| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_4246 |
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| Symbol | |
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| ID | 8227849 |
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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 | 5137594 |
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| End bp | 5140926 |
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| Gene Length | 3333 bp |
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| Protein Length | 1110 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 644932093 |
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| Product | hypothetical protein |
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| Protein accession | YP_003088613 |
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| Protein GI | 255037992 |
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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 | 19 |
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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 | 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 | ATGCCGGTTT GCCTGGCATT GCTGAGTTCC TTTTTTACAC ATGCACAAAA ATCGGTATTG
GCGGAGGGCA CCTGGTTCAG ACTGGCTGTG ACCGGGTCGG GCATTTGCCG CGTCGACGCT
GAACTGCTCT CCGGAATGGG CGTCGATATC GCATCGGTGA ACCCGGTGGG GATCCGTATT
TACGGCAACG GCGGCGGCAT GCTGCCGCAG TCGAATAAGG CGGGATATGT CAATGCATTA
ACGGAGAATG CGATCTGGGT GAGTGGTGAA GAGGACGGCA GATTCGACAA AGGTGACGCC
GTTTACTTCT ACGCAGAAGG CCCGCACGTG ATAAAGTATG ATGCCGCCAG CGACGAACTC
CGCCATCAGA TCAACTACTA TTCCGATTCG AGTTTCTATT TCATCACTTT TACGTCCGAC
AAAGGCCTGA GGATCAAGTC GCAGCCCGCT ATTGCAGCAG CGAAATCACC GATAGTCGGC
ACATTCGACG ATTATTGGTT TTACGAAACG GAATCTTCCA ATTCATTGAA ATCCGGTCGC
GAATGGTGGG GCGAATATCT GGCCGGCTCT TCCGGTTTCA GCACCGATGT GGATATGCCG
GGTGTAGTGC CCGGCTCCGA CTTCAAACTC AGAACATCCA CGATCGGAGC CGCCCAGGTG
CCGACGCGCT TCATCTGGCA GGTGAATGGC AGCGAAGCAG GGCAGGAGGC TATCGGTACG
GTAAGCACCG GGACCTACGA TGTGAAAGCA TTGCGATCAG GGAATACTTA TCTTATCAGG
AACGCGCCGG CTTCGGGCAA ATTTACCATC GGTGTAACCT ATCAAAAGAA TGGCCAAAGC
TCGGCTGAGG CCTATCTCGA CTATATCGGC TTGCAGGTGA AGCGCGAGTT ACGGAATTAT
GGAGCGCAGC AGGTTTACCA TTTCCTTCCC CAACCGACCG ACACCGTTAC CTACCAGTTT
GCAGGTCCTT CCAACGGCGT AAATCTTTGG AATATCACCA ATCCGCTTCT CCCGACTGCC
ATTACCGGGA AAGACGCGAC AGGCGCATTC CGCTGGACGG CCCGGGGAGG CGAAAGCGTT
CAGAAATACA TTAGTTTTCA GTTTGAGGAC GCACAGGCGC CCGTTGCAAT ACAACCCGTA
CTCAACCAAA ACATTGCCGC CTCCGTCACG CCGGACCTGC TGATTATCAC ACCCGCTGAG
TGGGTCGGTG AGGCAAACCG CCTGGCCGGA TTCAGGAATA GCAATGATGG GCTGGATGTG
CTCGTTGTCA CAACCGACCA GGTTTACAAC GAATACGCAT CCGGCAGTTC AGACATCACC
GCCATCCGCG ATTTCGCCCG AAATCTCTAC CAGAAGACAC CCGGCAAGCT GAAATACCTT
TTGTTGTTCG GCGATGCCAC GTACGATTAC CGGAATCTGC TTCGCAACCA ATCTCCGGCG
CAGCGCGCTG CCTGGGTGCC GGTGTACGAA AGCCGCGAAT CGCTTAACCC GGTTTATACG
TATTCGTCGG ACGACTATTT CGGATTTATG GACGAAGCCG AGGGCGACTG GAACGAGCAT
GCGACAGGTG ACCACACGGT GGACATTGGC GTGGGAAGAC TGCCGGTAAA ATCCCGGGAG
GAAGCAAAGA TTGTGGTGGA TAAATTGATG CGCTACGAGA CATCGTTCGG AATGTGGAAA
AATGCGGTGA AGTTCGTGGC CGACGATGGC GACGGTAACA TTCACCAGCG CCACGCCGAT
CAGCTTGCTA ACCTGATCGG GGGCAGGATG TTTGCTACAA GGTCATTTAT CGACGAAGTG
CCGCAAACCA CCACCGATGC CGGACAAAAG GCGCCGGCTA TTAACAAGGC CATCCGCCAT
GCGATCGACA ATGGAACGCT GATATTAAAC TATACCGGTC ACGGGGGCGT AAGCGGCTGG
GCGGAAGAGC AGGTGCTGAC CCTGGCCGAC ATGTTGTCGA GCCGTGGAAT GAATAATCTG
CCGCTGCTCA TCACGGCAAC CTGCGATTTT GGCCGTTACG ACGATCCTGG TGTGGTATCC
GGCGCTGAAC TGATGGTATT GAGCCCCAAA GGCGCAGCTG TGGGCGCGAT CAGCACCACA
CGGCCGGTAT ATTCAAGCAC CAATTTTGCA TTGAACAAAG CATTTTACGA AGCACTGCTG
CACGCCAAAC CGGGCGAGCG GCTGGGTGAT TTTTTTCTCA AAACGAAAAA CAATGCGCTG
GCCGGCAGCC TAAACAGGAA CTTTACGCTG CTCGCCGATC CGTCCATGAC CCTGAGCCCC
AGTCGAAAGG GAATTCGATG GACGTCGCAG CCCGACACAT TGCGTGCATT GCAAAAGGTA
ACCCTGCAAG CGGAAGTATT CGATCCACGC ACCGGCGCGA TGGACGATGA TTTTAACGGA
ACAGCCCGGG TGGTGGTTTA CGATAAGCCC ATCGAATTTC GCACGCTGGG AAATGGAGGC
AGTGCCGAAA CGTACACGGA GTTCCGCAGC AAGCTCTTCG ACGGGCATGT GTCCGTGAAA
AACGGGCGGC TGCAATGCAC TTTGCAAATG CCGAAGGATA TCGACTATCG CCTCGGTGCG
GGGCGGATCA GCACTTACGC GGTGAATGCC GACAGTACCG ATGATGCCTC CGCGCAGCTC
TCCGTACTCA TAGGCGGCAG CGCGGTGCAG CAAACCGACA GCATTCCGCC GAAGCTCGCG
GGCTACCTCA ACACGCCGGC TTTCAGGGAC GGCGATACGG TGGAGCCATC GCCGGTGTTG
GTGCTGAAAA TGAGCGACGA AAGCGGCATC AGCATTTCGA GAGCGGGTAT CGGGCATGAC
ATAACGATGA CCCTGAACGA CACGCTCACG GTCGTTTTAA ATGATTACTA CCAGGCCGAT
CTGGATAATT ATAAATCAGG TACGATTAAC TATCCGCTGG ATAACTTGCC TGCCGGAAAA
TATATAGTCC GTTTAAAAGT ATGGGACACG TATACTAACT TTTCTGAAAT AGCGTTCGGG
TTTCTAGTAG GCCCTGCCAA GGGAATCCGG CTCAACACCT TTAAGATTTA CCCTAACCCA
TTTCAGAAAG ACCTTACATT GGAACTCGGG CATGACCGGG TGAATGAGGA CGTAGAATTA
ATTTTTAATA TATTGCTGGT CAACGGTCAA CGTTTGGGAA CATATCGAAA ACTTTACTAT
AACAGCGAGC CGATTATTAG AGAAGAATGG GACATAACGC AATGGTTGAA AACAGTACCG
TTAGCCGAAA CGCTGGTTTA CCAATTATCG GTCAGATCGT TAAAAGACAA TTCTACCGTT
CAAAAAGCCG GAAAGCTGAT ACGGTATCCT TAG
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| Protein sequence | MPVCLALLSS FFTHAQKSVL AEGTWFRLAV TGSGICRVDA ELLSGMGVDI ASVNPVGIRI
YGNGGGMLPQ SNKAGYVNAL TENAIWVSGE EDGRFDKGDA VYFYAEGPHV IKYDAASDEL
RHQINYYSDS SFYFITFTSD KGLRIKSQPA IAAAKSPIVG TFDDYWFYET ESSNSLKSGR
EWWGEYLAGS SGFSTDVDMP GVVPGSDFKL RTSTIGAAQV PTRFIWQVNG SEAGQEAIGT
VSTGTYDVKA LRSGNTYLIR NAPASGKFTI GVTYQKNGQS SAEAYLDYIG LQVKRELRNY
GAQQVYHFLP QPTDTVTYQF AGPSNGVNLW NITNPLLPTA ITGKDATGAF RWTARGGESV
QKYISFQFED AQAPVAIQPV LNQNIAASVT PDLLIITPAE WVGEANRLAG FRNSNDGLDV
LVVTTDQVYN EYASGSSDIT AIRDFARNLY QKTPGKLKYL LLFGDATYDY RNLLRNQSPA
QRAAWVPVYE SRESLNPVYT YSSDDYFGFM DEAEGDWNEH ATGDHTVDIG VGRLPVKSRE
EAKIVVDKLM RYETSFGMWK NAVKFVADDG DGNIHQRHAD QLANLIGGRM FATRSFIDEV
PQTTTDAGQK APAINKAIRH AIDNGTLILN YTGHGGVSGW AEEQVLTLAD MLSSRGMNNL
PLLITATCDF GRYDDPGVVS GAELMVLSPK GAAVGAISTT RPVYSSTNFA LNKAFYEALL
HAKPGERLGD FFLKTKNNAL AGSLNRNFTL LADPSMTLSP SRKGIRWTSQ PDTLRALQKV
TLQAEVFDPR TGAMDDDFNG TARVVVYDKP IEFRTLGNGG SAETYTEFRS KLFDGHVSVK
NGRLQCTLQM PKDIDYRLGA GRISTYAVNA DSTDDASAQL SVLIGGSAVQ QTDSIPPKLA
GYLNTPAFRD GDTVEPSPVL VLKMSDESGI SISRAGIGHD ITMTLNDTLT VVLNDYYQAD
LDNYKSGTIN YPLDNLPAGK YIVRLKVWDT YTNFSEIAFG FLVGPAKGIR LNTFKIYPNP
FQKDLTLELG HDRVNEDVEL IFNILLVNGQ RLGTYRKLYY NSEPIIREEW DITQWLKTVP
LAETLVYQLS VRSLKDNSTV QKAGKLIRYP
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