| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tcr_0063 |
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| Symbol | |
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| ID | 3761448 |
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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 | Thiomicrospira crunogena XCL-2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007520 |
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| Strand | - |
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| Start bp | 74242 |
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| End bp | 77085 |
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| Gene Length | 2844 bp |
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| Protein Length | 947 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 637784769 |
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| Product | putative monovalent cation/H+ antiporter subunit A |
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| Protein accession | YP_390334 |
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| Protein GI | 78484409 |
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| COG category | [C] Energy production and conversion
[P] Inorganic ion transport and metabolism |
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| COG ID | [COG1009] NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit
[COG2111] Multisubunit Na+/H+ antiporter, MnhB subunit |
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| TIGRFAM ID | [TIGR00943] monovalent cation:proton antiporter |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | ATGAATTTAT TGGCTTTTAA CCTTCCTATT GTGGTGCTTT TGCCGTTTTT GGGCGCCATT
TTAGTGGCCT GGTCTTCAAA ATTAAATCGT CTAGCGGCCG CGTGGACCAG TGGTGGAATT
GCTTTATTAT CTTTGGCATT TCTAGTGCCT TCAATGTCTC AGGTTTTTGG AGGGCAAACC
CTGATCCAAA GTTGGTCATG GATTGATTCT ATTGGCTTAC AATTCGCTTT CAGACTGGAT
GGTCTGGCCC TGCTTTTTGC TTTGCTAATT CTGGTCATAG GGCTCTTAGT CATTTTCTAT
GCCCGTTACT ATTTGGCATC AAAAGATTGT ATGGGGCGTT TCTTCGCCTA TCTATTGATG
TTTATGGGCT CCATGTTGGG TATTGTGTTA TCTGAAAACC TGATACAGCT GGTGGTTTTC
TGGGAACTGA CATCCATTAC CTCTTTCTTG CTGATCAGTT ATTGGCAACA GCGCAAAGAT
GCCAGACAAG GCGCCCGTAT GGCATTAGCC ATTACCGGTG CAGGGGGCTT GGCGTTATTG
GGGGGCGTAC TGTTACTGGG ACAGGTGGTT GGCAGTTACC AGCTTAGCGA CGTACTGTTA
GCAGGCGATA TCGTTCGAGC TCATCCTTTG TATCTGCCTA TTTTGGTGCT CATTTTATTA
GGTGTCTTTA CCAAATCGGC TCAATTCCCA TTCCATTTCT GGCTACCACA TGCCATGGCG
GCGCCCACAC CTGTTTCAGC TTATTTACAT TCCGCCACGA TGGTCAAAGC TGGCATTTTC
TTATTGGCGC GCTTTTTCCC TGTGCTTTCA GGGACCGAAG AATGGTCTTG GTTAGTCGGT
GGCGCCGGAA TGATTACCTT GTTGATTGGG GCTTATACGG CTTTCTTTAA ACATGATTTA
AAGGGCTTGT TGGCTTACTC GACCATCAGT CACTTGGGTT TGATTACATT GCTTTTTGGG
TTTGGTACCC AACTGGCCGC AGTCGCGGCC ATCTTTCATA TTATTAACCA TGCTACTTTC
AAAGCGTCTT TGTTCATGGT AGCCGGAATT ATTGATCATG AAACAGGCAC ACGTGACATG
CGAAAGCTGA ATGGGCTTAT CAAATATATG CCTCACACAG CGGCATTGGC CATCATCGCT
TCGGCAGCAA TGGCCGGTGT GCCTTTATTA AACGGCTTTT TAAGTAAAGA AATGTTTTTT
GAACAGGCGG TTCATGCATC AAACATTTCA AGTTTTGCTT GGATGATTCC GGTGCTGGTC
ACTATTGGCG GTATTTTATC GGTTGCCTAT TCTTTACGTT TTATTCACGA TGTCTTTTTT
AACGGGGAAC CGGTTGATTT GCCTAAAACC CCGCATGAAC CACCCCGCTT TATGAAAATT
CCGGTCGATT TACTGGTCAT TGTTTGCCTC GCCGTCGGAA TTTTCCCGGC TTATACGATC
GCCCCTTTAC TGAACGTAGC GGTTGTCGGC ACCTTACAAA CAGCCGCACC GGTCTATAGT
TTAGCCATTT GGCATGGGTT TACGTATGCC CTGATGATGA GTGCCATCGC CCTTTCACTT
GGGGTTGGGG TCTATTTCAT GCGTCATCGT TTCTTTGCCT TTTATGAACG CTATATTCAA
CACATTGATG CCCGCCGCTA TTTTAATATT GGGTTACAGA AATTATTCCG TGCCTCCGTT
CATATTCGGG CAAAATTTGA CAAAGGTTCC TTACAAAATG CCTCTGCATG GATTATTTTT
GCTTCGCTAA TTTTTGGTGG CTACGGATTC TTATCACAGT CTTCCCCACT TTTAGGCACA
CGCGAAATGT TACCGGTTGA CTCTGTTACT CTGATCGTTG CAACCGGATT AATGCTTGCC
AGCTTACTCA CCATTGTTTT TCACCGAAGA CGTTTATTGG CTTTAGTGGT AATTGGCGTT
GTCGGATTAG TCATTTCCGT TGGTTTTATT AAGTTTTCAG CTCCGGATTT GGCTTTAACC
CAACTTTCGG TTGAAGTCGT TACCATCGTT TTATTATTGT TGGCACTGTA TTATTTGCCC
CAAAAAACCC CTCGTGAAAT CGGCAAAGTG AGATTATGGC GAGATGGTTT ATTAGCGGTT
TTCTCTGGTG TCGGCGTCAC TTTACTCACG TTATCTGTTT TGACACGAGA TTATGAAACC
ATCGCTCAAT ATTTCTTGGA AAACAGTCTG CCAGGCGGTG GTGGAACCAA TGTGGTTAAT
GTGATTTTGG TGGATTTCCG TGGATTTGAT ACCTTAGGGG AAATTGTGGT GTTGGCTTTA
GCAGGCCTGG GTGTTTTTGC AATGCTACAA GGCATGAAAT TGTCCGCTCC AAAACGCGAT
CAAAATGGTC GAATTTGGAA TACCGATAAA CATCCTTTAA TCATGCAAAC CTTAACACGC
TTACTCTTAC CGATGATGTT ATTGGTGGCG GTCTTTATTT TCTTACGCGG TCACAATCTG
CCAGGTGGTG GGTTCATTGC TGGTTTAATC GCTTCCATCG CATTGATTGT GCAATATTTA
GCCAATGGAA TTGAATGGAC CAGTAACCGC ATTAAAGTGG ACATGCATTG GTCCATTGGT
GTGGGGTTAT TAATCGCTAT TTCAACGGGC TTAGCGGCCA TGGGGATCGG CTATCCATTC
CTAACCTCAA CCTTTACCCA TCTTCATTGG CCAGTGGTCG GTGAATTTGA AGTGGCCAGT
GCGATCGCCT TTGATTTAGG CGTCTTTTTA GTCGTTGTGG GGGCCACCGT CATGAGTCTG
GTTCAACTAG GTCGTTTAAG TTATGCCTCT CATCATCCAG AACGAGCACT ACTTCAAAAT
GCCACAACCT CGGAGGTTAA ATAA
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| Protein sequence | MNLLAFNLPI VVLLPFLGAI LVAWSSKLNR LAAAWTSGGI ALLSLAFLVP SMSQVFGGQT
LIQSWSWIDS IGLQFAFRLD GLALLFALLI LVIGLLVIFY ARYYLASKDC MGRFFAYLLM
FMGSMLGIVL SENLIQLVVF WELTSITSFL LISYWQQRKD ARQGARMALA ITGAGGLALL
GGVLLLGQVV GSYQLSDVLL AGDIVRAHPL YLPILVLILL GVFTKSAQFP FHFWLPHAMA
APTPVSAYLH SATMVKAGIF LLARFFPVLS GTEEWSWLVG GAGMITLLIG AYTAFFKHDL
KGLLAYSTIS HLGLITLLFG FGTQLAAVAA IFHIINHATF KASLFMVAGI IDHETGTRDM
RKLNGLIKYM PHTAALAIIA SAAMAGVPLL NGFLSKEMFF EQAVHASNIS SFAWMIPVLV
TIGGILSVAY SLRFIHDVFF NGEPVDLPKT PHEPPRFMKI PVDLLVIVCL AVGIFPAYTI
APLLNVAVVG TLQTAAPVYS LAIWHGFTYA LMMSAIALSL GVGVYFMRHR FFAFYERYIQ
HIDARRYFNI GLQKLFRASV HIRAKFDKGS LQNASAWIIF ASLIFGGYGF LSQSSPLLGT
REMLPVDSVT LIVATGLMLA SLLTIVFHRR RLLALVVIGV VGLVISVGFI KFSAPDLALT
QLSVEVVTIV LLLLALYYLP QKTPREIGKV RLWRDGLLAV FSGVGVTLLT LSVLTRDYET
IAQYFLENSL PGGGGTNVVN VILVDFRGFD TLGEIVVLAL AGLGVFAMLQ GMKLSAPKRD
QNGRIWNTDK HPLIMQTLTR LLLPMMLLVA VFIFLRGHNL PGGGFIAGLI ASIALIVQYL
ANGIEWTSNR IKVDMHWSIG VGLLIAISTG LAAMGIGYPF LTSTFTHLHW PVVGEFEVAS
AIAFDLGVFL VVVGATVMSL VQLGRLSYAS HHPERALLQN ATTSEVK
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