| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_5520 |
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| Symbol | |
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| ID | 8229135 |
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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 | 6647569 |
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| End bp | 6650607 |
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| Gene Length | 3039 bp |
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| Protein Length | 1012 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 644933367 |
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| Product | hypothetical protein |
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| Protein accession | YP_003089876 |
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| Protein GI | 255039255 |
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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 | 31 |
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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 | 18 |
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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 | ATGGATTTCC TGAGTGCTGC ATATTTCGAT AGTACGATAA CCGTGGACGC CAAAGTCCGC
GCGAGTAGTA CGTATGCCCT TCCGGCCGTA AATACCAGCA ACGTTGCATA TTCCAGCGGC
GGGTTTGAAT CGTATGTCGC AAATGATCAG TACACGGCGG GCGCTCGCCC TGGCTACGGG
TTTCATGCGG CCGGAAACTT CGGGGTATTT CTATACGCAC AGTCAGGATC AGAGCTCCGC
ATTCGCAGCA ATACCGGCAT TGATAATACG CTTTGGCACT CAGGCAACGC CCGTTCTGAT
TCGCAGAACG ACACGAGGTA TTCTCAAATC GGGCACACGC ATGTAATCGC TGATGTAACG
GGTCTGCAAA CCGCTTTGGA TGGCAAGGTT TCCCGCAGCC CGTCGCAATT TGACTGGCAC
GGATTCTCAT CGATCGGACT GGCGACTTTC AATACTGCAT CGACAAACGG TCCGGCTGGC
GCTGGTGTCT ACCATGGTCT TTTCATCCCG CATGCAACAG GATCATCTTA CGGCACAAAC
ATCGCTTTCC GCAATGGCAA TTTCTACATC AAAAGCCTGG AAAATGGCGC TTGGGGGAGC
TGGATTAAAA TTGCCTCCGA AACCTATGTT AATAGCCAGG GGTTTGTAAC ATCGGCGGGC
CTCACTGGAT ATGTCCAGAA CACAAGGCAG ATCAACACAG GGGCGGGACT GCTCGGCGGC
GGACCGCTCA GCGCGGATTT GAGCCTTACC TTTGATACCA CGTTTGGCGA TGCCCGGTAC
TCGCTTTCAT CTCATACACA CACCGCGGCT CAGATTACCG ACTTTTCAAC TGCTGGCCGG
GCACTTTTCT CTGTCTCAAA TGGCATCTCC TACACCAGCG GGACCGGAGC ATTTGCGCTC
ACCTACGGAA CGGCGGCTAA TACCGTGGCC CAGGGTAACG ATTCTCGTAT TATCAACGGC
CAGGCCGCGC ACATGCGCTG GGTCAGTACG CCCGGCGAGT TCTCGGACAT CAACAACATC
AATAAAGGAG GGGTTGCGAC TTATGGAACA CCGGCAGCGG GCAGGCCGAC TACTTACGGC
ACGACTTTCA CTTTTGTTGG CAATAGCAGC ACAGGAGACT CGGCCGGCGG AGCGTATCTG
AATCAAATTT TGGTTGGCAC CACGGCTGAT TGGTATGTCC GTCATGGATT AGGAGCAACA
TGGGGAGCTA CCTACCAGAT CTGGACAGCC AAACAGTTCA ATATTGCCAA TTATGCGACT
ACTGCCAGTC TTTCGGATTA TGTGATGAAT AACACGACCG GGTTGAGCTG GACAACAGCC
CATTCGGACG GCAAGCATAA GTTTCACGGC AGCTCTACCA ACAGCCCGAC AGGCTTTTAC
CATGTCGGAT TTACAGCCAC TTCGCCTGAT GCACAAACGG CCGCTTCGCT GGCATTCAGG
AACGGCAATG GTTATTTCAG AACGGTTGAA GCTGGCGTGG TTGGATCGTG GCAACAGTTT
CTTACATCCG CAAATCTTTC CGGGTATGTG CCGACTTCCC GGACCATAAC TATCAATGGA
GTAACAAAGA ACTTATCTGC AAATCAGGAT TGGGGTACCA TTGGGGGAAG TGGGATACCA
GGGAGTGTTA GCGATCGGAC CATCCCACGG TATGAATTGT CGTCCGGATC TTTTGTAAAC
AGCTCCATTG ATGAAACTGT TAGCACTGTC GACATCAGAA AATCCACTAC GATTAACAAG
ACTGGCAGCA GCTATTACAT TCAGATGGGG GGCTTGTCGA ATACACTTGG CATCAGCCTC
TATAATTCCA CCGGATCTAA CTCTTTTACG TTCAGTCGGT ACAATGACGA ATTCAGCTTC
TCATCTGCGA CCGGTGTAAC AATCTTTGAA GTAAAGTCGG ATAGTCTGGT CAATTTTGTG
ATGCCGAATG GTGTAGCGCC ATTCAAAGTC AATAGCTCTA CTCTGGTAAC GAGTTTGAAC
GCGGATCTGC TGGATGGTCA GCACGCATCG GCATTTGCGT CGGCATCGCA CACGCATACC
GCGTCCCAGG TTACCGACTT TACCAGCGCG GCCAGGGCTG CTATCTCTGC AACGGGAAGT
ATTTCTTACA ACAGTGCAAC CGGTGTTATT TCTGGCGGTG GCTCTGACAC GCGATGGATA
TCAACCCCGG TAAATTATTC GGATATAAAT ACCATTACTA GTTCCGGTGT TTTCTCGTGG
GGCAACTCGG CAGCAAACCG GCCGTCGGCT TTTGGGACAA TGCTAAGTTT TATCGGTGCA
TCTCCCGACG GGAACTTAGG TTCTAACATG TGGATGTCGC AATTGATGTG CGGGACAGAT
GCAAACTGGT TTGTCAGGTA CGGGCAGGCT GGTACTATTT ACCAGGTGTG GACTTCAAAA
CAGTTTAACA TCGCAAATTA TGCGACAACC TCCTACGTCG ACTCTAATAC GTATACCAGG
GGGTACATTG ATTCCGAATT AAGCATCAGG GCGCTTAGCG GTATTTCATT AACCGGCCAG
CTCAGTATAA CCGGCGGGGG GACACTGACG GCAAGTAGAA CTTACCAACT GGTCAATGAT
AGCGGCAGTC CCGGGGCAAA TAAACTTTAC GGGACTAATG GTTCCGGGGT GAAGGGATGG
TATGATCAAC CTTCGGGCGG CGGCGGCGCC TACTCCGCTG GAAGTGGTAT CGGGCTATCT
GGATCAACCT TCTTTGTGAA CGGCGGTACC GGACTTAATC AGGATGGCGA TGGGCTTTCG
CTCGATGTCG GCTGGACGGA CGGGAGATAT TTGCGAGGAA GCGGCACTCC ATTTCGAGTG
GCATATTGGG GCGCAGGGAA CACCCTCACT TCCAGTAGCA TCATGACCGA TGGAGGGAAT
CAAATTCAAA TTAGCGGACA TCTGGGCATA AGCAATGGCA TGTTAATCCT TCCGCCATTT
GCCAGCGAAC CTGTGGCGCC CGTTGCTGGC TCTATGTACT TCTCCACAGG AAACTACCGA
CCGAGATACT ACAATGGCAC CGTATGGGTA AATATTTAA
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| Protein sequence | MDFLSAAYFD STITVDAKVR ASSTYALPAV NTSNVAYSSG GFESYVANDQ YTAGARPGYG
FHAAGNFGVF LYAQSGSELR IRSNTGIDNT LWHSGNARSD SQNDTRYSQI GHTHVIADVT
GLQTALDGKV SRSPSQFDWH GFSSIGLATF NTASTNGPAG AGVYHGLFIP HATGSSYGTN
IAFRNGNFYI KSLENGAWGS WIKIASETYV NSQGFVTSAG LTGYVQNTRQ INTGAGLLGG
GPLSADLSLT FDTTFGDARY SLSSHTHTAA QITDFSTAGR ALFSVSNGIS YTSGTGAFAL
TYGTAANTVA QGNDSRIING QAAHMRWVST PGEFSDINNI NKGGVATYGT PAAGRPTTYG
TTFTFVGNSS TGDSAGGAYL NQILVGTTAD WYVRHGLGAT WGATYQIWTA KQFNIANYAT
TASLSDYVMN NTTGLSWTTA HSDGKHKFHG SSTNSPTGFY HVGFTATSPD AQTAASLAFR
NGNGYFRTVE AGVVGSWQQF LTSANLSGYV PTSRTITING VTKNLSANQD WGTIGGSGIP
GSVSDRTIPR YELSSGSFVN SSIDETVSTV DIRKSTTINK TGSSYYIQMG GLSNTLGISL
YNSTGSNSFT FSRYNDEFSF SSATGVTIFE VKSDSLVNFV MPNGVAPFKV NSSTLVTSLN
ADLLDGQHAS AFASASHTHT ASQVTDFTSA ARAAISATGS ISYNSATGVI SGGGSDTRWI
STPVNYSDIN TITSSGVFSW GNSAANRPSA FGTMLSFIGA SPDGNLGSNM WMSQLMCGTD
ANWFVRYGQA GTIYQVWTSK QFNIANYATT SYVDSNTYTR GYIDSELSIR ALSGISLTGQ
LSITGGGTLT ASRTYQLVND SGSPGANKLY GTNGSGVKGW YDQPSGGGGA YSAGSGIGLS
GSTFFVNGGT GLNQDGDGLS LDVGWTDGRY LRGSGTPFRV AYWGAGNTLT SSSIMTDGGN
QIQISGHLGI SNGMLILPPF ASEPVAPVAG SMYFSTGNYR PRYYNGTVWV NI
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