| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_1855 |
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| Symbol | |
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| ID | 8225426 |
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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 | 2287906 |
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| End bp | 2290584 |
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| Gene Length | 2679 bp |
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| Protein Length | 892 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 644929705 |
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| Product | Carbohydrate binding family 6 |
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| Protein accession | YP_003086257 |
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| Protein GI | 255035636 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.150847 |
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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 | ATGCATTTGA TTTTTAAGAA AATAGGAAGC CTGGCTTTGC TTGCGGCACT GCTTTCATTC
AATGCTTTTT CACAAAGTTT CGAAGCAGAA TCCGGCACAC TGGCCGGTGG TGCGGATATG
CAGGATTGTG CATCCTGCTC GGGACAGAAA ATGGTGGGTA ACCTGGGCGG CGGTGCGGTG
ACCGTGCCGG TGAATGTGGC CGCAGCGGGG AATTACAGGC TGACACTTTT CTATGCCACG
GGAGACCAGC GCACGATTAA CATTACACCC AATGCGGGCG GTTTTGTGGC GGTAACTTGT
CCGGCTTCCG GCGGCTGGTC GGAAGTGGCG AGCATTGGGG TCAACGTTTC TTTGAATGCA
GGAAGTAATA GTATCAAACT GGACAATGTA TACGGCTACG GCCCGAATGT AGATAGATTT
ACCTTAACCC CGCTGAATGC GCCTGACATT CAAACCATTG CATTTGGTAC TAATAACCGC
ATTGATTATG ACCTGAATAA CGGGACTTAC GATGTGTATT TTGAAAATTT AAAAACCGTC
GGTGAAGCAT TTGCAACAGC CAATTCGAAT GCAGTTTTTA ACAGTACGAC CGGCTACACC
AGCCGCACTT ACACCTCCAC ACCGGTAACA GATCAATTCG GTTCGGGCAC GCGGCATGTC
ATTACTTCCA CCGGAAGCGG CCAGCTGGAA ATGCAGCAGG TTTTTTACAC CTATTCGAAT
AAAAATCATT TCTATACGGA ACTGATCCTG AATGGTTCCG GTGCCAATTC CTACAAAATG
ACGCCGCTGA CTTCCAATGC GGTGAACATC CATTCAGGCG GCGACCGCCG TGCGCTTTTC
GTGCCCTTTG ATAACGACAA ATGGGTGCGC TACGAAGCGA AAGAAATTGG TTATGCCAAC
TTTACTTCGT CCGAAGCCGG GGCGATCTAC GATAATACGA GCCGGAAAGG ATTGCTTGTC
GGCTCGGTGG AGCATGAAGT CTGGAAAACG GGCGTGAACC TGGCGGGAGA GGGGCGGACG
GAAACTTCAT TCATTTCTGT GATCGCAGGC TGGACCAATG AAAATGTGAC ACGGGACAAA
CGCGGTCACG GCTGGGTGAG CGTGGGACAA CAAAGCTGCA AATCGCCGCG GATTATGGTA
GGTTACCACA GCGACTGGCG GGCGGGGCTT GAAGAATACG GAAAAGCAAA TGCCCTGGCC
GAGCCCCGCT ACATTTTTGA ATGGACGGCC GCTACGCCGT TCGGCTGGAA CAGCTGGGGC
GCGATCCAGG CAAACCTGGA TTTACTCAAA GCAAAATCCG TCGTCGACTT TTTCGCAAAT
GACGTTCCTG CTTTCAGAAA TGGCGATAAC ACTTTGTATG TAGACCTGGA TTCTTACTGG
GATAATCTGG CGCCGGGGGG TATCAATGGC GATTTCAGCC AGCTCAACGA GTTCGCCAAC
TATTGCAAAT CCAAAGGTTT GAAGCCGGGC ATTTACTGGG CGCCGTTTGT GGATTGGGGA
AAATCCAACC GACCAATGGA AGGCAGCACC TACAATTACG AGGATGTGTG GACGAAAGTC
AATGGCGCGC CGCTCGACCT CGACGGAGCT TATGCGCTTG ACCCGACGCA TCCAGGCACG
AAAGCCAGGA TTGCATTGCT GATCGGGAAA TTCAAAGCGT GTGGTTTTGA AATGATCAAA
ATTGATTTTC TGGCGCACGC ATCCCTGGAA GCGGATAGTT TTTACGAGCC GGGCGTCCAC
ACGGGAATGG AGGCTTACAA AATCGGAATG GAATACCTGA CCGACCAGCT CGACGGTTCC
ATGCTGGTTT ATGCAGCGAT TTCGCCAAAT CTGGCGACGG GCCGCTACGC CCACATGCGG
CGCATTGCGT GCGATGCCTA TAAAGATATG GGCGAAACGG CCTACACTTT GAACAGTACC
AATTACGGCT GGTGGCAAAA CCAGATTTAC CAGTACATCG ACGCCGATCA CATTGTTTTT
GGAACAGAAA CTGCGGGCGA AAACCGGGCG CGGCTGGCTT CGGCCATTGT GACCGGGACG
ATCATCACCG GCGACGATTA TGCAAGCGAA GGCGCATGGA AAGTAACTTC GCAAACCTTA
CTGCAAAACG CTGATCTGCT GCATCTTGCC AAAGACGGAA AAGCGTTCCG GCCGGTGGAG
GGAAACACTG GCTGGGACCC CAATGCGCTT TTTGTCAAAA CCATCGGGGC ACAGCATTAC
CTGGCCGTAT TTAACTATGG AAGTGAACCG CAGACTTTTA ATGTAAACCT GGCGCGGGCG
GGGTTAAATG CCAGCGCTTC TTACAACACG AAAGAACTTT TCTCAGGCGA AGACCCTTCG
GCAAGAAAAG CAGCAACGAC CGCGCAAGGC ACATTGACAC TGAACATTCC CGGCCAGGAC
GTGGCTTTGG TTCGGTTGAC GGACACCAGT CTGCCGGTGA CACTATTCCC AAACCCGGGA
AATACGCAGC TGAATGTAAA AGTGCCCCGT AACTTTTCCG GCGAATTGTA TCTGAAAATT
GCAGCAGCAA ATGGCACGAA TGTGTTTTCC GAAAAATTTA CCAAGTATTC GGAAAAGGGC
TTGACAATCA GCATTGCCGA ACTGGAAAAA GGCAATTACG TAATTTCCCT GGAAGACAAT
AAAGGAAATA GCCTGCGTGG CAAGTTTGTC AAGAATTAA
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| Protein sequence | MHLIFKKIGS LALLAALLSF NAFSQSFEAE SGTLAGGADM QDCASCSGQK MVGNLGGGAV
TVPVNVAAAG NYRLTLFYAT GDQRTINITP NAGGFVAVTC PASGGWSEVA SIGVNVSLNA
GSNSIKLDNV YGYGPNVDRF TLTPLNAPDI QTIAFGTNNR IDYDLNNGTY DVYFENLKTV
GEAFATANSN AVFNSTTGYT SRTYTSTPVT DQFGSGTRHV ITSTGSGQLE MQQVFYTYSN
KNHFYTELIL NGSGANSYKM TPLTSNAVNI HSGGDRRALF VPFDNDKWVR YEAKEIGYAN
FTSSEAGAIY DNTSRKGLLV GSVEHEVWKT GVNLAGEGRT ETSFISVIAG WTNENVTRDK
RGHGWVSVGQ QSCKSPRIMV GYHSDWRAGL EEYGKANALA EPRYIFEWTA ATPFGWNSWG
AIQANLDLLK AKSVVDFFAN DVPAFRNGDN TLYVDLDSYW DNLAPGGING DFSQLNEFAN
YCKSKGLKPG IYWAPFVDWG KSNRPMEGST YNYEDVWTKV NGAPLDLDGA YALDPTHPGT
KARIALLIGK FKACGFEMIK IDFLAHASLE ADSFYEPGVH TGMEAYKIGM EYLTDQLDGS
MLVYAAISPN LATGRYAHMR RIACDAYKDM GETAYTLNST NYGWWQNQIY QYIDADHIVF
GTETAGENRA RLASAIVTGT IITGDDYASE GAWKVTSQTL LQNADLLHLA KDGKAFRPVE
GNTGWDPNAL FVKTIGAQHY LAVFNYGSEP QTFNVNLARA GLNASASYNT KELFSGEDPS
ARKAATTAQG TLTLNIPGQD VALVRLTDTS LPVTLFPNPG NTQLNVKVPR NFSGELYLKI
AAANGTNVFS EKFTKYSEKG LTISIAELEK GNYVISLEDN KGNSLRGKFV KN
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