| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_0049 |
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| Symbol | |
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| ID | 8223615 |
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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 | Dyadobacter fermentans DSM 18053 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013037 |
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| Strand | + |
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| Start bp | 57450 |
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| End bp | 61799 |
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| Gene Length | 4350 bp |
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| Protein Length | 1449 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 644927929 |
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| Product | hypothetical protein |
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| Protein accession | YP_003084486 |
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| Protein GI | 255033865 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.0000651101 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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Fosmid Coverage information |
| Num covering fosmid clones | 11 |
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| Fosmid unclonability p-value | 0.0482632 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGCGTT TTTATAGTCG AGTTATCTCT GCATTCGTCT TAGCATTGAT TTCATTGGTT
GGTTTTGGCC AGGGCATAAT CAAAACCGAA AGATCGTCTC CGCAGGGAAT AGTGAGTTTT
TCGCAATCCT CCAAGGTCGT CGGAGCAGGG GATTCCAAAC ACATTGACGG ATATGTGGAG
AAAAGCGGTT CTGGCATATT TCTGTTTCCT GTCGGTCACA AGGGTATGTA CAGACCCTTC
GCAGCGGAGT CTGACGGCGT AATCGGGGCA TATTTTCAAG AGAATGCAGG ATCTGCATCT
TTGCCTGCCG GAGCGCCTTT TTCAACTGGA AACAAGGAAA GCGCATTAAA AAATGTCAGT
GGAATTGAGT TCTGGGACAT CAACGGTGCC AACCCTTCGC GGTTGACTTT GACCTGGAAT
GCAACGAGCA ACGTGGGAAC GTTAACGGGC AATTCCTTGC CGTTGCTGAC CATCGCAGGC
TGGAACGCAG CCACCTCGAA GTGGGAAGCA GTCATTTCAA TGGTTGATGA GGTAGCCTAC
CAGGGTGGAA CGAGTTCGAT GACTTCGGGC TCGATAACGA CTATTCAGAC TGTGGTTCCA
AACAAGTATA GTGTCTATAC CCTGGCCTCA CTAAATTCTC CCACGGTGCA AGTGAGCTAT
GAGGGTAGCC TTGAAACACT TTCGTGTTCA GAGATCGCGG GATGGGTTTG GAACAAGAAC
TATCCAGATG CAGCTTTGAC GGTCGAATTA TTTGAGGGTA GCACAGTTTA TGCCACAGCA
AGGGCCGAAA TTAACCGAAC CGATCTTAAA GAGAGTGGAA AAGGCTCTGG TAATTATGGA
TTTAAGATAG CTACGCCTGC AAGCTTGATA GACGGAAAAA CACATCAGCT CAGTATCAGG
GTGAAAGGAA GCAGTTTCAC TCTCGCTGGT TCTCCCAAAA CTTTAAACTG TGGCATAACT
GGTGCTTTTG AAGTGGCAGA TTGTTACAAG CTTAGTGGTT GGGTTTGGGA TAAAAATATG
CCTGGTAGTG CGCTCACCGT GGAAATAAAA GAAGGGAATG TTGTGCACGC GACTTCGTTG
GCAGATGTCT ATCGGGAAGA TCTGTTGAAT GGCGGGGCCG GTACAGGTAA ATATGGCTTC
TCGATCCCAT TACCGGCGAC CTTGAAAGAT GGAAAGAGCC ACGTGGTATC TGCTACTGCA
AAGGGCATCG AGTACACCCT TACGAATTCA CCAAAATCAG TTAATTGCCC GGTGAGCCAG
TTTGCCGGAC GTTTTGAAAA GGCAGATTGT GAGTCTATAC AAGGTTGGGT TTGGGATGCA
AATTACCCGA ATGCTGCTTT GACCGTCGAG GTTGTTGAAA ATGGTGTTGT GTACGCTACT
GGGGTTGCCA ATGTCTATCG CGAGAGTCTC AAGACTTCGG GCTATGGAAC CGGAAATTAC
GTTTTTCGGA TCCCGACGCC TGCAATTCTG AGGGACGGCA AGGCGCACCA GTTAAGTGTC
CGCGTTAAGG GAACAGGCAC CATCATCAGT GACTCTCCCC GATCTTTAAC ATGCTCAGTT
AACGACTATG GTGGTCTTTT CGATTTTGCC GACTGCGACA TTGTGCGTGG TTGGGCTTGG
GATAAGAACT TTCCGAATGG AGCAGCACTC ACCGTGGAGC TGGTTAAAGG TGACGTAGTG
TATGGATCTG CGGTGGCAAG CAATTATCGT GAGGATTTAA AGAATGCGGG AACGGGAACA
GGCAACTACG GATTTTCTAT GGCAATGCCT GCTGCATTGC GGGACGGCAA AGCCCACCAG
CTGAGTATTC GCGTGAAGGG TAGTAGCTAC CTTTTGCCGG GATATCCCGG TACTAAAACG
CTTACCTGTG AAATAAACCG ATACGCCGGA AGTTTCGAAC GCGCGGAATG TGGTCTGATA
CAAGGTTGGA TATGGGACAA GAATAATCCT GGGACGTCAG TGACGGTAGA GGTCGTAGAA
GGAACGACGG TACATGCCAC AGGCATTGCG AACATCTACA GAGAGAGCTT GAATACCTCT
GGTTTTGGTA CTGGAAATTA CGTTTTCCAG ATTGCTACGC CAGCCAGCCT TAAAGATGGC
AAACCGCATC AGTTGAGTAT AAGAGCAAAA GGGAGCAGTA CTATCCTAAG TAACTCACCG
CGCTCTCTTA CATGCGCAGC CAATGAGTAC GATGGTGTAT TCGAATTTGC AGATTGCGAC
GTTGTTCGGG GCTGGGTTTG GGACAAGAAC TTTCCGAATG GCGCAGCACT TACCGTCGAG
CTCGTTGAAG GCACAGTAGT TCACGGAACG GCGGTAGCGG GTACTTACAG GGAGGATTTA
AAGGCGAAGG GAAATGGAAA ATATGGATTT TCGATGGCAT TGCCGGCTGC ATTGCGGGAC
GGCAAATCCC ATCAGCTAAG TGTGAGGGTT AAAGGAAGTA ATTACACATT AGTAGGATAC
CCAGGCTTGA AAACACTTAC CTGCGAAGTC AACCGTTATG CCGGAAGTTT CGAGCGGGCA
GAATGCGGCG TCATACAGGG ATGGATATGG GACAAAAATA ATCCAGGGAC GTCTGTTACC
GTGGAAGTGG TTGAAGGCAC AACAGTTCAT GCTACCGGAA TTGCCAATGT ATACCGCGAG
GCTTTGAAAA CGTCGGGTTT TGGCACAGGG AATTACGTTT TTCAAACCCC AACACCTGCT
AGTCTAAAAG ATGGTAAACC GCACCAGATC AGCATTCGTG CTAAGGGAAG TAGTTTTGTT
CTAACAAATT CTCCTCGCTC GTTAACTTGT GCGGTTAATA GTTATGCGGG TGCATTCGAG
TTTGCGGACT GTGATGTTGT ACGAGGTTGG GCATGGGATA AAAATTTTCC TGGCGGGGCG
GCACTTACCG TTGAATTGGT AGAGGGAACC ATTGTGCATG GCACAGCCTT GGCCAGCTCT
TATCGCGCGG ACCTCAAATC AAACGGTACA GGAACGGGTA ACTATGGCTT CTCAATGCCA
TTGCCACCAG CGTTGCGGGA TGGCAAGGCC CACCAATTAA GCTTCCGTGT AAAGGGTAGC
AGCATCTTGC TAAGCGGATC GAAGACGCTC ACTTGTGAGG TAAATCGTTA TGCGGGTCGT
TTCGAGCGGG CGGAATGCGG ATCAATCCAG GGCTGGGTAT GGGACAAAAA TAATCCCGGA
ACCTCTGTAA CAGTGGAGGT ACTTGAAGGA GGCATTGTCC ATGCTACTGG GGTTGCCAAT
ATCTATCGAG AAAGCTTAAA GACTTCGGGT TATGGTTCTG GAAACTACGT TTTTCAAATC
CCAACACCGG CAAGTATTAA AGATGGTAAA GCGCATCAGC TAAGCGTTCG GGTAAAGGGA
AGTAGTGTGA TTTTGACGGA TTCTCCCCGG TCCTTGACCT GCCCTGTAAA CGACTATGAC
GGTATATTCG AATTTGCAGA TTGCGATGTC GTGCGTGGAT GGGCGTGGGA CAAGAACTTT
CCGAATGGGG CATCATTGAC TGTTGAGTTG GTTGAGGGCA CAACAGTCCA TGGAACCGCA
ACGGCCGGCA GCTATCGCGA AGACTTGAAG GTAAAAGGGA ACGGGACGGG CAACTACGGC
TTTTCGATGG CGTTGCCTGC TGCTTTGCGG GACGGTAAGC CGCATCAGCT AAGTATCCGG
GTTAAAGGAA GTAACTATAT ATTGTCCGGA TATCCTGGCG TCAAATCGCT GACTTGCGAA
ATTAACCGCT ATGCCGGCCG TTTCGAGCGA GCGGAATGCG GGATGATCCA AGGATGGATA
TGGGACAAAA ATAATCCTGG GGCTGTGGTT ACGGTTGAGG TAATGGAAGG CACTACGCTG
CTTGCAACAG GAGTCGCAAG TATTTACCGG GAAAGTCTGA AGCTATCAGG TTTCGGTACG
GGGAATTATG TATTCCAGAT TCCAACGCCT GCCAGTTTAA AGGACGGTAA GGCGCATCAA
CTAAGTATAC GTGCGAAAGG GAGTTCATTT ATACTTACGG ATTCACCACG CTCACTTAGT
TGTGCAGTAG CTGCACGCAT AGCTGCGCCA GCTCACGAAA TCAGTGTTAG CGAGAATCAT
GAAGGCCTTA TCGATGAACT GCGGTTTTTT GTTTTCCCTA ATCCGTCAAA AGGGACGTTG
ACGGTTGCGC TGCATGCTGC CAAAGACAAA CTGGTAAATC TCTCAATCAT AAATATTCTT
GGACAGAGTG TCCATAAGTC AACCCTGGCA AGCATGAGTG GAGAGGTAAA GACGACGGTC
GACCTGGGGC AATTGCCAGA TGGAATATAT ATTGTCCAGG TAAAAGTGGG TGACAAGATA
GAAAGCAGGC GCGTTGTACT TGCTAAGTAG
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| Protein sequence | MKRFYSRVIS AFVLALISLV GFGQGIIKTE RSSPQGIVSF SQSSKVVGAG DSKHIDGYVE
KSGSGIFLFP VGHKGMYRPF AAESDGVIGA YFQENAGSAS LPAGAPFSTG NKESALKNVS
GIEFWDINGA NPSRLTLTWN ATSNVGTLTG NSLPLLTIAG WNAATSKWEA VISMVDEVAY
QGGTSSMTSG SITTIQTVVP NKYSVYTLAS LNSPTVQVSY EGSLETLSCS EIAGWVWNKN
YPDAALTVEL FEGSTVYATA RAEINRTDLK ESGKGSGNYG FKIATPASLI DGKTHQLSIR
VKGSSFTLAG SPKTLNCGIT GAFEVADCYK LSGWVWDKNM PGSALTVEIK EGNVVHATSL
ADVYREDLLN GGAGTGKYGF SIPLPATLKD GKSHVVSATA KGIEYTLTNS PKSVNCPVSQ
FAGRFEKADC ESIQGWVWDA NYPNAALTVE VVENGVVYAT GVANVYRESL KTSGYGTGNY
VFRIPTPAIL RDGKAHQLSV RVKGTGTIIS DSPRSLTCSV NDYGGLFDFA DCDIVRGWAW
DKNFPNGAAL TVELVKGDVV YGSAVASNYR EDLKNAGTGT GNYGFSMAMP AALRDGKAHQ
LSIRVKGSSY LLPGYPGTKT LTCEINRYAG SFERAECGLI QGWIWDKNNP GTSVTVEVVE
GTTVHATGIA NIYRESLNTS GFGTGNYVFQ IATPASLKDG KPHQLSIRAK GSSTILSNSP
RSLTCAANEY DGVFEFADCD VVRGWVWDKN FPNGAALTVE LVEGTVVHGT AVAGTYREDL
KAKGNGKYGF SMALPAALRD GKSHQLSVRV KGSNYTLVGY PGLKTLTCEV NRYAGSFERA
ECGVIQGWIW DKNNPGTSVT VEVVEGTTVH ATGIANVYRE ALKTSGFGTG NYVFQTPTPA
SLKDGKPHQI SIRAKGSSFV LTNSPRSLTC AVNSYAGAFE FADCDVVRGW AWDKNFPGGA
ALTVELVEGT IVHGTALASS YRADLKSNGT GTGNYGFSMP LPPALRDGKA HQLSFRVKGS
SILLSGSKTL TCEVNRYAGR FERAECGSIQ GWVWDKNNPG TSVTVEVLEG GIVHATGVAN
IYRESLKTSG YGSGNYVFQI PTPASIKDGK AHQLSVRVKG SSVILTDSPR SLTCPVNDYD
GIFEFADCDV VRGWAWDKNF PNGASLTVEL VEGTTVHGTA TAGSYREDLK VKGNGTGNYG
FSMALPAALR DGKPHQLSIR VKGSNYILSG YPGVKSLTCE INRYAGRFER AECGMIQGWI
WDKNNPGAVV TVEVMEGTTL LATGVASIYR ESLKLSGFGT GNYVFQIPTP ASLKDGKAHQ
LSIRAKGSSF ILTDSPRSLS CAVAARIAAP AHEISVSENH EGLIDELRFF VFPNPSKGTL
TVALHAAKDK LVNLSIINIL GQSVHKSTLA SMSGEVKTTV DLGQLPDGIY IVQVKVGDKI
ESRRVVLAK
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