| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_0333 |
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| Symbol | |
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| ID | 8223899 |
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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 | 383173 |
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| End bp | 386397 |
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| Gene Length | 3225 bp |
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| Protein Length | 1074 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 644928211 |
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| Product | protein of unknown function DUF1549 |
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| Protein accession | YP_003084768 |
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| Protein GI | 255034147 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.0087202 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAAAATG TTAAAGTTTT CTTTCTGTGG GCGTTAATCG CCGGGCATTT CTTCTCTTGT
TCCCCCGAAC TGCCCGAGGA TGTGGAGGTT GCAATGAAGG AGCTGCCCGA TAAGCTGGAC
TACAACCAGC ACGTAAAACC CGTACTTTCC GATAAATGTT TTGCATGCCA CGGCCCCGAT
AAAGCCAAGC AAAAAGGAGG CCTGCGCCTG GATCTGGCCG AAACGGCATT TAAAAAGGTT
GCCAAGAACT CTGGAAGGAC GGCGATCGAC CCGGGCGATC TGGCCGATAG CGAGTTTTTT
CATCGCATCA TATCTTCCGA CCCCGATTAC GTAATGCCCA CACCTGAATC GCACCTGAGC
CTTTCGGCGC GGGAAAAAGC GATCCTGATC CGTTGGATCG ACGAGGGAGC TGAGTACAAA
CCGCATTGGG CATTCGTGAA GCCCGAAAAA CCCGGCGTCC CCGAAACAGC ACATGATAAC
CGGGCGATCA ATCCGATCGA CCATTTTGTA TTCCAAAAGC TGGAAGAGGA AAAGCTCCAA
CCTTCCGCGC AGGCCGAAAA AGAGATTTTG CTGCGGCGCG TGTCGCTCGA CCTGACCGGC
CTCCCACCCA CCCTGGCCGA AACCGATGCA TTTTTGAAAG ATCAATCGGC CAATGCCTAT
GAAAAGCAGG TCGACAGGCT GCTCGCTTCG CCGCATTATG GTGAGAAAAT GGCCATCGAC
TGGCTCGATC TCGCCCGTTT TGCGGATTCG CACGGCTACA CGGTCGACAG GCTGCGGGAC
ATGTCGCCCT ACCGCGACTG GGTGATCCAG GCATTCAACC AAAACATGCA TTACGACCAG
TTCGTCCACT GGCAGCTCGC CGGCGACCTC ATGCCCAACC CGACGAAGGA AATGCGCATT
GCGACCGCCT TCAACCGCAA CCACCAGCAA AACATGGAAG GCGGCATTAT AGAGGAGGAA
TTTCAGACGG AATATGTGGT GGACCGCACC AACACATTCG GCGACGCTTT CCTGGGGCTT
TCGGTAGGCT GCGCCAAATG CCACGACCAC AAATACGACC CGGTGTCGCA GAAAAACTAT
TATGAATTAT ACAGCTTCTT CAATAATGTG AAAGAAGCCG GACAAATCTC CTGGGACGAT
GCACTGCCTA CCCCGACCAT GCTCCTGCCC ACGCCCGCCC AGGAGCAGAC TTTGAAATTC
ATCCAATCCA AAATAACAAG AGAAGAACAA AACCTGGCGG CCACGCAACG CAATGCGGAC
AGCGGTTTCA AACAATGGAT CGACGCGGGC GGCCATCAAT ACCTGGGCAA AGAGCCCCTG
CCCAAAGCAG GCTTACAGGC ACATTACACC TTCGAAAAAG GCTCGCTGCG CAATGCGTTG
AATGCCAAAC AAACAGGGAT CATGAAACGC GAAGCCGGCT CGCCGGGCGG TGACCCCGTA
TTTGCAACCG AACAGGGCGC CACGGCGCTG CGGCTCGACG GCGACGTGTA CCTGGACCTC
GGCCAGAACG GCGTGTTCCG CAAGTCGGAA CCGTTCACCG TCGGCATCCG CGTACATATT
CCGAAAGCAT TGAAAGAGGG CGTAATCCTG CACAAGAGCC AGGCCGAGCG CCTGTATAAT
TTCCGCGGGT ATCATTTGTA TCTCAAAAAC GACCGGCTGG AACTGAACAT GGCGCACACC
GCTCCGTCGG ATGCGATCAC GAAAATCAGC AAACAGCCGC TCCCGAAAGA CCAGTGGGTG
CAGCTGACCG TCACTTACGA CGGTTCTTCC AAAGCAACCG GTTTGAAGCT TTACGTCAAT
GGGCAGGAGG CCGCGATGGA GACGACGATG GACCAGCTCA CGAAGGATAT TCTGTTCAAA
TCGAGCGTCC AACCCGGCTT ACAGATCGGC GCCTGGTGGC GGGGCTTCGG GTTAAAAAAT
GCCTTGGTGG ACGATATTGT CGTATTTAAC CGCGAGCTTA CGCCGTTCGA AACGGGCATA
CTGGCCGGTA AATCATCGTG GGCGGGCATA GCAGCAAAAA ACGCCGCACA GTTGAATGCG
GCGGAAAGCG CGGCCTTGAA AAACTATTAT TTGTCGGCGG TAGATCCGGC GGCGGCGAAG
GCGCGGCTTG CATTGCAGGA TGTGCGCACG CAGCTTTCCG ATTCCACCGA GCACGTCCGC
GAGCTGATGG TCATGCAGGA AATGCCGGAG CCTAAGCAAG CCTATTTGCT CGAACGGGGA
AACTACGATG CTTTGGGCGA AAAAGTGTTT CCTGCCACAC CGGCCGCCAT TTTGGAATAC
CCTAAAAACT TACCGAAAAA CCGGTACGGA CTGGCCCAAT GGCTCACCCA CGCCGACAAC
CCGCTCACTG CCCGCGTGGC TGTGAACCGC TACTGGCAGA ACTTCTTCGG GACCGGCCTG
GTCAAAACCA CCGAAGATTT CGGCAACCAG GGCGAGCTTC CCACCCACCC CGAACTGCTC
GATTGGCTGG CCGTTACGTT CCGTGAATCG GGCTGGGATG TGAAGAAGTT GAACAAACTG
ATCGTAATGT CTGCCACGTA CCGCCAGGAC TCCCGCACAA GCCGGGAAGT ACACGAGCGC
GACCCCGAGA ACCGCCTGTA CGCACGCGGG CCTGCCAACC GGATGTCGGC CGAGATGATA
CGCGATAATG CATTGATTGC AAGCGGATTA ATGAACCCGA AAATAGGCGG GGCAAGCGTA
AAACCCTACC AACCGGAAGG ACTATGGTCG ATTAACAGCA GCACCTACAC CCCCGACTCG
GGCAATGCGG TGTATCGCCG GAGCCTGTAT GTGATCGTCA AGCGCTCCGT TCCCAACCCG
ACACTCGCGA CGTTCGACGC TACCTCGCGG AGCTTTTGCG TGGTGCGCCG CCAGAAGACC
AACACGCCAT TACAAGCCCT GGTGACGCTG AACGACCCGA CATTTGTGGA AGCCATGCGC
GTGCTGGGCG AACAAATGAC CCGCATTCCC GACCCGCGGC AGTCGGTAAC CACCGCCTAC
CGCAAGCTCA CCGGCCGCAA GCCGCCTGGT AAAGAGGTGG AACTCCTGCT TGCATTGCGG
AAAGTGGAGG AAGAGAAATT CAGGAAGAAT CCGAAGAAAA CAGCCGGCTG GCTGCAAACC
GGTCAGCATA TACCTGACAA AACGCTCGAC CCGGCATTGC TGGCCGCCAA CAGCGTGGTA
GCCAGTACCA TCCTCAATTC CGACGCCAGC CTAACCAAAA GATAA
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| Protein sequence | MKNVKVFFLW ALIAGHFFSC SPELPEDVEV AMKELPDKLD YNQHVKPVLS DKCFACHGPD
KAKQKGGLRL DLAETAFKKV AKNSGRTAID PGDLADSEFF HRIISSDPDY VMPTPESHLS
LSAREKAILI RWIDEGAEYK PHWAFVKPEK PGVPETAHDN RAINPIDHFV FQKLEEEKLQ
PSAQAEKEIL LRRVSLDLTG LPPTLAETDA FLKDQSANAY EKQVDRLLAS PHYGEKMAID
WLDLARFADS HGYTVDRLRD MSPYRDWVIQ AFNQNMHYDQ FVHWQLAGDL MPNPTKEMRI
ATAFNRNHQQ NMEGGIIEEE FQTEYVVDRT NTFGDAFLGL SVGCAKCHDH KYDPVSQKNY
YELYSFFNNV KEAGQISWDD ALPTPTMLLP TPAQEQTLKF IQSKITREEQ NLAATQRNAD
SGFKQWIDAG GHQYLGKEPL PKAGLQAHYT FEKGSLRNAL NAKQTGIMKR EAGSPGGDPV
FATEQGATAL RLDGDVYLDL GQNGVFRKSE PFTVGIRVHI PKALKEGVIL HKSQAERLYN
FRGYHLYLKN DRLELNMAHT APSDAITKIS KQPLPKDQWV QLTVTYDGSS KATGLKLYVN
GQEAAMETTM DQLTKDILFK SSVQPGLQIG AWWRGFGLKN ALVDDIVVFN RELTPFETGI
LAGKSSWAGI AAKNAAQLNA AESAALKNYY LSAVDPAAAK ARLALQDVRT QLSDSTEHVR
ELMVMQEMPE PKQAYLLERG NYDALGEKVF PATPAAILEY PKNLPKNRYG LAQWLTHADN
PLTARVAVNR YWQNFFGTGL VKTTEDFGNQ GELPTHPELL DWLAVTFRES GWDVKKLNKL
IVMSATYRQD SRTSREVHER DPENRLYARG PANRMSAEMI RDNALIASGL MNPKIGGASV
KPYQPEGLWS INSSTYTPDS GNAVYRRSLY VIVKRSVPNP TLATFDATSR SFCVVRRQKT
NTPLQALVTL NDPTFVEAMR VLGEQMTRIP DPRQSVTTAY RKLTGRKPPG KEVELLLALR
KVEEEKFRKN PKKTAGWLQT GQHIPDKTLD PALLAANSVV ASTILNSDAS LTKR
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