| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_5750 |
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| Symbol | |
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| ID | 8229366 |
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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 | 6904227 |
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| End bp | 6907445 |
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| Gene Length | 3219 bp |
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| Protein Length | 1072 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 644933595 |
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| Product | surface antigen (D15) |
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| Protein accession | YP_003090103 |
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| Protein GI | 255039482 |
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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 | 28 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.0248549 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCAGAA GATATATTTA CACATTAACC TTTTCGATCG GTCTTTTAAC GGTTTTAGGA
TTATTTTCAG AATCAATAGC ACAGCGCTAT CCTTCACAGG AGACTTTTGG AAAGAACCGG
GTCCAGTATA AGAAGTTCAA CTGGAAGATC TTCCGGACCA CGAACTTTGA GATCTACCAT
CATCAGGGCG GCACTTCACT CGCCAGGCTG ACGGCCCAGT ATGCGGAAAG CGAATTTGAT
AAAATCACGG ACGTACTCGG CTGGACGCCT TATAACCGGG TAAAGATATT CCTCTACAAC
TCGCCCGCGG AGCTCGAACA GAGCAATATG GGCCTTTCGG TGCTGGATAA CCTTTCGGAC
CAGAAACTCA ATCTTGCACA ATCACGCGTG GAAGTGGCCT ATACAGGCGA TCAAATCGGT
TTTCGCAAGA AACTTGTGCG GGATATCAGC CTCCTTTTCG TGTATGACAT GCTGTATGGC
GGTAACATGA AAGAGGCATT ACAAAGCTCG CTGCTGCTCA CATTGCCAGA GTGGTTTATG
ACCGGAACGG CCGCTTACAT TGCCGAAGGC TGGTCGCCGG AGCTGAACGA TTACATGCGG
GATTTCTTCA AAAACCGCAA TGTGCGCAAG CCCACCCTGA TGCAGGGCGA CGACGCGACG
CTCATCGGGC ATTCGATCTG GAATTACATA GCGGAACGTT ACGGAAAGGA CAAAATCTCC
GACATTTTGA ACCTTACCCG CATTATCCGC ACCGAGCAAA CGAGTATCAC GTCCACGCTC
GGCGTGCAAT CCTACAACCG CTTCCTGCGC GACTGGCGGG CCTATTATTT GAACCAGACC
AAAAACGCAG AGCAGTTTTA TACTGATCCC AATCCGACCT GGAAATACAA GCTGAACGAA
TTCAATGTAA CCGACGCGAG CGCGGTGATC AAGGTGTCGC CGGACAAGAA ATTTACGGCG
GTGAGCGAAA TCAAAAACGG TCGCTATCGC GTGTATCTGT TTGACAGCGA GTCGGGTTCG
AAGAAAGTGG TGCGCCAAGG TAAGCTCGAC ATCATCGGCG GCCGCATGAA AACCCAGCCG
CCGCTGCTGG GATGGTCCAA GAACAATGTA CTGACCATTT TGGCCAACGA AAACGACAAG
AAGAATCTCT ACATGTACGA AAACGTCGGT ACCAAAAAGA TCAGGATCAA GACGAAGCGC
AACATCCGCG GACTTGACCA GATCGTTGAT ATGGACGTCT CGCACGACGG CAGCATGCTC
GCCGTAAGCG CCGACAAAGC GGGCCAGAAC GACCTCTTCC TGATCAGCGT AGCCCGCGCC
TCCACCTTGC CGCTAACCAA CGACCTTTAT GATGATCTTT CTCCAAGATT TATTCAGGGA
TCATCACGCC GCGTAGTGTT CTCTTCCAAC CGTCCGGTTG ATTCGCTAGG CACAGGGGAT
AAGGGTAATT TCAAATCCAT TGCACCTTCC TACACGATCT TCGAGCATGA CGGTGCACCG
AGGACCGGCA CCATTGTGAA ATTGGTCGAA ACCGAGGGCA AGACGAAAGT GACGCCTGTT
TATGCTGATG ATAATGATGT GGTTTACCTT TCCAATGGTA AAGGCGTTAA CAACCTTTAC
AAATACAACC GTGCTTCGCA AACCAGCTCG CAGCTTACCA ATTACATTCA GAACATTCGC
AATGCGGATG TGAACCTGAA AGCTGCGGGT GGCGCGCTGG CTTACACTTA TCTGAACGAC
GGCTATTACA CTGCCGCCTA CAAAAACAGC TTCGACCTGA ACACCACGGT GAACCCGCCG
GCCCTGAATG TTGCCAGTGC GGGCAATGCA GGAGCTGCCA ACGCCGCAGC CCCGGCTGTG
AATGCAGATT CCGCTGCGAA AGCTGCCCAG GCCGGACAAG CGCCGAAGCT CGCGTTGAAA
GATGGCGAAG TGGACACGGA TAATTATGAG TTTGACGAGG ATGTACTGAA ATCCTTCGAA
TCGAGAAGGA ACCGCGGCAC TTTCCCGACT ACACCCGGCG TAGCATCCCG CACAAGGGCT
GTCCGCGAGA ACATCGCGAT CAAAGGGCCG TATAATTACA AAGGACTGTT TATCACCAAC
GACGCGGCGT CCGACTGGCG CATTGACCCG ATCCGCGGTT TCGGCTACGC GCAGTCCATT
TCGATGAACG ATTTGCTCGA AAACCACGTC ATAAAGGCCG GTATTTTCAT TTCGTCCAAT
TTCAGGAACA GCGATTTGTT TGCTGAATAC AACAATAACA CCTATCGCGT CGATTTCGGC
CTGCGTGTGG ATAGAAGAAC ACTTTACAAC GATTCGGAAG GTTTGATCCA GAAATACCGG
TTCAACCAGC TGATGTTCAC GGCGTCATAC CCATTCTCAA CGACTAGCCG CCTTTCGGTG
TCGCCGATGT TCACATCCAC GAGAATGATC GACGTGCTGC TGCCTAACCC GGATCTGGCT
TCGAATTACG GCGGCGTGCG CAGTGAATTT GTTTTCGACA ATACGCGGGT TAATGGGATG
AATATGATGG AAGGTACGCG TTTCAAGATC CGCTACGACC TTTATCAGGG TTTGAGCAAT
GGAAACGAAA GCTTCAACCG CGCCAGCCTC GATTTCCGTC ATTATCAAAA AATCCACCGC
GACCTGATCC TGGCAGTGCG CGCGGCGGCC AGCCATTCGG GCGGGCGGGC GCCGAAGCAG
AACATCCTCG GCGGTATGGA AAACTGGATC GGTAACCGGA AAGAAAACCG CACCGGAGAC
AACCCGCTCA ATTTCCAGCG TGATAACCGC GACATCTTCT TCGCCGATTT CGCGACTAAC
CTGCGCGGTT TCAGGCTCAA CAGGCTGTCG GGTACGAGCT ACATGTTGCT GAATGCGGAA
TTGAGAATAC CCCTCGTGAA ATACCTGTAC CGCGGAGCGA TCACTTCGAG CTTCCTGCGT
AACTTCCAGA TCGTCGGCTT CGGGGATATC GGAACGGCGT GGACGGGCAA AGGGCCATTC
AGCGAAAACA ACAGCCTGAA CACGCAAATC ATCGTAGACC AGAGCGAGAC ATTCAGAGCA
ACAGTTACCA ACTATAAAAA CCCTTATCTG ATGGGCTACG GAGCCGGCGT GAGAACTACG
CTATTCGGTT TCTATGCGAA ATTTGATTAC GCCTGGGGTG TCGATAATGG TTACACCAAT
AAACCCATTC CTTACGTAAC ATTGGGTTAT GATTTTTGA
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| Protein sequence | MSRRYIYTLT FSIGLLTVLG LFSESIAQRY PSQETFGKNR VQYKKFNWKI FRTTNFEIYH
HQGGTSLARL TAQYAESEFD KITDVLGWTP YNRVKIFLYN SPAELEQSNM GLSVLDNLSD
QKLNLAQSRV EVAYTGDQIG FRKKLVRDIS LLFVYDMLYG GNMKEALQSS LLLTLPEWFM
TGTAAYIAEG WSPELNDYMR DFFKNRNVRK PTLMQGDDAT LIGHSIWNYI AERYGKDKIS
DILNLTRIIR TEQTSITSTL GVQSYNRFLR DWRAYYLNQT KNAEQFYTDP NPTWKYKLNE
FNVTDASAVI KVSPDKKFTA VSEIKNGRYR VYLFDSESGS KKVVRQGKLD IIGGRMKTQP
PLLGWSKNNV LTILANENDK KNLYMYENVG TKKIRIKTKR NIRGLDQIVD MDVSHDGSML
AVSADKAGQN DLFLISVARA STLPLTNDLY DDLSPRFIQG SSRRVVFSSN RPVDSLGTGD
KGNFKSIAPS YTIFEHDGAP RTGTIVKLVE TEGKTKVTPV YADDNDVVYL SNGKGVNNLY
KYNRASQTSS QLTNYIQNIR NADVNLKAAG GALAYTYLND GYYTAAYKNS FDLNTTVNPP
ALNVASAGNA GAANAAAPAV NADSAAKAAQ AGQAPKLALK DGEVDTDNYE FDEDVLKSFE
SRRNRGTFPT TPGVASRTRA VRENIAIKGP YNYKGLFITN DAASDWRIDP IRGFGYAQSI
SMNDLLENHV IKAGIFISSN FRNSDLFAEY NNNTYRVDFG LRVDRRTLYN DSEGLIQKYR
FNQLMFTASY PFSTTSRLSV SPMFTSTRMI DVLLPNPDLA SNYGGVRSEF VFDNTRVNGM
NMMEGTRFKI RYDLYQGLSN GNESFNRASL DFRHYQKIHR DLILAVRAAA SHSGGRAPKQ
NILGGMENWI GNRKENRTGD NPLNFQRDNR DIFFADFATN LRGFRLNRLS GTSYMLLNAE
LRIPLVKYLY RGAITSSFLR NFQIVGFGDI GTAWTGKGPF SENNSLNTQI IVDQSETFRA
TVTNYKNPYL MGYGAGVRTT LFGFYAKFDY AWGVDNGYTN KPIPYVTLGY DF
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