| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_3146 |
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| Symbol | |
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| ID | 8226721 |
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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 | 3840317 |
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| End bp | 3844330 |
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| Gene Length | 4014 bp |
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| Protein Length | 1337 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 644930976 |
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| Product | FG-GAP repeat protein |
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| Protein accession | YP_003087524 |
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| Protein GI | 255036903 |
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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 | 16 |
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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 | 26 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTTACT GGGCCGACAG AGACCAGAAA TCTAATCTCC GACCAGGCGC CGGTCAATCA
GCGCACTCAA AAGACAAAGC TGTGCCGCAG GAGGCATTAG CTCAAATTCA GCAAAACCTA
ATTCAACGCG AATACCACAT CAGTTACGAC AGTGCAAAAC ATGTTCTCCA AAGCCCTAAC
CGGATGCAGG GGCTAAGAGC TTACTACCGT CCAGGTGAAC TGACCATCGT CAACCGTAAG
GATTCATCAG GGCACAACTT CGAATTAAAA CTGATCAACA AAGGCATCTA CGCGGATGGC
AAAAAGCTGT TCAGCCCCCA GCGCTCTGCG ACAAATGATT TGAAAAACAA CCACTTGCAG
ATCGCACATG CCGGATTTGT GGAGGAATAT ATCAACGAGC CGGGTGGTGT CAGGCAAAAC
TTCATCGTTG AATCCGCGCC GGACGGTACT CGTGAATTGG AAGTGAGATT GAACGCCGAG
GGCGCGCAAG TAAAACAAGT CGGTAAAAAC GAATTAATTC TTGCAAAACA GAGCCTTGCA
AAATTCTATT ACCGCGATTT GCATTGCTGG GATGCCGACG GAGAGCCGCT CGAAGCCAGC
CTCGCTTATG TGAATGGCGA TATATTGATT GAAGTCGACG TCAAAAACGC TGCTTTTCCT
GTCACAATCG ACCCATTGGT GGTGAATGGC ACTCCTGCTA ATGCATCCAC CCTTCTCGAA
AAAGACCAGG CGCAAGCTGC ATTCGGATAC TCTGTGTCTT CCGCAGGCGA CATCAATGGG
GACGGGTATA GCGATGTGAT CATCGGAGCC CCCAATTATG ATAAGGGAGA AAGCAATGAG
GGAGTGGCAT TCGTTTACAT GGGTTCGGCC AGCGGCCTGG CCACTGCACC AGACCGGACA
CTAGAAGCTA ACCAGCCTGA TGCCAAATTT GGAAATAGCG TAGCGAATGC CGGCGATGTC
AATGGGGACG GGTTCGGCGA TGTGATCGTC GGAGCGCCCA TGTACGACAA AAACGAAAAC
AATGAGGGGG CCGCATTTGT TTACCACGGC TCAGGAGCCG GACTTAACGC AGTACCCACT
ACCACACTGG AAAGCAATCA GCCCGATGCA AATCTGGGCC AGTTCGTTGC GGCTGCCGGC
GATGTAAATA ATGACGGCCT CAGCGACGTG ATCACAGGTG CGCCTATGTA TGATAAAGGA
CATTCCAATG AAGGCGCTGC TTTCGTCTAT CATGGTACAC TGGCCGGGAT ATCCAATGTA
CCCATCACAA CACTTGAAAG TAACCAGATC GATGCACAAT TCGGCTGCTC GGTCAAAGGG
GCCGGAGATG TCGACGGTGA CGGATACAGT GACGTGATCG TGGGTGCATC GATGTACGAT
AAAGGCGAGA GCAATGAAGG AGCCGCATTC GTATACCATG GCTCGATAAA CGGAATAGCA
ACAGCAGCCA AAACGACGCT GGAAAATAAC CAGGCAGCCG CCTTTTTCGG CTTCTCTGCA
TCCACCGCAG GCGACGTGAA CGGTGACGGC TTTTCTGATG TCATCGTCGG ATCATTCCAT
TTCGACAACG GCCAGAACAA CGAGGGCGGG GCATTTGTTT ACCACGGCTC GGCGAATGGG
ATAAGTACCA CAATCGCAAA ACAACTGGAA TGCAATCAGG CGGGGGCACA ATATGGCGCT
TCTGTCGCTT CGGCCGGGGA TGTAAACGGA GACGGGTATG CTGATGTGAT CGTAGGAGCC
AACTTATTCG ACAACGGGCA GGGTAACGAA GGCGGCGCAT TTGTGTACGA AGGTTCCTCA
TCGGGCCTGG GCAACACATC CGCATCAAGC CAGGAAGGCA ACCAGCTTAA TGCCTACCTC
GGCTCCTCCG TTTCCAGTGC GGGGGACGTG AATGGAGACG GGTATAGTGA CATTGTCGTG
GGTGGACAAG GATATGATAA GGGCGATGCG GATGAAGGCG TGGCGCTGGT GTGGCTGGGT
GGCGCAAGAA GTATCAAGGA AACAGTAGTT ACGCACCTGG AAATGAACGT CCCCGGCATT
CAATTCGGCT GGTCGGTTGC GAGTGCCGGG GATGTGAATG GGGATGGGTT TGGCGATGTA
ATTATTTCAG CCAATAATTA TGACGGTGGC CAGGCGTATG AAGGGGCTGC ATTTGTGTTT
CACGGGTCTT CGCAGGGGCT ATCGGGCGTG CCCAGCTACA CCTTCGAGGG TAATCAACAG
TATGCAAGTT TGGGTTCCGT AGCTAGTGCT GGCGATGTCA ATGGGGATGG GTTCGATGAC
GTAATCATTG GCATACCATT GTACGACAAT GCAGCTGAAA ATACAGGCAA AGTGTGTATT
CTCTACGGGT CTGGTTCTGG ATTGGGCATT GGCGGTGGTA ATTTGCCTCA AACAACAATT
TTAGGAACGC AAGAAGATGC CAGATTTGGG TCGGCTGTAT CGAGTGCAGG AGATGTTAAC
AAAGATGGAT ATGCTGATAT AATAATTGGA GAAACTGAAT ATGACATCAG TAGCCCATAC
ACGGATGAGG GACGAGTCCA TATTTACTAC GGATCATCAA ACGGTGTCAA CCTAAATGCA
AATCCAACAA TCATCAATGG AAGTATTGTC GGCGTGTACT TGGGTTCTTC GGTTGCAGGT
GGTAGTGATG TAAACGGAGA CGGTTTTGGA GATATACTCG TCGCAAATCC GTACTATACG
AACGGACAAA ACTTTGATGG TGCCGTCTTT ATTTACAATG GTTCACAAGC TGGTATCAAT
CCAGCAAATC CAACTATTCT GCACAATAAT TTTAAAGGGG AGGATTTGAT AGGCGTGGCC
AATGCGGGCG ATCTCAACGG AGACGGCTAT ACCGATGTTG TCGTTGGATC ACCCAAATAT
AGTAACGGAC AACTTCAAGA GGGAGCACTT TTCATATTTT ACGGATCTGC CAACGGCATT
AATACCGTGC CTGTCATTCT GGAGAAGAAT GTTACCAACG GATATCTGGG CAAAGTTTCA
GCGGCGGGCG ATGTAAATGG GGATGGTTAC AGCGACTTGG TGGTTGGTAG TACTGGCTTT
TCAAATAACG AAGTCAATGA AGGTGCCGTT TACCTTTTCT TCGGGTCACC GGCTGGTCTA
ACAGCAGCTA ATTGTTTGAC AATCGAAAGC AACCAAAACA GCGCTTTCCT CGGCAATTCC
GTCGCGGGCG CCGGCGACAT AAATGGTGAC GGTTACAGCG ACATCATTGC AAGCGCTCAC
CAGTATGATA ACAATCAACA GAACGAAGGT CGGGCTTTCG TTTATTATGG CAATAGTACA
TTAGGCACTC GCAACAACCT CCGCCTCTAC AACTCCTCCG ACTTAACCAC CCCCATCAAC
CACACCCAAT TCGCCCAAAA CAACTTTGGA GCGGGCCTTT ATGCCAAATC TTTCCTCGGT
CGCAACAAGG CGAAACTCGT GTGGGAAACA AAACCGGCAA ACCAAGGCTT CTCCAAAGGC
AGTAACAACA GCATCACCAA CAGCACCCAA TCTACTAGCT CGCAAAATGC TTATTCGAAT
CTGGGCCTGG CCGGGATTGA ATTGAAAAAC GTGATCAACA AGCAGGGGGC TGGAACTAAA
ATGCGGGTTC GTGTAAAATA CGATCCTGTG CTCGCACTGA CCGGGCAAAC CTACGGGCCG
TGGCGCTATC TGCCTGTTTA CCTGATGGGA AACAGTACCT CCCCTACGCC CGAGAACACG
GAAGACAACT TATCACGAAC AACTAAAAAC AAAAATATGA TAGACTTAAA TAGATGGAGC
GATCAGGTTT CGGTATTCCC CAACCCTGCT ACGGACTATT TAAATATCGA TGCCAGAAAT
CCCGAACAGG TAAAGGCTAT TAAAATCCTG AATATCAAAG GCGTAGTGAT ATACCAAACT
TCTGGGTTCG AATCCCCGAT CGATTTAAAA TCACTTGCCA GGGGCGTGTA CTTTGTGATC
GTTACCAACC ATGAAGGCGT TCAGACGACG CGAAAGATTA TGGTTGCCAG ATAA
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| Protein sequence | MAYWADRDQK SNLRPGAGQS AHSKDKAVPQ EALAQIQQNL IQREYHISYD SAKHVLQSPN
RMQGLRAYYR PGELTIVNRK DSSGHNFELK LINKGIYADG KKLFSPQRSA TNDLKNNHLQ
IAHAGFVEEY INEPGGVRQN FIVESAPDGT RELEVRLNAE GAQVKQVGKN ELILAKQSLA
KFYYRDLHCW DADGEPLEAS LAYVNGDILI EVDVKNAAFP VTIDPLVVNG TPANASTLLE
KDQAQAAFGY SVSSAGDING DGYSDVIIGA PNYDKGESNE GVAFVYMGSA SGLATAPDRT
LEANQPDAKF GNSVANAGDV NGDGFGDVIV GAPMYDKNEN NEGAAFVYHG SGAGLNAVPT
TTLESNQPDA NLGQFVAAAG DVNNDGLSDV ITGAPMYDKG HSNEGAAFVY HGTLAGISNV
PITTLESNQI DAQFGCSVKG AGDVDGDGYS DVIVGASMYD KGESNEGAAF VYHGSINGIA
TAAKTTLENN QAAAFFGFSA STAGDVNGDG FSDVIVGSFH FDNGQNNEGG AFVYHGSANG
ISTTIAKQLE CNQAGAQYGA SVASAGDVNG DGYADVIVGA NLFDNGQGNE GGAFVYEGSS
SGLGNTSASS QEGNQLNAYL GSSVSSAGDV NGDGYSDIVV GGQGYDKGDA DEGVALVWLG
GARSIKETVV THLEMNVPGI QFGWSVASAG DVNGDGFGDV IISANNYDGG QAYEGAAFVF
HGSSQGLSGV PSYTFEGNQQ YASLGSVASA GDVNGDGFDD VIIGIPLYDN AAENTGKVCI
LYGSGSGLGI GGGNLPQTTI LGTQEDARFG SAVSSAGDVN KDGYADIIIG ETEYDISSPY
TDEGRVHIYY GSSNGVNLNA NPTIINGSIV GVYLGSSVAG GSDVNGDGFG DILVANPYYT
NGQNFDGAVF IYNGSQAGIN PANPTILHNN FKGEDLIGVA NAGDLNGDGY TDVVVGSPKY
SNGQLQEGAL FIFYGSANGI NTVPVILEKN VTNGYLGKVS AAGDVNGDGY SDLVVGSTGF
SNNEVNEGAV YLFFGSPAGL TAANCLTIES NQNSAFLGNS VAGAGDINGD GYSDIIASAH
QYDNNQQNEG RAFVYYGNST LGTRNNLRLY NSSDLTTPIN HTQFAQNNFG AGLYAKSFLG
RNKAKLVWET KPANQGFSKG SNNSITNSTQ STSSQNAYSN LGLAGIELKN VINKQGAGTK
MRVRVKYDPV LALTGQTYGP WRYLPVYLMG NSTSPTPENT EDNLSRTTKN KNMIDLNRWS
DQVSVFPNPA TDYLNIDARN PEQVKAIKIL NIKGVVIYQT SGFESPIDLK SLARGVYFVI
VTNHEGVQTT RKIMVAR
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