| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Suden_0536 |
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| Symbol | |
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| ID | 3764452 |
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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 | Sulfurimonas denitrificans DSM 1251 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007575 |
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| Strand | + |
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| Start bp | 535461 |
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| End bp | 538565 |
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| Gene Length | 3105 bp |
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| Protein Length | 1034 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | |
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| Product | resistance-nodulation-cell division family transporter |
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| Protein accession | YP_393050 |
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| Protein GI | 78776735 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 31 |
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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 | ATGTTTTCTA TCTTTTTTAT AAAGAGACCT GTATTTGCAT CTGTTATCTC GATACTTATC
GTCTTAGCTG GTGTTATTGC TATGCGCTCT TTGCCTATTG GGGAATATCC AAGAGTAATT
CCGCCACAAA TTGTTGTAAC GGCAACTTAC CAAGGAGCAA GTGCACAAAC TATCTCCAAA
ACTGTTGCTG CACCTCTTGA AGAGCAGATA AACGGAGCTA AAGATATGCT CTATATGAGT
TCAATTGCGG CTGACAATGG AACGCTGAGC ATAAGTATAT TTTTTAAAGT TGGAACCAAT
CCTGATGATG CAAAGATAGA TGTAAACAAT CGTGTTCAAG CAGCTCTCTC AAGGCTGCCT
GAACAGGTTA AGAGACAAGG TGTTAGAGTA AATGAAAAAT CACCTGACAT GCTTCAAGTT
ATTATTTTAA ATTCGCCAAA ACAGAGTCGA GATGTTGGCT TTTTATCAAA CTATGCTCTT
ATGAATATAG TAGATGATTT AAAAAGAGTC AAGGGAATCG GTGATGTAAC TATCTTTGGT
GCAAAAGATT ACTCTATGAG GGTTTGGATA GACCCATCAA AACTCAAAAA ATACTCTCTT
ACAGTTAGTG ATTTAGTTAC CTCTATACAA GAGCAAAACG AGCAATATGC CGCTGGTAAG
CTCGCAGCAG AGCCAATTTC AAATAAAGAG ATGTTTACAT ATACCATTGA AACACCACAA
AGATTTGATG ACCCATCACA ATTCTCAGAG ATTATAGTAA GAGCAAATGA AGATGGAAGC
TCTCTAAAAT TAAAAGATGT AGCGACAATA GAGCTTGGCT CTCAAAGCTA TGACATGAAA
AATAAGTTAA ATAATGTTCC AGCGGTACCA ATTTTAATAT TTTTGCAAAG TGGTGCAAAT
GCGATAGAGA CGGCTAAAGA AGTTCGTAAA ACAATAGCTT CTATAAGCGA GAACTTTGTT
GAAGATGTTG AGTATGTTAT ACCTTACGAT ATTACAGATT TTGTTCAAAT CTCTATCAAT
GAAGTTATTA AAACTTTTGT AGAAGCAATT ATCCTAGTTA TTCTTATTAT ATTTCTATTT
TTACAAAATT TCAGAGCAAC GCTTATTCCA GTTTTAGCAG TTCCTGTATC TATAGTTGGT
GCGTTTGCAG GAATGTACAT GTTAGGCTTT AGTATCAATT TGCTTACGCT CTTTGGGCTA
GTTTTAGCCA TCGGGATTGT TGTTGATGAT GCAATTATTG TTATAGAAAA TGTTGAGAGA
CACATAAAAG AGGGGCTTAG CCCAAAAGAG GCTTCAATAA AAGCGATGCA AGAGGTCTCA
GGTGCATTGA TTGCTATTGT TTTAGTGCTC TCAGCAGTTT TTCTTCCAGT TGCCTTTTTG
GGAGGATTAA GTGGAGAGAT GTACAGACAG TTCGCTGTTA CTATTGTTAT CTCACTTGCT
ATTTCAGGGC TTGTTGCTCT TACATTAACA CCTGCATTAT GTGCTTTAAT GCTAAAGCCG
ATACATAAAG AGCCAAAATA TTTCTTCAAA TGGTTCAATA ACTTTTTTGA TAGCGCAACA
AGAGGCTACT CAAATGCTCT AAAGCTAACA GTTCGCTACT CTTTTTTAAG TATGTTGCTC
TTTGGCGGAC TTATATATAT AACTTATGAT ATGTTTATAA ACCTAAAAAC AGGGCTTGTT
CCAACGGAAG ATAAAGGAAC TGTTTTCGTC TTTAGTTATA ATCCTCCTTC GGCTTCACTC
AGCAGAACAG AGACACTTAC TTCAGAGATA TATGAGATAG CTTCAAAAGA GAAAGAGAGC
ATAAAAAATA TAGTGCAGTT TGCTGGAATT GATTTTGTTA CATTTTCACA AAGAACAAAT
TCAGCTGCTA CTATTTTAAA ACTTCAACCT TGGGATGAGA GAAAAGACCC AACTCAGCAT
GCAAGTTATA TTGCAGCAGA TATTAGCAAA AAGCTCTCTC GCACAAGTGA TGGATTCTCT
TTTGGAGTTG TTCCTCCGCC GATTATGGGT ATGGGAATCG CTGGTGGATT TGAGATGTAT
GTACAAAATA GAACTGGCGC AGATTTAAAA GAGTTGCAAA AATATGTAAA TGAGATTATC
CAAAAGGCAA ATCAAAGAGC GGAGTTGGCA GGGGTTAGAA CTACACTAAA TACCTCTGTG
CCAAAATACA GTATTAAAGT AGATACTGCA AAAGCTAAAT CTAAAGGTGT AAATATTGAT
GAGATATATC AAACACTCAA TGCAACTTTT GGAAGCTTTT ATGTAAACGA TTTTAACTTG
CTTGGTAGAA CTTACATGGT AAATATGCAA GCAGAAGAGT CATTTAGAAA AACACCACAA
GATTTAGAGA AGATATTTGT CAGAAGCGTA CAAGGCGAAA TGATTCCTCT TAGCTCATTT
GTAACTCTAA AGCAGAGTGT CGGTGCTGAT TTAGTTGAGA GATTTAACCT ATTTAGTGCT
GCAAAAGTTT CAGGACAAGC CTCTTTAGGA TATAGCTCTG GAGATGCACT AAAGGCGATA
GAAGAGGTTT CAAATGAAGT TTTACCTGAG GGCTATAGTA TTAGCTGGAT AGGAACTGCA
TATCAAGAAA AACAGATATC AAGTGCTGGA AACTTGGCAT TTATATTTGG AATAATATTT
TTATATCTAA TACTTGCGGC TCAATATGAG AGATGGCTTA TGCCAATAGC TGTTATTTTG
GCTGTTCCTT TTGGCATATT TGGCGCTGTT GTTGCAAACC ATCTAAGAGG ATTAGAAAAT
GATATATATT TTCAAATAGG AATACTAGTT TTAGCTGGTC TTAGTGCTAA AAATGCAATC
TTGATAGTTG AGTTTGCGAT GCAAAAAAGA GCACAGGGAA TGGAACTTGT TGAAGCAGTG
CTTGAAGCTG CCAAGATTCG TCTGCGCCCT ATCATCATGA CCTCTTTAGC CTTTACCCTA
GGGGTTATTC CTCTAGCTAT TAGTAGCGGT GCAGGAGCAG CAAGCAGACA TTCAATAGGA
ACAGGAGTAG TTGGCGGAAT GTTAGCAGCT ACTTTTTTAG CGATAGTATT TATCCCTCTA
TTTTATATCT TGGTTTCAAA AATAAGAAAC AAAAAAGAGA GTTAA
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| Protein sequence | MFSIFFIKRP VFASVISILI VLAGVIAMRS LPIGEYPRVI PPQIVVTATY QGASAQTISK
TVAAPLEEQI NGAKDMLYMS SIAADNGTLS ISIFFKVGTN PDDAKIDVNN RVQAALSRLP
EQVKRQGVRV NEKSPDMLQV IILNSPKQSR DVGFLSNYAL MNIVDDLKRV KGIGDVTIFG
AKDYSMRVWI DPSKLKKYSL TVSDLVTSIQ EQNEQYAAGK LAAEPISNKE MFTYTIETPQ
RFDDPSQFSE IIVRANEDGS SLKLKDVATI ELGSQSYDMK NKLNNVPAVP ILIFLQSGAN
AIETAKEVRK TIASISENFV EDVEYVIPYD ITDFVQISIN EVIKTFVEAI ILVILIIFLF
LQNFRATLIP VLAVPVSIVG AFAGMYMLGF SINLLTLFGL VLAIGIVVDD AIIVIENVER
HIKEGLSPKE ASIKAMQEVS GALIAIVLVL SAVFLPVAFL GGLSGEMYRQ FAVTIVISLA
ISGLVALTLT PALCALMLKP IHKEPKYFFK WFNNFFDSAT RGYSNALKLT VRYSFLSMLL
FGGLIYITYD MFINLKTGLV PTEDKGTVFV FSYNPPSASL SRTETLTSEI YEIASKEKES
IKNIVQFAGI DFVTFSQRTN SAATILKLQP WDERKDPTQH ASYIAADISK KLSRTSDGFS
FGVVPPPIMG MGIAGGFEMY VQNRTGADLK ELQKYVNEII QKANQRAELA GVRTTLNTSV
PKYSIKVDTA KAKSKGVNID EIYQTLNATF GSFYVNDFNL LGRTYMVNMQ AEESFRKTPQ
DLEKIFVRSV QGEMIPLSSF VTLKQSVGAD LVERFNLFSA AKVSGQASLG YSSGDALKAI
EEVSNEVLPE GYSISWIGTA YQEKQISSAG NLAFIFGIIF LYLILAAQYE RWLMPIAVIL
AVPFGIFGAV VANHLRGLEN DIYFQIGILV LAGLSAKNAI LIVEFAMQKR AQGMELVEAV
LEAAKIRLRP IIMTSLAFTL GVIPLAISSG AGAASRHSIG TGVVGGMLAA TFLAIVFIPL
FYILVSKIRN KKES
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