| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_3148 |
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| Symbol | |
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| ID | 8226723 |
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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 | 3846101 |
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| End bp | 3850147 |
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| Gene Length | 4047 bp |
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| Protein Length | 1348 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 644930978 |
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| Product | FG-GAP repeat protein |
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| Protein accession | YP_003087526 |
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| Protein GI | 255036905 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.589686 |
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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 | 25 |
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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 | ATGAAACACA CTTACAAGAG ATTTGTCCTT GTTACCGTCG CTGTTGTAAT GGCAATCGCT
GGTATGGCTT ACTGGGCCGA CACAGACCAA AAATCCAATC TCCGACCAGG CGCCGGTCAA
TCAGCGCACC GAAACGACAA CGCTGTGCCG CAGGAGGCAT TAGCCCAAAT TCAGCAAAAC
CTAACTCAAC GCGAATACCA CATCAGTTAC GACAGTGCGA AACATGTTCT CCAAAGCCCT
AACCGGATGC AGGGGCTAAG AGCTTACTAC CGTTCAGGTG AACTGACCAT CGTCAACCGA
AAAGATTCAG CAGGGCACAA CTTCGAATTA AAACTGATCA ACAAAGGCAT CTACGCGGAT
GGTAAAAAGC TGTTCAGCCC CCAGCGTTCC GCGGCAACTA ATCTGAAAGA CAACCACTTG
CAGATCGCGC ATGACGGATT TGTGGAGGAA TATATCAACG AGCCGGGTGG TGTCAGGCAA
AACTTCATCA TTGAATCCGC GCCGGACGGT ACTCGTGAAT TGGAAGTGAG ACTGGACGCC
GAGGGCGCGC AAGTAAAACA AGTCGGCAAA AACGAATTGA TTCTTGCAAA ACAGAGCCTT
GCAAAATTCT ATTACCGCGA TTTGCATTGC TGGGATGCCG ACGGAGAGCC GCTCGAAGCC
AGCCTCGCTT ACGCGAATGG CGATATATTG ATTGAAGTCG ACGTCAAAAA CGCTGCTTTT
CCTGTCACAA TCGACCCATT GGTGGTGAAT GGCACTCCTG CTAATGCATC CACCCTTCTC
GAAAAAGACC AGGCGCAAGC TGCATTCGGA TACTCTGTGT CTTCCGCAGG CGACATCAAT
GGGGACGGGT ATAGCGATGT GATCATCGGA GCCCCCAACT ATGATAAGGG TGAAAGTAAT
GAAGGAGTGG CATTTGTTTA CATGGGTTCG GCCAGCGGCC TGGCCACTGC ACCAGACCGG
ACACTGGAAG CTAACCAGCC AGATGCCAAA TTTGGAAATA GCGTAGCGAA TGCCGGCGAT
GTCAATGGGG ACGGGTTCGG CGATGTGATC GTCGGAGCGC CCATGTACGA CAAAAACGAA
AACAATGAGG GGGCCGCATT TGTTTACCAC GGCTCAGGAG CCGGACTTAA CGCAGTACCC
ACTACCACAC TGGAAAGCAA CCAGCCCGAG GCAAATCTGG GCCAGTACGT TGCGGCGGCG
GGCGATGTAA ATAATGACGG CCTCAGCGAC GTGATCACAG GTGCGCCTTT GTATGATAAA
GGACAATCCA ATGAAGGCGC TGCTTTCGTC TATCATGGTA CACTGGCCGG GATATCCAAT
GTACCCATCA CCACACTTGA AAGTAACCAG ATCGATGCAC AATTCGGCTG CTCGGTCAAA
GGTGCCGGCG ATGTCGACGG CGACGGATAC AGTGACGTGA TCGTGGGCGC TTCGATGTAC
GATAAAGGCG AGAGCAATGA AGGAGCCGCA TTCGTATACC ATGGCTCGAT AAACGGAATA
GCAACAGCAG CCAAAACGAC GCTGGAAAAT AACCAGGCAG CTGCCTTTTT CGGCTTCTCT
GCATCCACCG CAGGCGACGT GAACGGTGAC GGCTTTTCTG ACGTCATTGT CGGATCGTTC
CATTTCGACA ACGGCCAGAA CAACGAGGGC GGGGCATTTG TTTACCACGG CTCGGCGAAT
GGGATAAGTA CCACAATCGC AAAACAACTG GAATGCAATC AGGCGGGGGC ACAATATGGT
GCTTCTGTCG CTTCGGCCGG GGATGTAAAC GGAGACGGGT ATGCTGATGT GATCGTAGGA
GCCAACTTAT TCGACAACGG GCAGGGTAAC GAAGGCGGCG CATTTGTGTA CGAAGGTTCC
TCATCGGGCT TGGCCAATAC ATCCGCATCA AGCCAGGAAG GCAACCAGCT TAATGCCTAC
CTCGGCTCCT CCGTTTCCAG TGCGGGGGAT GTGAATGGAG ACGGGTATAG TGACATTGTC
GTGAGTGGAC AAGGATATGA TAAGGGGGAA GCGGATGAGG GAGTGGCGAT GGTGTGGTTA
GGTGGCGCAA AAGGGACTAA CAACTATGTC CAGGAACTGA ATGGGTCTCA GAATGCGGCG
CAGTTTGGAT ATTCCGTTGC CAATGCAGGC GATGTGAATG GTGACGGGTA CAGTGATATA
ATAGCAGGTG AATATGCGTA TAACAGTGGT CAATCAAATT CAGGGGCTGC CTACATTTAC
TATGGCTCTA GTCAAGGTAT AGTTTTAAAT ACGGTCACAA AAATCGATAA TGTTTCAGGA
AGTGGCCTCC TGGGTTACTC AGTGGCGGGC GCAGGGGATG TTAATGGCGA TGGCTTCGAT
GACGTAATCA TTGGAGACGT AAGTTATTTC ATAAGCTGGG ACGCCCAGAA GGGCTTAGTA
GAAGGTGCAG CACTAGTGTA TTATGGCTCT GCCCAAGGCC TCAATAAAAA CACTTTTTCT
GTGCTGAAAA ATAATCAAAC GCAAAGCTCT TTCGGCTGGA CAGTTTCCAG CGCGGGAGAT
GTGAATGGTG ATGGGTACGA CGATGTTCTG GTGGGCGATC CAAATCATGA TAAGGTATTA
GACGAAGGAG CTATTTTCAT ATATCATGGT TCAGGCCAAG GCATTAGTAC AGTGGCTGCG
ATTACTCTGG AAGGCACCAC ACAGGCGGAA GAACTAGGTT TAACAGCAGG GCGCGCCGGA
GATGTTAATG GAGATGGTTT TGATGACATA ATCGCCGGAA CTCCACTCTA CACCAACGGA
CAGACCTCGG AAGGGGCCGC TCGAATTTTT TACGGATCCA TGACAGGGAT AAACAATTCA
GCTACTATAA TTGAGAACAA TGTTAGTCAA GCTTCGATGG GGCATAGCGT TTCAGGAGCT
GGTGATCTAA ATGGGGACGG ATTTAGCGAT ATAGTGGTGT TCTGCGCGGT AACACAAGCG
AACGAAGGAA CAACATTGGT TTACTATGGC TCTTCAAGCG GTATAAACAG CAACTCTCCA
AAATCGACGC TCACCGTTGG TCAACCGGCT TACTACGGAA ATTCCGTTTC CAGTGCAGGT
GATTTCAATG GGGACGGGTA TGGAGACTTG ATAGTCGGTG CGGTTAACTA TTCCCCGATA
AGCAGTGGAG CTGCCTTCAT GTTCTTCGGA TCAGCGACCG GATTGTACTC CCAAACTCCT
GTTAAATTCG AAAGTAATGT AGCCAATTCC CAAATGGGTA CATCCGTTGC TTGTGCAGGT
GATGTCAACG GCGATGGCTA TTCAGATATC TTGATTGGAG CGCCCTTTTA CAATAGCAAA
GGATCTGTAT TTCTTTACAA AGGAAACAAT GGCGCTGGCA CTCGCAACAA CCTCCGCCTC
TACAACTCCA ACCTAACCAC CCCCATCAAC CACACCCAAT TCGCCCAAAA CAACTTTGGA
GCGGGCCTTT ATGCCAAATC TTTCCTCGGT CGCAACAAGG CGAAACTCGT GTGGGAAACA
AAACCGGCAA ACCAAGGCTT CTCCAAAGGC AGTAACAACA GCATCACCAA CAGCACCCAA
TCTACTAGCG CGCAAAATGC TTATTCGAAT CTGGGCCTGG CCGGGATTGA ATTGAAAAAC
GTGATCAACA AGCAAGGGGC CGGAACTAAG GTGCGGATTC GCGTAAAATA CGATCCCGTG
CTCGCACTGA CCGGGCAAAC CTACAGCCCC TGGCGCTATC TGCCTGCCTA CCTGATAGGC
AGCAGCACCG CTCCGGTGCC GGAACAACCA GACAATGACA TACTCGAAAC CACTAAAAAG
AAAGCTACCA TGGAATTAAA CGATGAATCG AGTGAACAGA TCGTAATTTA TCCCAATCCG
GCCTCCGATC AGCTGAACGT TAAAGTCAAA AATCCTGAAC TGGTTCGGAC CATGAAAATA
CTTGACTTTA ACGGCACTGC GGTCTACCAA GCCACAGGGT TCAAATCTAC CATCGATATT
AGCAGATTTT TAGACGGCAT TTACATTGTC CTCGTAATCA ATCAGGATGG TACACATACT
ATGAGTAAAG TTCTGGTTCG GGAGTGA
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| Protein sequence | MKHTYKRFVL VTVAVVMAIA GMAYWADTDQ KSNLRPGAGQ SAHRNDNAVP QEALAQIQQN
LTQREYHISY DSAKHVLQSP NRMQGLRAYY RSGELTIVNR KDSAGHNFEL KLINKGIYAD
GKKLFSPQRS AATNLKDNHL QIAHDGFVEE YINEPGGVRQ NFIIESAPDG TRELEVRLDA
EGAQVKQVGK NELILAKQSL AKFYYRDLHC WDADGEPLEA SLAYANGDIL IEVDVKNAAF
PVTIDPLVVN GTPANASTLL EKDQAQAAFG YSVSSAGDIN GDGYSDVIIG APNYDKGESN
EGVAFVYMGS ASGLATAPDR TLEANQPDAK FGNSVANAGD VNGDGFGDVI VGAPMYDKNE
NNEGAAFVYH GSGAGLNAVP TTTLESNQPE ANLGQYVAAA GDVNNDGLSD VITGAPLYDK
GQSNEGAAFV YHGTLAGISN VPITTLESNQ IDAQFGCSVK GAGDVDGDGY SDVIVGASMY
DKGESNEGAA FVYHGSINGI ATAAKTTLEN NQAAAFFGFS ASTAGDVNGD GFSDVIVGSF
HFDNGQNNEG GAFVYHGSAN GISTTIAKQL ECNQAGAQYG ASVASAGDVN GDGYADVIVG
ANLFDNGQGN EGGAFVYEGS SSGLANTSAS SQEGNQLNAY LGSSVSSAGD VNGDGYSDIV
VSGQGYDKGE ADEGVAMVWL GGAKGTNNYV QELNGSQNAA QFGYSVANAG DVNGDGYSDI
IAGEYAYNSG QSNSGAAYIY YGSSQGIVLN TVTKIDNVSG SGLLGYSVAG AGDVNGDGFD
DVIIGDVSYF ISWDAQKGLV EGAALVYYGS AQGLNKNTFS VLKNNQTQSS FGWTVSSAGD
VNGDGYDDVL VGDPNHDKVL DEGAIFIYHG SGQGISTVAA ITLEGTTQAE ELGLTAGRAG
DVNGDGFDDI IAGTPLYTNG QTSEGAARIF YGSMTGINNS ATIIENNVSQ ASMGHSVSGA
GDLNGDGFSD IVVFCAVTQA NEGTTLVYYG SSSGINSNSP KSTLTVGQPA YYGNSVSSAG
DFNGDGYGDL IVGAVNYSPI SSGAAFMFFG SATGLYSQTP VKFESNVANS QMGTSVACAG
DVNGDGYSDI LIGAPFYNSK GSVFLYKGNN GAGTRNNLRL YNSNLTTPIN HTQFAQNNFG
AGLYAKSFLG RNKAKLVWET KPANQGFSKG SNNSITNSTQ STSAQNAYSN LGLAGIELKN
VINKQGAGTK VRIRVKYDPV LALTGQTYSP WRYLPAYLIG SSTAPVPEQP DNDILETTKK
KATMELNDES SEQIVIYPNP ASDQLNVKVK NPELVRTMKI LDFNGTAVYQ ATGFKSTIDI
SRFLDGIYIV LVINQDGTHT MSKVLVRE
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