| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HS_0897 |
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| Symbol | ttrA |
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| ID | 4240389 |
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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 | 986232 |
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| End bp | 989321 |
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| Gene Length | 3090 bp |
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| Protein Length | 1029 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638104452 |
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| Product | tetrathionate reductase, subunit A |
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| Protein accession | YP_719107 |
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| Protein GI | 113461040 |
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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 | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.0797102 |
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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 | ATGAATAAAC AAAGACGTAA TTTGATAAAA GGAGCTTTGG CTACAACTGC CGCTACTGCT
TTTGTTGCAG GTTATTCTCC CAAAGTAAAA GAAATTGCAA AGGGCGTAAT TGAAGGTTCT
TCAGGACAAA AAACACAAGA CAATATAAAT GGAAATTCTT TATTACCTGA ATATCAAGTC
AAAGAGGGCA ATTTATTAAC TAATAGCCAA CAAGTAGTGT GTAATACCCA ATGTATGGGT
TGCTGGACTC TATGTGGTTT ACGGGTTCGA ATAGATTTAG AAAAAAATAA AGTATTGCGT
ATTAACGGTA ATCCTTATCA CCCGCTCTCA TCAGATCATT ACCTTGATTA TAATCAATCA
ATTAAACAAG CAGAGTTAAG CGTTTCTGGT GAAAATGGCT TACAGCAACG TTCTACTGCT
TGTGCCCGTG GAGCTGCATT TTTAGATGGG ATAAATAGCC CTTATCGTAT TACGCAACCT
CTTAAGCGAG TAGGTAAAAG GGGAGAAGGT AAATGGAAAA CGATCAGTTT TGAGCAATTA
ATTGATGAAG TTGTGAATGG CGGAGATCTA TTTGGAGAGG GGCATGTAGA TGGATTAAAA
GCGATTCGTG ATTTGCAAAC GCCAGTGAAT GCACAACACC CTGATTTTGG TGCAAAAGTA
AATCAACTGA TGGTAACCTT TGCAGGTCCT GAAGGAAGAC AACCTCTACT GAAACGTTTT
GCAAACAACA GTTTTGGTAC CATTAACTTC GCCTCTCATG GCTCTTTTTG TGGTTTATCC
TATCGTGCCG GATCCGGTGC ATTTATGAAT GACTTTGCTA ATAATTCTCA TGCTAAACCT
GATTGGGATC ATGTTGAATT TATTTTGTTT ATGGGAACTT CTCCTGCACA ATCCGGAAAT
CCATTTAAAC GTCAATCTCG TCAGCTTGCT AAGAAGCGTA CAGAGGATAA TTTTGAATAT
GTCGTGATAG CACCTCGTTT AGAGCTTACC TCAACTGCAG CACAAGATAA AAATCGCTGG
GTACCAATTA TTCCGGGTAA AGATCTTTCT TTAGCACTAG CCATGTTACG TTGGATTATT
GAAAATGAAC GTTATAACGA AGATTATTTG TCTATACCAA GTGAAATTGC GATGCAACAA
GCTAATGGCG TAAGTTTTTG TAATGCAACA CATTTATTTA TCGCCGATCC AAATCATAAG
CAGTATGGGC AAGCCATTAG AAATTTTCAT ATAGAGGATT TATCTGAACC TGAAAAATTG
AGCGATAGTG ATATTTTGGT GAAAGATCGA CAAACAGGCA AATTTATAGC TGCCAAAGAT
TGCCAAAGTG CGGTGCTTTT TGTGGAAGAC AGGATAAGCC TTAAAGACGG CTCACAGGTT
TTAGCTAAAT CAGCTTTACA ATTATTCAAA GAATCTTGTT TTTCATACTC CATCGAGGAA
TATTCTGAGC AGTGTGGTGT ACCTGTTGAT ACTATTATTC AACTTGCTAA AAAGTTTACT
TCTCACGGAC CTCGTGCGGC AGTTATTACC CACGGTGGAA CTATGCATAG CAATGGTTTC
TATACAGCAT GGGCGATATT GTTACTTAAT GCCATGATAG GAAATATGAA TAAAAAAGGG
GGGATGAGTA TGAGTGGCGG TAAATTTAAA GATTTTTCTG CCGGACCTCG TTACAATCTT
GCAAATTTCC CCAATATGGT TAAACCCAAA GGAACAAATT TAGCTCGTAG TAAAAAAGAT
TATGAAAAAT CCAGTGAATT TAAACAAAAA GTAGCACAAG GTATTTCTCC ATATCCAGCG
AAAGCCGCTT GGTATCCTTT TGTTGGCGGG CAAATGTCAG AAATGATTAC CTCTGCCTTA
CAAGGCTATC CATACTCACT TAAAGCTTGG ATTAATCATA TGGGGAATCC AATTTATGGT
ATGACAGGTA TTCACCATAT TACGCAGCAG AAATTAAAAG ATCCGAAAAT CTTACCGCTC
TTTATTTCTA TTGATGCTTT TATGAATGAA ACTACCGCCC TTGCCGATTA TATTGTGCCG
GATACCCATA ATTTTGAGAG TTGGGGATTT AGTACCCCTT GGGCTGGTGT TCCAACAAAA
ACCAGTACTG CCCGCTGGCC TGTGATAGCA TCGCCTAATG AGAAAACATC TCAAGGCGAT
ACTATTTGTA TGGAAAGTTT TGTTATCGAA ATTGCTAAGA TGATGCAATT ACCTGGATTT
GGTGATAATG CTATCTTAGA TAAACAAAAT CATTCCTATC CTTTAAATCG TAGTGAAGAC
TTCTTTTTAC GAGCAGCTGC CAATATAGCT TATGATGGAA AACAGCCGGT ACAAGATGCA
ACTCAAGAAG ATTTATTGCT AACGGGTGTA CAACGTTTGA TGCCAAGTTT ACAACAAGTA
TTAAAACCTG AAGAAATTAA GAAAGTGGCT ACAATTTACT GTAAAGGCGG ACGTTTTGCT
CCTCATAGCA GTGCATGGCA GGAAGATAAT ATGCAGGCTC GCTGGAAAAA CTGTTTGCAA
ATTTGGAATG AAAATGTAGC AAAAGCCAAA CATGCTCAAA CCGGTAAAAA TTATCACGGC
TGTCCAACGT ATTTTGAAGA TCAGTTTGCC GATAATAGCA CAGTTGAAAG CCATTACCCT
AAAATACAAT GGCCATTTAA ATTAATTTCC TTTAAATCAA ATTTAATGAG TAGTATTACA
GCACCTTTAC TAAGATTACA TAGTATTAAA CCTAATGGTA TTGTGGCAAT TAATCAACAG
GATGCCACGG AATATGGATT ACAGCATGGT GACCTTGTGG AGCTAAATAC CCCGGGAGGA
AAAGCTGTTG TGCAGCTGGT TGTGATGAAC GGTGTCATTA AAGGGACGAT TGCGATTGAA
CATGGTTATG GACATAAACA ACTGGGGGCC ACAGGTTATA CAATTAATGG GAAATTAATT
GAAGGAAATG CTCAGATTGG TTCCGGAGTT AATATTAATG ATCTTGGTTT GTTAGATAGT
ACCAAAGAGA TTGCCTCGCC TTGGGTTGAT TGGGTATGTG GCTCCGCTGT TAGACAAGGA
ATTCCAGCTA AATTAGTCAA ACTTGCTTAG
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| Protein sequence | MNKQRRNLIK GALATTAATA FVAGYSPKVK EIAKGVIEGS SGQKTQDNIN GNSLLPEYQV
KEGNLLTNSQ QVVCNTQCMG CWTLCGLRVR IDLEKNKVLR INGNPYHPLS SDHYLDYNQS
IKQAELSVSG ENGLQQRSTA CARGAAFLDG INSPYRITQP LKRVGKRGEG KWKTISFEQL
IDEVVNGGDL FGEGHVDGLK AIRDLQTPVN AQHPDFGAKV NQLMVTFAGP EGRQPLLKRF
ANNSFGTINF ASHGSFCGLS YRAGSGAFMN DFANNSHAKP DWDHVEFILF MGTSPAQSGN
PFKRQSRQLA KKRTEDNFEY VVIAPRLELT STAAQDKNRW VPIIPGKDLS LALAMLRWII
ENERYNEDYL SIPSEIAMQQ ANGVSFCNAT HLFIADPNHK QYGQAIRNFH IEDLSEPEKL
SDSDILVKDR QTGKFIAAKD CQSAVLFVED RISLKDGSQV LAKSALQLFK ESCFSYSIEE
YSEQCGVPVD TIIQLAKKFT SHGPRAAVIT HGGTMHSNGF YTAWAILLLN AMIGNMNKKG
GMSMSGGKFK DFSAGPRYNL ANFPNMVKPK GTNLARSKKD YEKSSEFKQK VAQGISPYPA
KAAWYPFVGG QMSEMITSAL QGYPYSLKAW INHMGNPIYG MTGIHHITQQ KLKDPKILPL
FISIDAFMNE TTALADYIVP DTHNFESWGF STPWAGVPTK TSTARWPVIA SPNEKTSQGD
TICMESFVIE IAKMMQLPGF GDNAILDKQN HSYPLNRSED FFLRAAANIA YDGKQPVQDA
TQEDLLLTGV QRLMPSLQQV LKPEEIKKVA TIYCKGGRFA PHSSAWQEDN MQARWKNCLQ
IWNENVAKAK HAQTGKNYHG CPTYFEDQFA DNSTVESHYP KIQWPFKLIS FKSNLMSSIT
APLLRLHSIK PNGIVAINQQ DATEYGLQHG DLVELNTPGG KAVVQLVVMN GVIKGTIAIE
HGYGHKQLGA TGYTINGKLI EGNAQIGSGV NINDLGLLDS TKEIASPWVD WVCGSAVRQG
IPAKLVKLA
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