTTATG GTGATCGTTC AATTCTAAAA
GGAAATATTC AAACTCACGA AAGTCATTTA AATGTTGAAG GTCAAGCAAA TTGGCGTAAG
ATCGACGATT GGCAAGCAGG TTTACATATT AATGCAGATA AATTTAAGGT GGATATTCCT
TCCATAGCTA AATTACAGGT ATCGCCAAAT ATTGAAATTC ATGCAACACC TAAACTATTA
GCGTTAAGTG GTAATGTTGA TATTCCATGG GCAAGGATCG AAATTGAACG TTTACCTGAC
AATATAGTTG CTCCCAGTAA GGATGAAGTG ATTTTAGATG GTCCCCAAAA AACTAAAGTA
GTTAAATTGA TGAAAGGAGA AATTGAGACA ACTACAAAGA GCGGTATACA AATTCACTCT
GACTTAAAAA TCAAGCTCGG CGATCATGTG CGTTTAGAGG CATATGGTCT GAAAACCGAA
TTAAATGGCT TGCTTTCAGT AAAACAAGAA AAAGGCAACC TTGGCTTATT TGGACAAATT
AATTTACACA ATGGTCATTA TGAATCTTTT GGACAAGATC TTTTAATTCG TAAAGGGATT
ATTAGCTTTT CCGGTTTACC TTCTCAACCT ATGTTAAATA TAGAAGCAAT ACGAAATCCG
ACATCAATGG AAAATACGAA TATGACAGTA GGTGCAAAAA TAGTTGGTAT TGCCGATAGT
CCTGAAATCA CTATATTTTC CGAGCCAAGT ACCTCTCAAG ATCAAGCACT CTCTTACCTT
CTTACCGGAC GATCTTTAGA AAATAGCGGA AATAATGGTT CCGGTGGCTC ACTTGGTGCT
GCATTATTAG GAATAGGGTT AGCTAAGAGT GGAAAATTAG TCGGTGGTAT TGGTAAAGTA
TTTGGTATTC AAAATTTGAA CTTGGATACT TCTGGTGTTG GCGACAGTTC AAAAGTTGTC
GTAAGCGGTA ATATTACCCC TACATTACAG ATAAAATATG GTATTGGTTT ATTCGATGGA
TTGGCTGAAT TGACCCTACG TTATCGCCTA TTACCTAAAC TTTATTTACA ATCCGTTTCC
GGTATAAACC AAGCAGTCGA TCTACTTTAT CAATTTGAAT TTTAA
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| Protein sequence | MTQIPNENTT TERQETRSVK PKRKVLRWIL CTISAVILLL ILFLVTALTN SGQRLFIQLA
DHFIDNLHIA QIDGGLQDGL QLKQIAFHTQ GIKADIEQAN IKLDLHCLLS GKICLKDLTL
NQPKIQIDTA QLPKSETKTS QPIQQIKLPV EVDINGIEIN QLDLTIDQQQ VKLAKFRTAL
TLNNEQGLTL LPTEINGLTI VHRHLTEKTA KKKKSEKTVR SPVDWEKLTQ RLNQPLLPNM
PEIELPFDLH IQGIQGKNWL YQQIGNSNIP QSDLHQIEIS TIYLHADSID NSIQLQTFQL
ESNLGQLRGE GTLRLKQEFP IELQVQATLN ELKHDGKLLL PHSNINLTLS GNLKKQTALF
LQTQGTFESI LQAKIELYSQ KTPFDIELKV INGQYPFEKN FTEPLKIQDM FFTAKGDLLN
YQATLQGKLI GMGMPETDVD LALQGGLTQF TLQQLQVNAL NMKANANANV SWKDKLKLKS
NIDLKGHNVR LNNMRINKID LLANISLQDI VQGQVDLDID GFSLNNIKLN STKLQIKGTE
QQHYLILKSK GEPASATLNL QGKFDRTLQQ WQGILSQVNI HSLIGNLTNS ENILLSYDNK
KTIAQVSAHC WRSSDIHLCF PQEFIVGKTG EIPFDFKTIN LALVNKLISQ EIFKGHLSGQ
GKFAWFTESS PYLTLQLKGD NLNVAKKLDY RTFRLAIPTL NITTELQNNN LTLNSNFNIQ
NRGDVNMELK LADLTNQKRL SGHLKISDMN LNIVNQLIAS SEKVDGQVNA KLSFAGDLSN
PLLNGEFAVS QVRAKLKSVP FGITNGNIIL SFYGDRSILK GNIQTHESHL NVEGQANWRK
IDDWQAGLHI NADKFKVDIP SIAKLQVSPN IEIHATPKLL ALSGNVDIPW ARIEIERLPD
NIVAPSKDEV ILDGPQKTKV VKLMKGEIET TTKSGIQIHS DLKIKLGDHV RLEAYGLKTE
LNGLLSVKQE KGNLGLFGQI NLHNGHYESF GQDLLIRKGI ISFSGLPSQP MLNIEAIRNP
TSMENTNMTV GAKIVGIADS PEITIFSEPS TSQDQALSYL LTGRSLENSG NNGSGGSLGA
ALLGIGLAKS GKLVGGIGKV FGIQNLNLDT SGVGDSSKVV VSGNITPTLQ IKYGIGLFDG
LAELTLRYRL LPKLYLQSVS GINQAVDLLY QFEF
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