| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swol_2009 |
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| Symbol | |
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| ID | 4283298 |
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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 | 2297594 |
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| End bp | 2300584 |
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| Gene Length | 2991 bp |
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| Protein Length | 996 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638138890 |
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| Product | hypothetical protein |
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| Protein accession | YP_754675 |
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| Protein GI | 114567521 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1743] Adenine-specific DNA methylase containing a Zn-ribbon |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.785597 |
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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 | ATGACTGAAG AAATGAGGTA TTGTAAACGA TTAATTGAGG TGGATTTACC GATCAAGAGG
ATTTCAGCTC ATGCCCGGAG AGAGAAAAGT ATTCGTCACG GACATATTTC TACGCTACAT
ATATGGTGGG CGAGGCGACC ATTGGCAGCT TGTCGGGCGG TTTTATGTGC TTCACTGTGG
CCCGATCCTG CTGATCCTCT TTGCCCAGAA GAATTCAAGA TAACTGCCCG AGAAGAAATG
TTGAATTGGG CCAATAAGCA TATAACAATT TTAAGTGTGG AGAGCTTTCG TCTTTTTATA
AAAATCCAAA AAGAACCCAG TTTGCTTAAT GATGAACTGG TATTGCGTAA AGCGTTATTG
GATTTTATAG CCGATTTTTC TAATTGGGAT AACACAACTG TAGATCAATA TTTAGAAAGC
AGCCGTAGGC TGACCCAAGT AGCCCATGAG AGCTTGGGAG GTATAGCGGG AACTCGACCA
ATGGTAGTTG ATCCTTTTGC AGGGGGGGGG TCTATTCCCT TAGAAGCCCT GCGAGTTGGG
GCTGATACGT TTGCTTCCGA TCTTAATCCG GTGGCGGTTT TGCTTAATAA AGTAGTGCTC
GAATATATTC CACGTTATGG TCAGGAGTTG GCCGAAGTGG TTAGAGAATG GGGAAATTGG
ATAAAAAAAG AGGCGGAAAA GGAACTTGAG GAGTTTTACC CCAAAGATCC CGACGGAGCT
ATACCAATTG CATATTTATG GGCACGAACT ATTCATTGTG AAGGTCCCGG ATGTGGGGCT
GAAATTCCAT TAATGCGTTC TTTATGGCTG GTAAAAAAAC AAAATCGTTC AATTGCTATA
AAATTGATTC CCGATCGTAG AGAGAAAAAG GTTAATTTTG AGATAGTAGA CAATATCAAA
GCCCGAGAGG TAGGCCAAGG AACTGTAAAA CGTGGTTCTG CTACTTGCCC AGTGTGTGGG
TATACTACGC CAGTAGCTTC AGTTAGGAGG CAACTTAAAA AAAGGCATGG TGGAGCAAAT
GATGCCCTAC TATACTGTGT GGTTACCAAT CGTCCTGGAC AACAGGGCAG ATTTTATCGC
TTACCGAACA AGCAAGATAT AGATGCGGTG AAAAAAGCTA ATCAAGAACT GGAGCGGCGT
AAGGTAAACC ATAAAGGGGA ATTAAGTTTG GTTCCGGATG AACCCACCCC ACTTGGTGGT
GGAAGTGGTG CTGGTCGTGC TTTTTCTCAA AGAAATTATG GTATGGATAA ATTTGAGGAT
CTATTTACAG CCAGGCAGGC CTTAACACTT ACAACGTTGG TGCACCTTGT TAGAGAAATT
AGGCAAAACA TGAATCAGGG AGAAGATAAG GAATTTTCAA TAGCAATAGG GACATGTTTT
GCCATGATCG TAGACAGGTG TTCTAATCAG TTGTCTTCTT TATCTAAGTG GAATATCAAT
CGTCAAATGG TCGATGGTGT TTTTGCACGC CAAGCTTTAC CTATGTTATG GGATTTTGGA
GAAATAAATA TATTAAGTGG ATATATTGAA GGAGCTATTA ACTGGATTTC ATTAATTATT
AACCATGAGT GTTGTAATTC TAGTGGAAAT GCGGAACTTT CATCAGCAAC CTCTAGCCCA
CTGCCAGATG ACGCTGCACA TTGTTTTTTT ACTGATCCAC CTTATTACGA TGCAGTTCCT
TATGCTGATT TATCAGATTT CTTTATAGTA TGGTTAAAAC GAACTGTAGG TGATATCTAT
CCTGCTTTAT TCTCGAGTCA ATTAGCGCCA AAAGAAGACG AGTGTATTGT TGATGAAATA
AAAGGGAAAG ACAAGATATA TTTTGAACGA AATATGGCTC AGGTTATGAC TGAAGGGCGT
CGGGTTCTAG CTCCCGAAGG CATTGGTGTA GTAGTCTTTG CTCATAAATC AACTGAAGGA
TGGGAAGCCC AACTCCGTGC GATGGTTGAT GCTGGATGGA TCATCACTGC GTCTTGGCCT
ATTGATACAG AACGATCTGT ACGTATGCGG GCTAATGACT CAGCTGCTCT CGCCTCCTCG
ATTCATTTAG TCTGTCGTCC TAGAGAAAAT TCGGACGGTT CCTTGATTAC ATTAATCGGT
GATTGGCGCG ATGTATTGCA GGAGCTACCT GTACGTATTC ATGAATGGAT GCCGCGTTTG
GCTGAAAATG GGGTAGTGGG TGCTGATGCC ATTTTCGCAT GCCTTGGACC TGCTTTGGAG
GTTTTTTCTC GTTATTCAAG TGTTGAAAAA CCGAATGGCG AACAAGTTTT GTTAAAAGAG
TATATGGAAC ATGTATGGGC TGCGATTTCT CGCGAGGCTC TGAGCGTGGT TTTTAGTGAT
GCGGATGCTT CTGGCTTTGA AGAAGATAGC AGGTTGACTG CTATATGGTT ATGGACTCTT
ACCACAACTA AGACAACCGA TAAAAACGAT ACCCAAAGTG ATGATTCGGA TTCTGAGGCT
GATGAAAAAC CAACCAGTAA AACAAAGTCG AGTGGATACT TATTGGAATA CGATACAGCT
AGAAAATTAG CTCAAGGATT GGGTGCCCAC TTGGACAAAC TTAATTCAAT TGTGGAAATC
AAAGGCGACA CAGCCCGCTT GCTGCCAGTA GAAGATCGAG CCCGCTACCT TTTTGGAAAG
GTTGAGGAAC CGGTGGCAGT TAAAAAGAAG GCCAAAGTTA AACAAGAACA GCTTAGTCTG
TTCGATCTAA CCGAAGATTT AGAGAAGGCT ACTCCTGGTG AAACAGGTCC ATGTTCAGTT
GGAGCCCCGC TGGCCGGAGC AACGATTTTG GATAGAGTTC ACCAGACTAT GCTGCTTTTT
GCTACCGGTC GTGCCGATGC CATGAAACGT TTTCTGGTAG AGGACGGTAT CGGCCATGAT
CAACGTTTCT GGAAACTGGC TCAGGCTTTA TCAGCACTCT ATCCCCCCTC AAGTGAGGAA
AAACGATGGG TAGATGGGGT GTTGGCACGT AAGAAGGGAT TAGGTTTGTA A
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| Protein sequence | MTEEMRYCKR LIEVDLPIKR ISAHARREKS IRHGHISTLH IWWARRPLAA CRAVLCASLW
PDPADPLCPE EFKITAREEM LNWANKHITI LSVESFRLFI KIQKEPSLLN DELVLRKALL
DFIADFSNWD NTTVDQYLES SRRLTQVAHE SLGGIAGTRP MVVDPFAGGG SIPLEALRVG
ADTFASDLNP VAVLLNKVVL EYIPRYGQEL AEVVREWGNW IKKEAEKELE EFYPKDPDGA
IPIAYLWART IHCEGPGCGA EIPLMRSLWL VKKQNRSIAI KLIPDRREKK VNFEIVDNIK
AREVGQGTVK RGSATCPVCG YTTPVASVRR QLKKRHGGAN DALLYCVVTN RPGQQGRFYR
LPNKQDIDAV KKANQELERR KVNHKGELSL VPDEPTPLGG GSGAGRAFSQ RNYGMDKFED
LFTARQALTL TTLVHLVREI RQNMNQGEDK EFSIAIGTCF AMIVDRCSNQ LSSLSKWNIN
RQMVDGVFAR QALPMLWDFG EINILSGYIE GAINWISLII NHECCNSSGN AELSSATSSP
LPDDAAHCFF TDPPYYDAVP YADLSDFFIV WLKRTVGDIY PALFSSQLAP KEDECIVDEI
KGKDKIYFER NMAQVMTEGR RVLAPEGIGV VVFAHKSTEG WEAQLRAMVD AGWIITASWP
IDTERSVRMR ANDSAALASS IHLVCRPREN SDGSLITLIG DWRDVLQELP VRIHEWMPRL
AENGVVGADA IFACLGPALE VFSRYSSVEK PNGEQVLLKE YMEHVWAAIS REALSVVFSD
ADASGFEEDS RLTAIWLWTL TTTKTTDKND TQSDDSDSEA DEKPTSKTKS SGYLLEYDTA
RKLAQGLGAH LDKLNSIVEI KGDTARLLPV EDRARYLFGK VEEPVAVKKK AKVKQEQLSL
FDLTEDLEKA TPGETGPCSV GAPLAGATIL DRVHQTMLLF ATGRADAMKR FLVEDGIGHD
QRFWKLAQAL SALYPPSSEE KRWVDGVLAR KKGLGL
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