| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HS_1508 |
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| Symbol | napA |
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| ID | 4241028 |
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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 | 1700804 |
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| End bp | 1703287 |
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| Gene Length | 2484 bp |
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| Protein Length | 827 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 638105089 |
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| Product | nitrate reductase catalytic subunit |
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| Protein accession | YP_719718 |
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| Protein GI | 113461649 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence
[TIGR01706] periplasmic nitrate reductase, large subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGAATTTAA GTCGTCGTGA TTTTATGAAA GCAAATGCTG CTTTAGCTGC CGCTTCAGTG
GCTGGCTTAA TTATTCCGGT AAAAAATGTA AATGCAGCTG ACACAAGTAT TACTTGGGAT
AAAGCCGTAT GTCGCTTTTG CGGTACAGGA TGTGCGGTAT TAGTGGGGAC AAAAGATGGA
CGTGTTGTTG CTTCGCAAGG TGATCCTGAT GCAGAAGTTA ATCGAGGGTT AAACTGTATT
AAAGGTTATT TCCTACCCAA AATTATGTAT GGGAAAGACC GTTTAACGCA CCCTATGCTA
CGTATGAAAA ACGGTCAATA TGACAAAGAA GGGGAATTTA CCCCCGTAAC TTGGGATTTT
GCCTTTAAAA CAATGGCGGA AAAATTTAAG TCTGCATTAA AAGCAAAAGG ACCGAACGGT
GTAGGTATGT TCACCTCCGG ACAATCCACT ATTTTTGAAG GTGTGGCAAA ATCGAAATTA
TTCAAAGCAG GATTACTTTC AAATAATATT GATCCGAATG CTCGTCACTG CATGGCATCG
GCAGCTGTTG CCTTTGTACG TACCTTTGGT ATAGATGAGC CCATGGGCTG TTATGATGAT
ATTGAGCATG CCGATGCTTT CGTGCTTTGG GGGTCAAATA TGGCGGAAAT GCACCCGATT
TTATGGTCTC GAATCTCGGA TCGCCGTTTG GCTAATCCTG ATACGGTTAG TGTAAATGTC
CTTTCTACCT TTGAGCACCG CTCTTTTGAA CTTGCCGATT TAGGTATTCT TCTCAAACCT
CAGTCTGATT TGGCTATTTT GAACTATATT GCAAATTATC TCATTGAAAA TAATGCAATT
AATCGAGAGT TCATCGAAAA ACATACCAAA TTTAAACGTG GCGAAACTGA TATTGGTTAT
GGCTTACGTC CACAAGATCC TCGTGAGCAA ATAGCGAAAA ATGTTAAAAC TGCGGGCAAG
ATGTATGATA GTTCTTTTGA GGAATTCAAA AAATTAGTTG CACCGTACAC CTTAGAAAAA
GCACATGAAA TTTCCGGAGT ACCGAAGGAA CAATTAGAAA AACTGGCAAA ACTTTATGCC
GATCCAAATA AAAAAGTTGT TTCTTATTGG ACAATGGGCA TAAACCAACA CACACGTGGT
GTATGGGCAA ACCATTTAAT TTATAACATT CATTTATTAA CCGGAAAAAT TTCATTACCA
GGGTGTGGTC CTTTCTCATT AACAGGTCAA CCCTCTGCTT GTGGTACTGC ACGTGAGGTG
GGTACTTTTA TTCATCGGTT ACCGGCGGAT TTAGTAGTTA CTAAACCGGA ACATCGTAAA
ATTGCAGAAA AAATTTGGAA ACTACCGGAA GGTTTGATTT CAGATAAATT AGGCTTCCAC
GCTGTTGCAC AAAGTCGTGC ATTAAAAGAC GGCAAAATGC AGGTGTTATG GCAAATGTGT
AACAACAATA TGCAGGCAGG TCCAAATATC AATGAGGAAA CTTACCCAGG GTGGCGTAAT
CCGGATAACT TTATTGTCGT TTCAGATCCC TATCCAACTG TATCCGCACT TTCAGCCGAT
TTGATCTTAC CAACAGCGAT GTGGGTTGAA AAAGAAGGGG CTTATGGAAA TGCGGAACGT
CGCACTCAAT TCTGGCGTCA ACAAGTGAAA GCACCGGGTG AAGCAAAATC TGATTTATGG
CAATTAGTTG AATTTTCTAA ATATTTTACG ACTGATGAAG TATGGCCGGC AGAAATTTTA
GCGAAAAATC CGGCATACCA AGGTAAAACA CTTTATGAGG TGCTTTATCT CAATGGACAA
GTAAATCAAT ACTCAAATGA TGAACTGAAA GGTCGCCTAA ATGATGAGGC TTACCATTTT
GGTTTCTATA TACAAAAAGG GTTATTTGAA GAATACGCAA GTTTTGGTCG AGGACATGGT
CATGATTTAG CTGATTTTGA CACTTACCAT AAAGCTCGAG GCTTGCGTTG GCCTGTAGTT
GACGGTAAAG AAACTTTATG GCGTTATCGT GAAGGTTATG ATCCTTATGT AAAAGCAGGG
GAGGGTGTTT CTTTTTATGG TCAGGCGGAT AAAAGAGCGG TGATTTTAGC GGTACCATAT
GAACCGCCGG CAGAGGTTCC GGATAGAGAA TATGATTTAT GGCTGACCAC AGGTCGCATT
CTTGAGCATT GGCATACAGG ATCAATGACA CGTCGTGTAC CAGAATTACA CCGTTCTTTC
CCGAATAACC TTGTTTGGAT GAATCCGAAT GATGCGAAAA AACGTGGTTT GAAACATGGG
GATAAGATTA AGGTTATTTC TCGCCGAGGT GAAATAACGT CTTATATAGA TACTCGTGGA
CGTAATAAAT GTCCTGAAGG TTTGATTTAT ACGACTTTCT TTGATGCCGG ACAGCTGGCA
AATAAACTGA TATTAGATGC AACAGATCCG ATTTCGAAAG AAACTGACTT CAAAAAATGT
GCAGTAAAAG TGGTGAAAGC GTAA
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| Protein sequence | MNLSRRDFMK ANAALAAASV AGLIIPVKNV NAADTSITWD KAVCRFCGTG CAVLVGTKDG
RVVASQGDPD AEVNRGLNCI KGYFLPKIMY GKDRLTHPML RMKNGQYDKE GEFTPVTWDF
AFKTMAEKFK SALKAKGPNG VGMFTSGQST IFEGVAKSKL FKAGLLSNNI DPNARHCMAS
AAVAFVRTFG IDEPMGCYDD IEHADAFVLW GSNMAEMHPI LWSRISDRRL ANPDTVSVNV
LSTFEHRSFE LADLGILLKP QSDLAILNYI ANYLIENNAI NREFIEKHTK FKRGETDIGY
GLRPQDPREQ IAKNVKTAGK MYDSSFEEFK KLVAPYTLEK AHEISGVPKE QLEKLAKLYA
DPNKKVVSYW TMGINQHTRG VWANHLIYNI HLLTGKISLP GCGPFSLTGQ PSACGTAREV
GTFIHRLPAD LVVTKPEHRK IAEKIWKLPE GLISDKLGFH AVAQSRALKD GKMQVLWQMC
NNNMQAGPNI NEETYPGWRN PDNFIVVSDP YPTVSALSAD LILPTAMWVE KEGAYGNAER
RTQFWRQQVK APGEAKSDLW QLVEFSKYFT TDEVWPAEIL AKNPAYQGKT LYEVLYLNGQ
VNQYSNDELK GRLNDEAYHF GFYIQKGLFE EYASFGRGHG HDLADFDTYH KARGLRWPVV
DGKETLWRYR EGYDPYVKAG EGVSFYGQAD KRAVILAVPY EPPAEVPDRE YDLWLTTGRI
LEHWHTGSMT RRVPELHRSF PNNLVWMNPN DAKKRGLKHG DKIKVISRRG EITSYIDTRG
RNKCPEGLIY TTFFDAGQLA NKLILDATDP ISKETDFKKC AVKVVKA
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