| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_5296 |
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| Symbol | |
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| ID | 8228907 |
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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 | 6390735 |
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| End bp | 6393950 |
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| Gene Length | 3216 bp |
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| Protein Length | 1071 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 644933141 |
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| Product | hypothetical protein |
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| Protein accession | YP_003089654 |
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| Protein GI | 255039033 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG4771] Outer membrane receptor for ferrienterochelin and colicins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 0.774342 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.228264 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTCATGC ATAAGAGATT TTTACTCCCT ATTATCCTCA CATTGCTTTG CTGCTTCGGC
AACATCGCTA TTCTGAGGGC ACAAACTACG CAGGCGTCGA TTTCCGGTAC GGTTACCGAT
GACCAGAATG CAGAACTGGC CGGCGCGACC GTCCAGGTGA AAAACGAATC AACAGGCTTT
ACAACAGGAA CCGTTACCAA CGCAAAAGGC GAATATGCCT TCCGTGAGCT CCCGCTCGGC
GGTCCGTACA CCGTTACAGC GACTTACGTT GGTTTTGGCG AACAAAAACT GACCGGCTAC
ATGCTCCACC AGGGAGACGC CGTGAAGGTT AAAATGAGCA TGAAAGACGC CGGTCAAACG
CTTGAAGTTG TGAGCGTTGT GGCATCAGGT ATTAAAAATA AAATTGAAAA CCTGGGTGCC
TCTACGGCCA TTTCGGCGCG GGATATTACC CGCCTGCCGG TAAACGGACG GAACTTCACC
TCGCTGATGG ACCTTTCGCC ATTGAGCCGC GGCGGTAACA TTTCCGGTCA GCTGGGCTCT
TCCACGGGCT ACACCATTGA CGGGATGAGC TCCAAAAACC CTACTTCCGC CGGTGCTACC
ACCAGCCGAA GCGGCGCCCC ATACTCGATC TCGATCGAAG CGGTACGTGA GTTTCAGGTG
ATTACCAACC AATACGACGT TACTTACGGA CGCAGCGGTG GCGGTACGAT CAGTGCCGTG
ACGAAATCAG GTACGAACCA GCTAAGCGGT AGCGCATTCA ACTACACCCG CGCCGACTGG
TTATCGAGCC CGTATGACAT TCGTGGAAAT AAAATCAATA ACAAATTCGC TACCAACCAG
TTTGGCTTCT CCCTCGGCGG ACCTATCCTG AAAGACAAGC TGCACTTTTT CGTGGCCTGG
GACCATCAGC AGGACAGCCG CCCGCTGATC ATTGCGGACA TTCTCAGCCC GGTTGATGAA
AACCGTTTCA ACGTAACCCG TGCTACGCTC GATCAGTTTG TGAGCATCGC CCGCAGCAAG
TACGGCATGG CCGACACCCA GCAGTTTGGA ACATTTGACA AAAAACGCGG CTCCGACGCG
GCATTCCTCC GCCTCGACTG GCAGCTGAAC AACCGTAACC TGCTAACGAT TCGCAACAAC
TACACCAACG ACCGCAACAA ACTGGGTCTG GCGGATAACA CCACGATCAA CTCGTACGAA
TCTTACGGAA ACGACTTCAA CCAGGATAAC AGCTTGCTGG CATCGCTCCG CTCGACATTG
AATTCCAAGG TGACCAACGA GCTGAAAGTG CAGCATTTGT TTGTAAAGCA AAAAAGTGCC
CCCGGCGACC AGCTTCCCGA GGCCAACATT CCGAGAGCGA TCGTAGAAAA CGTCAATTCC
GTGTTGAGCG ACGGTAATTC CCGCGCAACC AACATCCAGA TGGGTGGCCA CCGTTTCGCG
CAGGAGCGGT TCACGAACCA TGTTCTTCAA TTGGTGGATA ACCTGTATTA CCACACCGAT
AAAGTGGAAT ATACACTGGG CGCGGACATC ATGATGACCC GCTCGCATTC AACCTACGGC
TCGGAGGTGA ACGGGCGCTT CCATTACAAT GTGGATGCAG CAGCGGGCAA AACGTCCCTC
GACCAGTTCA GCGATCTGAA ACCTTACCGC TACTACCGCG AGGTGCCTTT GATGGACGAT
TGGTCCGTAA AAGGAACGAT CTGGAATGCA GGCGTTTACG GACAATTGAA AACAAGGCTT
GCCACTGGCC TGGACGTGGT GGCAGGTCTG CGCCTCGACT ACGCGCATTA CCCAAGCTCG
CCGTTGAACC AGACTTTGTA TGACGCATTG CAGATCCGCA CCGATCACAA GATCAAGTCT
TTTGTAGTGC AGCCGCGCGC GCAGTTCACC TGGGATGTGA ACGACAAGCA TACCGACATT
TTCCGCCTCG GTGGTGGGGT ATTCGCCTCC GATATCAACA ACTACGTGGT TATCAACAAC
CTGACATTCG ATGGAAAGCA CCTGGCGACC GTCGACGTAC GCAGCCCGAA CATCCCTACC
CCGGATTTCG CCGCTTACCG CGCCAACTAC AACAGCATTC CGACATTGTC GCAATTCCAG
CTGCCGACCA TCAACACCAA CGCGAAAGAC GCCCGCGTAC CGATCATTTA CAAGGCTAAT
ATCTCCTACG CCAAGTACCT GACCGACAAG CTGAAAGTGG GTATCGCCGG ATACATGAGC
CTCGGCCGCA ACAACTATAT GTATGTGGAC AGAAACATGG TAGATGAGCC CTTCTTTCGC
CTTGCCAACG AAGGCAACCG CGGCGTGTAC GTTCCGGGTG GCGACCAAAT GCCGACCAAC
GGAGCCGGCG ACTGGCTGAA AGGACGTAAA TCGACCCAGT TTGGCCGCGT GCTGGAACTG
AACAGCCAGG GTAAAGTGAA TGCTTTCTCG ATGGTAGCCG ATGTGGAATA CGAATACTTC
CGCGATGGAA AGATCACTTT GAGCTATACT TATAATGATG TGAAGGACAA CACATCGTTC
AATGGTAACG TGGCCAACAG CGCAACACTT TCATTGCCGG TCCGCGACGA TCCGCGTAAC
CTGGGACTGA TGTCATATTC CGACAACCAG TTCCGCCACA AAATTGTATT CTACGGCTCA
CTACCCAGCT TTTGGGGCGT CAATGTCGGC GTTCGCTACT CGGGCATCGG CGGCACGCGC
TACACCTTGC TCTCCGGCGG GAACACCAAT GGCGACTTCG TAGGTACCAA CGACCTGGCA
TACATTTTCG ACAGAAACGA CCCGAGCGTG CCTGAAAACG TGCGCAATGG CCTGCAAGCC
ATCCTCGACA ACCCCGGCGC CAGCCAGAGC ATCAAGGATT ACATTGTCAA AAACTCCGGC
AAAATCGCGG AAAGAAACGG CGGTATCAAC GGATTCTACG GTGTATTCGA CGTTCGCGCC
TCCAAACGCA TCAAAATCGC GGGCACACAC GCCATCGAAA TTTCGGCCGA CGTGTTCAAC
TTTGCCAACT TCCTGAACAA GGAATGGGGC CGCAACAAAT CCCTGGGCAC GCAAGCGCTC
TACGCGCTGG GTATCCCGGC TGCCAACGGC CAACCCGCCG TTGCCGCATT CGACAGAGCG
AAAAACCAGT ACGTATACCG TGTAAACACA GCCGGTGTGG TAACGCCATC GGGCAACCCT
TACCAGGTAC AGATTGGTTT GCGGTACAGT TTCTGA
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| Protein sequence | MLMHKRFLLP IILTLLCCFG NIAILRAQTT QASISGTVTD DQNAELAGAT VQVKNESTGF
TTGTVTNAKG EYAFRELPLG GPYTVTATYV GFGEQKLTGY MLHQGDAVKV KMSMKDAGQT
LEVVSVVASG IKNKIENLGA STAISARDIT RLPVNGRNFT SLMDLSPLSR GGNISGQLGS
STGYTIDGMS SKNPTSAGAT TSRSGAPYSI SIEAVREFQV ITNQYDVTYG RSGGGTISAV
TKSGTNQLSG SAFNYTRADW LSSPYDIRGN KINNKFATNQ FGFSLGGPIL KDKLHFFVAW
DHQQDSRPLI IADILSPVDE NRFNVTRATL DQFVSIARSK YGMADTQQFG TFDKKRGSDA
AFLRLDWQLN NRNLLTIRNN YTNDRNKLGL ADNTTINSYE SYGNDFNQDN SLLASLRSTL
NSKVTNELKV QHLFVKQKSA PGDQLPEANI PRAIVENVNS VLSDGNSRAT NIQMGGHRFA
QERFTNHVLQ LVDNLYYHTD KVEYTLGADI MMTRSHSTYG SEVNGRFHYN VDAAAGKTSL
DQFSDLKPYR YYREVPLMDD WSVKGTIWNA GVYGQLKTRL ATGLDVVAGL RLDYAHYPSS
PLNQTLYDAL QIRTDHKIKS FVVQPRAQFT WDVNDKHTDI FRLGGGVFAS DINNYVVINN
LTFDGKHLAT VDVRSPNIPT PDFAAYRANY NSIPTLSQFQ LPTINTNAKD ARVPIIYKAN
ISYAKYLTDK LKVGIAGYMS LGRNNYMYVD RNMVDEPFFR LANEGNRGVY VPGGDQMPTN
GAGDWLKGRK STQFGRVLEL NSQGKVNAFS MVADVEYEYF RDGKITLSYT YNDVKDNTSF
NGNVANSATL SLPVRDDPRN LGLMSYSDNQ FRHKIVFYGS LPSFWGVNVG VRYSGIGGTR
YTLLSGGNTN GDFVGTNDLA YIFDRNDPSV PENVRNGLQA ILDNPGASQS IKDYIVKNSG
KIAERNGGIN GFYGVFDVRA SKRIKIAGTH AIEISADVFN FANFLNKEWG RNKSLGTQAL
YALGIPAANG QPAVAAFDRA KNQYVYRVNT AGVVTPSGNP YQVQIGLRYS F
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