| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swol_2188 |
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| Symbol | |
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| ID | 4283134 |
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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 | Syntrophomonas wolfei subsp. wolfei str. Goettingen |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008346 |
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| Strand | - |
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| Start bp | 2524326 |
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| End bp | 2527637 |
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| Gene Length | 3312 bp |
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| Protein Length | 1103 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 638139068 |
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| Product | hypothetical protein |
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| Protein accession | YP_754850 |
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| Protein GI | 114567696 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2041] Sulfite oxidase and related enzymes |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | ATGTTGAATA AGAAAAAAGG GTGGGGTAAA TTAGTTGCCC TGTGCATAAT GTTTGCATTG
CTTTTTGGGT GTAGCGGCTT AATGATGCCG GATATGGTTG ATGCTACTGG CAACAATAAT
CAGACAAACG ATGACATTAT TAGGATTGCT GAGGCATCGA CAATTGATGT TCTCTTTGAT
GGTGAAATTG CTTTAACACC GAATGAGACC TTTATCTTGA CTGCTTATAC CTCAGATAAA
TCTTATACTG TCAGCAAAAC TACACCACTG GGTGCACTTC AGGCAGCCGC AACTGCCAGT
GGTTTCATCT TTGACGTTAC TGACAAGAAA TATGATTCAT CTAAGGTTCT CCTGTTAGAT
AATATAGGAA ACTATAAATA TGTTAAGGGC GGGAGTAAGT GGTATGCTTA CGTCAATGAC
GTCTATAAAG ATGGCTATGA CAATGCTGCT GATGGCTTGA ACCTGATAGA GCTCGTAGAC
GGGGACCGGG TGGAATTCTA TTATGCTGCC GGTATTGCTA CTCCCAATGA CCATAATGCG
GTTAAGGCAG CAGCTACCGC AGCCGTAAAA ACCGTTGCTC GTACAGGTGT TGCCCCAACG
GAATGGACCC TGCAGCTCTC GGGGGCTAAG GATGAAAAGG TAAGCAAGGC GTACTTCGAG
AATGGTCTTG CCTGTGCTTC CTCAACCCAT AAGGTGTCCT GGACCGACAC TGATGGTAAT
GTCTGGGGAG GCGTACCCTT ATGGTTGCTA GTTGGCATGG TTGATGATAA CCCCGATGTT
GGTGTTAAGC ACTTCAACTT TAACGATGAC CTCGCTGCCC AGAAGTATCA GGTTAATGTT
ATAGCGGGAG ACGGGTGGAA GGCCACCCTC GATAGCGATA TAATTGCCCG CAATAATGGG
TATATTATCG CCAATACCCT TAACGGCGAA CCTCTCCCAC AAAAGCTTGA TTCAGGAAAA
GGCTCCTGGC CTTTGCATCT GAAAGGTGAG GCTATTTTTG GTGGACAACA GGTAGGCAAT
GTTGTTAAGA TCGAGCTGTC AAATCTTCCT GAACCAGCTG CGGGATGGAC CCTGGAATTG
AGCGGGCAAG TAGGGGATAC CATCACCCAG GAGGAGTTTG AAAAAGGACT GGCCTGTACG
GGGTCAGGTC ATTATAAAGA ATGGACTGAT AAGGAAGGTA ATGTCTGGTC GGGTGTGCCC
CTCTGGGTAC TTTTGGGTGC CGTAGATGAC ATCGAGAAAG GTGGGCATTG GACTTTTAAT
GAATCCCTGG CTATAGGTTA TACGGTAAAA GTTAGTGCAG CAGACTTTAG CAAGACTTTT
AACGGGGCTG ATATAGCTAG AAGTGATAAC TATATTATAG CTAACAAGAT GAACGGTAAA
CCTCTTACCG ACTCATATCC GTTGCGCCTG GTTGGTTCTG GTGTTACTAA AACCGATGGT
TCAGGGGGAC TTGGGGGTAA AGCTGTCGGT AACATTACTA AGATAGAAAT ACCAGAGTTG
CAGACTCCAG CGGCTGTCGA AGGTAGTTGG AACCTTACTC TGACCGGCAA GATTAGTGAT
GTTTTTTCAC AAGAAGAGTT TGAGGCTGCT CTCACCTGCC CAAATTCGGG CCACTTAGTA
CAGTGGACTG ACGGTAATAA TGATGTATGG TCCGGCATAC CTCTATGGTA CCTAAACGGC
TGGGTAGACG ATCGGCAGCC TCATAAGTAC AATGCTAATC TGGCCACCGC TGGTTATACG
ATACTGGTCA AGGCTGCAGA CGGCTATACC AAGGATTTTT CCAGCAAGGA TGTAGCCTGG
AGTAACAACT ATATAATTGC AAATAAATTA AACGGAAAAC CCCTAACTGA TTCATGGCCA
CTGCGCTTGG TTGGTGCTGG TGTTGCCAAA GCTGATGGCT CCCTGGGTGG TACCAGTGTT
GGGAATATCG CGGAGATTGC ATTAACCTCT TTTGAGACTG CCGTTCCTAT ACCAGAAGTG
CGTATTGTTA AGTACAGCGA GGATCATACT ACTATCCTCC AGGAAAAAAC CGTTGATTAT
TTATGGATGA AGGATAACCT GAATGTTATT GGCGACGGGG AAACGGTATA CAAATTTGAA
GGGATTACCA ACAACCCGGA TGATGTTTGG GATGCTGATG AGACCTATCC CGGCGGTTAC
AAGGTAGCCA ATGCCGTAAA AGGTAGCCGC ATCAAGGACC TTTGTGAGCT TGTGGGTGGC
ATGGGGGCCG GTACGGAAAT AGTATTTGTT GCTAAAGACG GCTTCGAGAC CAGGCTTCCT
TACTCCTCCA TATATACCGA CCCTTCAGTG CAAGCACGAC AAGGGGATGC GATTCTGGCT
TGGTGGGGTG ACGGGAAATA TGTACCCGAC TATGCAGATG GTATGCGTTT ATTCTTCACT
CCAGGGGGTG ACAACGTCTA CGGCCAATGG GATATGCATG AGACCCTTCC GGAAAACTAC
TGGCATTACT ATTACGGTGA TGGTGTCCAG TATCCTTCTT GTGCCGGTTT ATCAGCCAAG
TATATTACAG AGATCAGGGT ATACTCCGTG CCTCAGGGGG ATTGGACACT GGCGTTGGAT
GGTCAGGATA TAGGTGGTTT ACAATATGAA GTAAGCAAAA CCTATTTCGA ATCGGCTCTG
GCCTGTCAGT TTAAAGCTAA CCACAAGGCA AGCTACACTG ATTCAAAAGG GCGACTCTGG
GAAGGTATGC CTCTGTGGTT CCTGCTTGGA TTCGTTGATG ATGCTGATCA ACACTCCAGT
AAGGCCTTTA ATGATGTACT GGCTAAAGCT GGGTACCAGG TAGTGATTAC CGCTGCTGAT
GGTCATTCGA TAACTATTGA TAGTACAGAT ATTGATCGCA ACCATAACTA TATTATCGCC
AATTCACTCG ACGGGGCGCT TATACCTGAG TCTGATAGTA GTTGGCCGCT CCGCCTGGTT
GGAGCAAATG CCAGCGGAGC AACATCTATT TCCCAGATTG TGAGCATCAA ACTGCTTAAA
TCGTTTAAAG ACTGGCCACT TAAATATGAG CCGGTTCACA GCACACACGA TTGGAATATT
ATATTCAGTT TGCCAGTATC AAAAACCCAG AATCTGGACG ATCACATTTA TGTAACTGAT
GTTGCTGGCA AGAAGGAACC TGTTACCTGT AAAGTCAATC CGGAAAATCC CAAGGGTATC
CAGGTATCAC CACCCCAAGG AGGCTATCAG CCTGGGGGAA GCTACACTTT ATGGATTGAT
GGTAGTTTAG AATCTGAAGG TGGTAAACTG CTTAAACAGC CGTACAAGCT TCAATTTAAG
ATTGCCAATT AA
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| Protein sequence | MLNKKKGWGK LVALCIMFAL LFGCSGLMMP DMVDATGNNN QTNDDIIRIA EASTIDVLFD
GEIALTPNET FILTAYTSDK SYTVSKTTPL GALQAAATAS GFIFDVTDKK YDSSKVLLLD
NIGNYKYVKG GSKWYAYVND VYKDGYDNAA DGLNLIELVD GDRVEFYYAA GIATPNDHNA
VKAAATAAVK TVARTGVAPT EWTLQLSGAK DEKVSKAYFE NGLACASSTH KVSWTDTDGN
VWGGVPLWLL VGMVDDNPDV GVKHFNFNDD LAAQKYQVNV IAGDGWKATL DSDIIARNNG
YIIANTLNGE PLPQKLDSGK GSWPLHLKGE AIFGGQQVGN VVKIELSNLP EPAAGWTLEL
SGQVGDTITQ EEFEKGLACT GSGHYKEWTD KEGNVWSGVP LWVLLGAVDD IEKGGHWTFN
ESLAIGYTVK VSAADFSKTF NGADIARSDN YIIANKMNGK PLTDSYPLRL VGSGVTKTDG
SGGLGGKAVG NITKIEIPEL QTPAAVEGSW NLTLTGKISD VFSQEEFEAA LTCPNSGHLV
QWTDGNNDVW SGIPLWYLNG WVDDRQPHKY NANLATAGYT ILVKAADGYT KDFSSKDVAW
SNNYIIANKL NGKPLTDSWP LRLVGAGVAK ADGSLGGTSV GNIAEIALTS FETAVPIPEV
RIVKYSEDHT TILQEKTVDY LWMKDNLNVI GDGETVYKFE GITNNPDDVW DADETYPGGY
KVANAVKGSR IKDLCELVGG MGAGTEIVFV AKDGFETRLP YSSIYTDPSV QARQGDAILA
WWGDGKYVPD YADGMRLFFT PGGDNVYGQW DMHETLPENY WHYYYGDGVQ YPSCAGLSAK
YITEIRVYSV PQGDWTLALD GQDIGGLQYE VSKTYFESAL ACQFKANHKA SYTDSKGRLW
EGMPLWFLLG FVDDADQHSS KAFNDVLAKA GYQVVITAAD GHSITIDSTD IDRNHNYIIA
NSLDGALIPE SDSSWPLRLV GANASGATSI SQIVSIKLLK SFKDWPLKYE PVHSTHDWNI
IFSLPVSKTQ NLDDHIYVTD VAGKKEPVTC KVNPENPKGI QVSPPQGGYQ PGGSYTLWID
GSLESEGGKL LKQPYKLQFK IAN
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