| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swol_0298 |
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| Symbol | |
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| ID | 4281514 |
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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 | 347314 |
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| End bp | 351687 |
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| Gene Length | 4374 bp |
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| Protein Length | 1457 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 638137188 |
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| Product | hypothetical protein |
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| Protein accession | YP_753014 |
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| Protein GI | 114565860 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR02543] Listeria/Bacterioides repeat |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00924887 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | GTGCGAAAAG TAAAAAGGCT TCTGGCGCTG CTGCTTATAA TGGCTTTAAC CATTACGCAG
CTGCCGTTGA CGGCGCTGGC GGAAGATGTG GCGCAAGAAG AGATTGGTAT TGAGACAACG
GAGAATAACG AAGCCTCGAC CGAGCTTCCT TTGCTGCAGT CTGTACCAGA AGAACCGGGA
ACTTCCTTGG GTATGAAGGC GCTTGAGAAA CTGGCGGGCG GGATCATCTC CGGAATTGCG
GGGAAGACCG TCAACGAGTC GTTTGCAGCC ATATTCGGCT CGGATACCGG TAGAATTATC
CAAGCTTTGC AAGAAATCAA GGGAAAACTG GATAACATTG AGAACCAAAT AAAGGCCCTA
TCCGGCAAGC TTGAAGAGGG AGAGCTAAAG AGAAATCTAG ATAGCTTCGC TGAATTCTTC
AGCGATTACG CATCCCCCTA CAATCAGCTC TGTGGTTATC AGACGGATTT GGCTGACGAT
GGTGAGCTAA CGGATTTATT TATGCAAGAC CTCTATTGGG GTAAAAACAG GAATATTGAC
ACTGGCAGCA AGAGCGTGAT CGCTGCTTCC AATGCCCTGG GCAACAGAAT AACCATGGTG
CTGACCAGTG GCTATAATAT TTTCGGTGCC TTTGACAAAC TGGAACGGCA CCAAAACCAC
TGGGAACATC AGGGCTACGA AAAGCGCAAG GAATACAGGA ATTACATCAT TACTGTTTAC
GCCATGTACA ATGCCATGGG GCAGACCGCC TGCGAGAAAG TGATCGAAGC GCACCAGGGT
GACAGCTTGA GTGATAGTAA CATCCGCTTG CAAGCCCAGC GGGATTTGGA TGAGCTGAAA
GCCAACGCCG AAAAGGTAAA GAATATGTAT CAGCGCTGCG CCGTGGTTGA GCACCCCAAC
CTGCGCATTT ATCGTGATAC CACGACCGGA ACGGATTTGT ATGCTTTCTA CGAAAACTTT
TATGTAGCCC AGATGACTCC TTTAGATCTT TATTATAGGG ACAGACTTGA AACAACTGAG
TACATGCAAA GCATGATATG GACAAAATAT CCGGTTAGAC GGCCGGGTAA CGGTGGCACC
GAACTAATAT CCTGGCAGCC ATGGAGGGGC CTTTTTGAGG ATATTTATAA AGCTTATGGC
GGTAAAAAGA CATTATATGA CATTTTTTTC GATCCTCAAG AAGGTAATTT TATCAACAAT
GGGAAACATC TTCCCAAGGG AACAAGGTTT GCGACAGACT ATTATGTTTA TAAACGTGTA
AATTCGACTG ATTTCCAATG GAGAACGAAC GTAGTAACTG ATAAAGGGAA ATTGAATGAA
ACTGTGGTTC TTGCGCGCTT AGACTTCAGT TATACTAAAT CGCGATATGA CAGTTTGAAA
ATTTCAAGCG AACAATTTTT TAGCGTTAAT AGGTACTGGG GGATTGTAAA TCAGGGCGCT
TTACAATCCA ACGATTGGCC TCCGACAAGT GAAACCGCCG GTATGATTTC CGGCATGGCC
AGCTCTTATG AACTGCCCTA TACCGGCAGC ATCACTCTTT CCATGGAAGA AAAAGCCGGT
GCCACCTACC AGTGGTTTGT CGCCAAGGGC GACGGCAAGG ACTTTGAGGA GATAGCGGGG
GAAACCGGCG CGACCTACAC CCTGTCCGTG CTGGAACCTT CAATGAACGG CTGGATGTAC
CGCTGCGCCA TCATCGAAAA CGCAGGGACA GATGAGGAGA TATCTACCCT GGCCGATCCG
GAAACACTCA AGCTTACAGG AGAGGGTGTG CCTGAACCCA TGACGGTTCA CGAGATAGGC
AGCACGAATG AATTGGCAGA TGCCCTGGAG AAGGTGTCCG ACGGGAGTTG GAACGGACAC
GAGCTGAAAC TGACGGCCAA TATCGATTAT TCCCTGCCGA TCACGCTGAG CGGCTGTAGT
TTAATGATTG ACCTGAACGG ACATACGCTG ACTGTACAGC CTGACTCGAC GGCCCAGCCA
AACGTCGATC CCATGAGCAG CACACCCGCG ATGGCTGCAA TCTATGCAAA TAACTTCAGT
CGGCTGAAAC TGACCGGAGA GGGAGCATTA AACGTGATGA CCGGAGAAGG CGTTGCCTAC
GGTGTCTATG CGGGCGAAGG CAGTAATGTC CAAGTAAACT CGGTGACATC GGCTGGCGGC
AGCAATGCGG TCTATGCGAA GGGCGGCGGC ACAGTGACGG TTGACAGCAT CACGGTAGCC
GGGGATAACG CATACGGCGT AGGATGCTTT GACAGCAGCA GCATTATAGT CAATGGCGAT
GTGAAAGTTA CAGGTGTTTT CTCTTACGGC GTGTATATAG ATTCCGAGAG CGGAGGACTG
CAGCCTGTCT TCATCGGGGG GGATATTGCG GTAACCGGTG AAAAAAGCCG CGGGGCATAC
CTGGGCGCAG AGGAAGCCAT TCTAAGCGTT GCCGGAAGTG TTATAGTCAC CGGTGGTGCT
TCTGGTGTTT CGGCTGGCAA GGGTGAAGTC GCAATCAAGG GCGATATCAC CGCACCGGAT
TATGCCGTAA ATGCTTGGCA CGGCGCTTCC GTCACCGTGC AGGGCAATGT CGCTGCCAAG
GGGGAAGAAG CCACGGCGGT ATCCTCCTCA GGAGCCAACG TGCATATCCA AGGCAATGTG
ATTTCATCAG GCCAAGACGG CACGGGAATA TATGTATCGG CATGGGAACT GGTTGACCCG
GTCGAGAGTG CGAAAGTTAC CATTGACGGC AAGATCAGCG CTGACACTCC CCTGCGGATT
GAAGGCCTGC TGGTGGAGGA AAGTGAGCAC ACGGAAACCA CTACCAAGGA AGACTATTAT
ACCTTTACAG ATGGAACCAA CACTGTCTGG GCCAAGCCCG GCTCTTTTCA AAGGGCAGTC
ACCTATACGG TCACCTTTGC TAAAAATGGC GGGGATACGC AGGCAAGCCC TGGTGCAATA
GAGGTAATCT CAGGTGGCCA GGTCGGTACG CTGCCAACGG TGCCTGCCAG ATCGGGTTAC
ACCTTCACTG GCTGGAACAC GCAGGCAGAC GGAAGCGGCA CAGCTTTTAC GGCAGCTACG
ACAGTCACCG GTGCTATTAC GGTGTATGCA CAATGGAGTA AAAACAGTAC TGGCGGCGGT
TCATCCGGCG GCGACCGAGC AACAAGTGCT CCTGTGGAAA CACCCAAAAC CGAGACCAAT
ATTGCAGGAA ATACCGCGAC GGCTACCACA ACAGTTACAG CTGCCGTAGA CAGTAGCGGC
AATGCAAGGG CCATAGTTAG CCGCACACAG GTAAGCGATG CCATCAATAA AGCGAAGGAA
GAAGTCAGAA AGCAAGGCGA AGGCACTGCC GCCAGGCTTG AAATCAAGGT GCAAGCTCCC
GCAGCTACCA CCACCGCAGA AACAAGCATC CCTAAAGAGG CGGTAAGCCA GGCCGCGGAA
GCCGGAATTG GCGTATTGAC CATATCCACC CCTGTTGCCT CCATTAGTTT TGATGCCAGC
ACCCTGTCTA CCCTCTCCGG AGAAGCAACA GGTGATGTGA AAATTACGGC ATCCAAAGTG
GAAGCCTCCT CTCTTTCGCC TGAAGCACAG CGGACGGTGG GCGACAGGCC AGTGTTCGAT
TTCAGTATTA CCAGTGGGGG CAAGACCATA TCCCAGTTTG GCGGGAATGT ATCGGTATCC
GTGCCCTATA CCCCTAAAGT AGGTGAGGAT ACAGACGCTA TTGTCATCTA CTATATCAAG
GAGTCAGGGG AGCTAGAAGT AGTAAGCAAT TGTATCTATG ACCCCGCAAC GGGAATGATC
AGCTTCAACA CCAGGCATTT CTCACAGTAT GCCTTGGGCT ATAACAAAGT CAGCTTCAAG
GATGTGGCTG AAAGCGCATG GTACAGCAAG GCGGTAGGTT TTATCGCCGC AAGGGAGATC
ACGACAGGCA CCGGAGGTGG CAATTTCAGC CCGGAAGTAA AGCTGACCAG GGGCCAGTTT
ATCGCCATGC TGATGAAATC ATATGGCATA GCCCCAGATC TTAATACTAA AGTTAACTTC
GCAGATGCTG GCAACAGCTA TTACACCGGC TACCTGGCTG CAGCAAAGCG CCTCGGTATA
TCTGCTGGTG TAGGTAATAA CTTGTTTATG CCGGAAAAGG AGATCACCCG TCAGGAAATG
TTTACCTTGA TGTATAAGGT GCTAAAAATT ATCGGTAAGC TGCCCCAGGG TAATTCCGGT
AAGACCCTCT CTGACTTCAG CGATGCAGGT GACATAGCTT CCTGGGCAAA GGTTGCCATG
AGCCTTCTTG TGGAAACCGG GACTGTCAGC GGTAGCGGAG GGAAGCTTTC CCCGATAAGT
ACGACCACTA GAGCAGAATT GACGCAGGTG CTTTACAGCC TGCTCTCAAA ATAA
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| Protein sequence | MRKVKRLLAL LLIMALTITQ LPLTALAEDV AQEEIGIETT ENNEASTELP LLQSVPEEPG
TSLGMKALEK LAGGIISGIA GKTVNESFAA IFGSDTGRII QALQEIKGKL DNIENQIKAL
SGKLEEGELK RNLDSFAEFF SDYASPYNQL CGYQTDLADD GELTDLFMQD LYWGKNRNID
TGSKSVIAAS NALGNRITMV LTSGYNIFGA FDKLERHQNH WEHQGYEKRK EYRNYIITVY
AMYNAMGQTA CEKVIEAHQG DSLSDSNIRL QAQRDLDELK ANAEKVKNMY QRCAVVEHPN
LRIYRDTTTG TDLYAFYENF YVAQMTPLDL YYRDRLETTE YMQSMIWTKY PVRRPGNGGT
ELISWQPWRG LFEDIYKAYG GKKTLYDIFF DPQEGNFINN GKHLPKGTRF ATDYYVYKRV
NSTDFQWRTN VVTDKGKLNE TVVLARLDFS YTKSRYDSLK ISSEQFFSVN RYWGIVNQGA
LQSNDWPPTS ETAGMISGMA SSYELPYTGS ITLSMEEKAG ATYQWFVAKG DGKDFEEIAG
ETGATYTLSV LEPSMNGWMY RCAIIENAGT DEEISTLADP ETLKLTGEGV PEPMTVHEIG
STNELADALE KVSDGSWNGH ELKLTANIDY SLPITLSGCS LMIDLNGHTL TVQPDSTAQP
NVDPMSSTPA MAAIYANNFS RLKLTGEGAL NVMTGEGVAY GVYAGEGSNV QVNSVTSAGG
SNAVYAKGGG TVTVDSITVA GDNAYGVGCF DSSSIIVNGD VKVTGVFSYG VYIDSESGGL
QPVFIGGDIA VTGEKSRGAY LGAEEAILSV AGSVIVTGGA SGVSAGKGEV AIKGDITAPD
YAVNAWHGAS VTVQGNVAAK GEEATAVSSS GANVHIQGNV ISSGQDGTGI YVSAWELVDP
VESAKVTIDG KISADTPLRI EGLLVEESEH TETTTKEDYY TFTDGTNTVW AKPGSFQRAV
TYTVTFAKNG GDTQASPGAI EVISGGQVGT LPTVPARSGY TFTGWNTQAD GSGTAFTAAT
TVTGAITVYA QWSKNSTGGG SSGGDRATSA PVETPKTETN IAGNTATATT TVTAAVDSSG
NARAIVSRTQ VSDAINKAKE EVRKQGEGTA ARLEIKVQAP AATTTAETSI PKEAVSQAAE
AGIGVLTIST PVASISFDAS TLSTLSGEAT GDVKITASKV EASSLSPEAQ RTVGDRPVFD
FSITSGGKTI SQFGGNVSVS VPYTPKVGED TDAIVIYYIK ESGELEVVSN CIYDPATGMI
SFNTRHFSQY ALGYNKVSFK DVAESAWYSK AVGFIAAREI TTGTGGGNFS PEVKLTRGQF
IAMLMKSYGI APDLNTKVNF ADAGNSYYTG YLAAAKRLGI SAGVGNNLFM PEKEITRQEM
FTLMYKVLKI IGKLPQGNSG KTLSDFSDAG DIASWAKVAM SLLVETGTVS GSGGKLSPIS
TTTRAELTQV LYSLLSK
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