| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_0665 |
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| Symbol | |
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| ID | 8224234 |
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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 | 777714 |
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| End bp | 781028 |
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| Gene Length | 3315 bp |
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| Protein Length | 1104 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 644928538 |
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| Product | hypothetical protein |
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| Protein accession | YP_003085092 |
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| Protein GI | 255034471 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.516386 |
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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 | 24 |
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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 | ATGTATCCTC ACGAATCGAC ATACCCGTTT TTTGAAGCCA ACCAGGTTTT GAAAAAAGAC
GATCTCAACA ACCTTTTCGA GTACCTCGAC GAGCAGAACC GGATGACCCG TACCAATCTG
ATCGGGATCG GCATTGTCTG CGGGATGGAT GTGATACCCG TGGCGCCTGC CGCGATCCGG
ATCACCCGGG GCGTCGGGGT CACGTCCGAA GGTTATCTGG TATCGGTTCC GGAGGTGGAA
TATGCCAACT ATTCGATTTA CCCGCCTAAT AAGGATATTT TCCTCGGCGA CGACTGCTAC
ACCGAGCTGC ACCAGGCCGG GCAAAACAAG ATGCACAAGC TGGTAGAGGG ACTTTCCCCC
GACAACAACC AGCTCTTCGA ACTCGTGGAA GGCACGCCCG CCGGCTCCAC GGCGCTTACC
GCCGCGTTTC TGGCTGATAA GGTTGTTTTG ATTTATGTTG AGTTATCCAA AAACGGGCTG
AAAAACTGCT CTCCTAATTC CTGTGACGAT AAGGGCTCTG AAATAGCGGT TCAATTCCGG
CGGTTCCTCG TGACGAAGGC GAATGCGGAT CTCATCAAAA AAGAAGCGGT GGAACTGATA
GGAATACAAT CGGAACTGGA TATTGAGCAG ATTGTAGAAG CTAAAATCCT GCTCCCGACC
ATCCGGCTGA AAAGATTCGA TGTCCCGAAC AGCAATCCGG TCACCACGGG CGACATTATC
GCCGCCTACC GCAAAATCCT CACCAAATCA TTCATCGAAG ACACGCTTCG CACCAACCTG
GTGAAGCTTT TCGAGGTGTA CGAAGCCATA TTGACCGGTT TGGACAAAAC CATTATCCAA
AATTGGACCG GCGTGTACGA CGGCCTGTCC GTGAAATTCC TCCGGCCGTA CGAATACCAG
TACTTTTACG ACCTGGTGAG TGATCTGATC CATAATTATG AGGAAATCAA GGCGAAAGGG
CTCGAAGTGC TGGCATTATG CAACCCCGAT TGCCGGATGT TCCCGCGCCA CCTGTTCCTC
GGCGCTGCCA CCGTCGACAC CACGCAAAAC AGGGACGTGT ACCGGCAGTA TTTCATCCCC
TCTCCGATCA TCGGCAACCA GAAAAAAGCG GGGGAAGAAT TGAAACTGCT TTTCACCCGG
ATGCTCGCGC TGATCGAACG GTACAAAATC CCCCAGCCCG CCAGGCTGGA AATCAAAGGC
CGGATACTGG ATGCCAATAT CCGCATTACG CCCAGCAAGC TGGGGGATTG GCCATTATCG
CAAAAGGCGA TTCCCTACTA CTACGAGGTG AATGCCGGCA CGCCCAGGCT CTACGAAACC
TGGCGCTATG ATTTGAAAAA ACAGGGGAAA GAAAAACAAA ATCTGTCTTA CCACGCCGAT
TTGTATGCAA ATCCCGCCGA CGATTTTGTA CTCAATCCCC TCGGATACGA CCTGGAACCT
TACAATTTTC TACGGGTCGA AGGCATTGTC GGAAAGCCCT ACCAGGAAGT GTTGGCCGCG
ATGAACCAGT ACATCCGCCA GCAACGACTG CCGTTTGATG TGGTGGCGCT CAGCACGGGA
AACGAGCCGC TCCAAATCGA AATGGATATG GCTGATTTTG AATGCCATGC GGCCGATCTC
GAAGTGCTGT ACGATGTGCA GCGGACCGAA TTCCGCTGCC TGATCAGCGA AATGAAAGAC
AACCGTCGGT TCGATGTGCT GGTGGGCCTT TTCCCGGCTA ACCTTGCACA GGTCACCAAC
GAGGCATATG CGGAAATCCG GAGGGTAGTC GACGCATTCG ATTTCACCGA CGCGGATTCC
GTGGAATGCA AAGTTCGCAT ACTGATCGGG CTGATCACGG TGTACAGAAG ACGGCTCGAA
AAACTGCGCT CTAACTTCCT GTTCAGCAAC TACACGCGCA ACAACCCGGG CATTCAGCAC
AAGGCGGGCG TGCCGGTAGG CGGCACATTT GTGATCGTTT ATCATGGCAA TATCAAATCC
TACTACTCGC CCAGAGATAC GATTGGTATA AGGGAAGCCG TTGCCGAACG CCCCACGCGC
GTAAATGCGA CCGCCGAAGC ACTTCCCGAG AACGAAGTAA TTGTTAAAAC CGCCTCCGGG
GACGCGAATG TTCTGGGTTT GTCAGAAAAA ATGCTCAGTG AAATTTCCGT ATTGCCTGCG
GGAATCCGCG AGGAACTGGT GAAAGTGCTG GGTGATAGAC TGGCCGGCAT TTTCAATCAG
AATGAGGATG TGGGGATCGA GGCGGGCACC GTGTTTGCCG ACTTCTTCCT GCCCTACCGC
TGCTGCACCG ACTGCACGCC CGTGCAAGTA GTAACGCCGC CCAAAAACGA CCCGCTGAGC
GCCACCGTCT CCGAGCCCAA ATGCGACGAA AACAACAAGA ATTTCACGGT AACCATCACC
ATATCGGGCG GCACGCCGCC TTACACCAGC GACGCCGGGC CAGTTACAGG CAACACGCTC
ACCGTCACCC TCACCACCGG AAGCACACAG AATGCAGGCA TCAAAGATGC TGGCGGTCAG
GAAATCAGCG TAACGATTCC CGCGCATACC TGCGGCTGCG ATCTGCCGTG CGATGGACTT
GCAGAGCGAT GCTTCTACCC GGTGTGGATC AACAAACCTG CGAAAGGCGC CATGATCACG
CAGAAATCCG TGGAAGTGGC CAAACTTACC GTGGTAGACA GGGAAAACGG AACATCCTTC
GATATCGATT TCAGGGAAGA GTTCCAGTCG ATTTTCGCCC AGTTCGACGA TACCTCCTAT
GCCGGTGCGG TGCGATCATT GCTCAAAGCG ATCAACACGA AAATCAGGGA GAAAACCGGC
GGCAAAAACC ACTTTATCCT CGGGTTTGAC CGGACAAACG ACCTGATGGC GATTGAACAT
TACATATGCC ACGACTTCAC GATCGAGCTC GTGTGGCAAT ATTCGGTAGG CCGCCGGGTA
AACATTACGT CCAGCGCCAT GTACAACGAG AAATCGTGGA ACATTAAGAA CGACCTGTGG
TCCGTGGAAG GCGCAAAATT CGGCTGTTTT GCACTCGACA AATGCGCCGA TAAGGAAGAA
GAGCTCTGCA AAGAACCCAT CAAACCCGAA TCGATCAGGC TATCGTTCGA CAAGGCGGAA
AATGAGTTCC ATTACAAGGT CGAAAGCGAA GTTGAGCCCG ATTTCGTGCT TTGGATTTTC
GAAACCGAAA CGCCCGAGTA CTCGAACAGC AAATCCGGCA AATTCAGCAG CAGGCTGGAC
AGCGTAAACG TGAAGCTGGT GTTCGTCCTG GGCGCATGCT TCGTGATTGT GGAAGCCACT
GTACCAAACG CCTAG
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| Protein sequence | MYPHESTYPF FEANQVLKKD DLNNLFEYLD EQNRMTRTNL IGIGIVCGMD VIPVAPAAIR
ITRGVGVTSE GYLVSVPEVE YANYSIYPPN KDIFLGDDCY TELHQAGQNK MHKLVEGLSP
DNNQLFELVE GTPAGSTALT AAFLADKVVL IYVELSKNGL KNCSPNSCDD KGSEIAVQFR
RFLVTKANAD LIKKEAVELI GIQSELDIEQ IVEAKILLPT IRLKRFDVPN SNPVTTGDII
AAYRKILTKS FIEDTLRTNL VKLFEVYEAI LTGLDKTIIQ NWTGVYDGLS VKFLRPYEYQ
YFYDLVSDLI HNYEEIKAKG LEVLALCNPD CRMFPRHLFL GAATVDTTQN RDVYRQYFIP
SPIIGNQKKA GEELKLLFTR MLALIERYKI PQPARLEIKG RILDANIRIT PSKLGDWPLS
QKAIPYYYEV NAGTPRLYET WRYDLKKQGK EKQNLSYHAD LYANPADDFV LNPLGYDLEP
YNFLRVEGIV GKPYQEVLAA MNQYIRQQRL PFDVVALSTG NEPLQIEMDM ADFECHAADL
EVLYDVQRTE FRCLISEMKD NRRFDVLVGL FPANLAQVTN EAYAEIRRVV DAFDFTDADS
VECKVRILIG LITVYRRRLE KLRSNFLFSN YTRNNPGIQH KAGVPVGGTF VIVYHGNIKS
YYSPRDTIGI REAVAERPTR VNATAEALPE NEVIVKTASG DANVLGLSEK MLSEISVLPA
GIREELVKVL GDRLAGIFNQ NEDVGIEAGT VFADFFLPYR CCTDCTPVQV VTPPKNDPLS
ATVSEPKCDE NNKNFTVTIT ISGGTPPYTS DAGPVTGNTL TVTLTTGSTQ NAGIKDAGGQ
EISVTIPAHT CGCDLPCDGL AERCFYPVWI NKPAKGAMIT QKSVEVAKLT VVDRENGTSF
DIDFREEFQS IFAQFDDTSY AGAVRSLLKA INTKIREKTG GKNHFILGFD RTNDLMAIEH
YICHDFTIEL VWQYSVGRRV NITSSAMYNE KSWNIKNDLW SVEGAKFGCF ALDKCADKEE
ELCKEPIKPE SIRLSFDKAE NEFHYKVESE VEPDFVLWIF ETETPEYSNS KSGKFSSRLD
SVNVKLVFVL GACFVIVEAT VPNA
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