| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Elen_0471 |
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| Symbol | |
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| ID | 8414755 |
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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 | Eggerthella lenta DSM 2243 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013204 |
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| Strand | - |
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| Start bp | 602045 |
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| End bp | 605098 |
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| Gene Length | 3054 bp |
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| Protein Length | 1017 aa |
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| Translation table | 11 |
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| GC content | 66% |
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| IMG OID | 645023442 |
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| Product | molydopterin dinucleotide-binding region |
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| Protein accession | YP_003180845 |
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| Protein GI | 257790239 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | [TIGR01409] Tat (twin-arginine translocation) pathway signal sequence |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | 34 |
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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 | ATGGGTAACC TGACCATGTC ACGACGCACG TTCGTCAAGA CCGCCGCCAT CACCGGTGCG
GCAGCCGCGG CGTTCGGCGC TTCGACGCAC ACCGCGCTGG CCGAAGAGAC GTACAGCAGC
GTGTCCGGCA ACGACACCGT GGCCGTGAAA ACGTGCTGCC GCGGCTGCGG CAAGATGGAG
TGCGGCGTCA AGGTCATCGT CCAGAACGGG CGGGCCATAC GCGTCGAGGG CGACGAGGGA
GCGTTCCAGT CCATGGGCAA CTGCTGCACG AAGTCGCAGT CGTCCATCCA GGCGGCGTAC
CACCCCGACC GTCTGCACTA TCCCATGAAG CGCACGAACC CGAAGGGCGA GGAGCCCGGC
TGGCAGCGCA TCTCGTGGGA CGAGGCCATG CAGTCCATCG TGGACAACTT CATGGACATC
AAGGCGAAGC ACGGCGGCGA GGCCATCGCC TGCCAGGTGG GCACGTCGCG CATCTGGTGC
ATGCACTCGG AGTCCATCCT GAAGAACATG CTGGAAACGC CGAACAACGT TGAGGCCTGG
CAGATCTGCA AGGGCCCGCG CCACTTCGCC ACCACCATGG TGTCGCAGTT CGCCATGTCG
TGGATGGAAA CCATCACGCG CCCGAAAGTG TACGTGCAGT GGGGCGGCGC GTCCGAGCTG
TCCAACTACG ACGACTCCTG CCGCACCACG GTGGACGTGG CATCGCGCGC CGACGTGCAC
ATCAGCGTCG ACCCCCGCAT GGCCAACATG GGCAAGGAAG CCGACTACTG GCAGCACCTG
CGCCCCGGCA CCGACGGCGC CCTGGCCCTG GCCTGGACGA ACGTCATCAT CGAGAAGAAG
CTCTACGACG AGCTGTACGT GAAGAAGTGG ACGAACGCCC CGTTCCTCGT GTGCGAGGAC
ATGGAGCCCT CCGGCTTCCC CACCGTGCGC ACCGACGGTT CCTACTGGGA CGTGAAAACC
GCGCTGCTCA AGGAAAGCGA CATCAAGGAG GGCGGCAGCC CCTATAAGTT CCTCGTGTAC
GACAACAACT GGGAGAAGCT GAAGGCCGAG GGCGTCGAGC ACGAGTACGG CGCGTTCACC
TGGTTCAACG CCGACCAGGA AGGCGTCATC GACGAGACCG GCGGCTTCTG GGAGGGCGAG
AACTACGACT CCGAGAAGGC GCGCCAAGGC CGCGAGGCCG CGCAGGACAA CCTGCTGCCG
GGCCAGACGC AGGGCTGGCT GCCCGATCCC ATGCCGTTCG ACCCCGCCAT CGACCCCGCG
CTGGAAGGCG AGTTCGAGAT CACGCTGAAG GACGGCAAGA CCGTGAAGGT CAAGCCGGTG
TGGGAGCACT ACAAGGCCCG CGCCGCCGAG TACAAGCCCG AGGTGGCGGC CGAGATCACC
GGCATCCCCG CCTCCGAGAT CGAGGCGGCG GCCACGGCCT ACGGCACGCG CATCGACCCG
TCCACCGGCT ACGGCAACGG CGGCATCCAG TACATGCTGG CGGTCGAGCA CTTCTGCAGC
GCCATCCAGA ACTGCAGCGC CTTCGACAAC CTCGTGGGCA TCACCGGCAA CATGGACACC
CCGGGCGGCA ACCGCGGCCC GACCATCGTC CCCATCGACG GCGACCTCCA GGGCTTCAGC
GCCTGGGCCC CCGGCGCCAC CACCCCGCCG GAGGAAGTCA ACCGCAAGCA GATCGGCATC
GACAAGTTCC CGCTTCTGGG CTGGTGGCAG TACTGGTGCG ACAGCCATTC GCTGTGGGAC
GCCGTCATCA CGGGCGACCC CTACCCGGTG CGCGCCCTCT GGAACGAGTC CGGCAACTTC
ATGAGCCAGA CGAACACCAC GCGCGCCTGG GAGGCCCTGT GCTCGCTTGA CTTCTACGTG
GACCTCAACC TGTGGCACAC GCCGCAGAAC GACACCGCCG ACATCATCCT GCCGGTGGCC
CATTGGATCG AGCTCAACTC GCCGCGCGCC AGCCAAGGTT CCGCCGGCGC CATGGGCGCC
ACGGTCAAGT GCGTGCAGCC GCCCGCGGAA GCCAAGTACG ATCCCGAGAT CGTCATGGAC
CTCGCCCGCC GCATGAACTG GAAGTGGACC GACGAGCCGG GCAACGAGTG GCCCGACATC
AACTGGCAGC TGGACGACTC CATCAAGCTG CTCACCGACG ACGAGCTGAC CTACACCACG
TGGCACGTCG AGAACGGCAA GCCCACGTTC GAGCGCCACG GCGTTCCGAT GGCCGAGGTC
ACGCCCAAGT ACAAGACGTG GGACGAGTAC GTCAAGGCCT TCCAGGAGCA CGGCTGGTGG
CAGGCGAAGG ACATCGAGCC GCGCAACTGG GGCACGTACC GCCGCTACCA GACCGGCGCG
ATGCGCGCAC GCGACCGCGT GTGGGGCCGC CTCGACTACA CGGCCGGCAA GGGCATCGGC
GACTGGAAGC CGGGCTGGTT CACCCCGACG ATGAAGCAGG AGATCTGGTC CACCGTCATG
GAATCGCACC ATCCCGACCA TCCCGAGTGG AGGCTTCCCA CCTACACCGA GCCGCCTCAC
GGCCCGAAGG ACGGCGACCG CATCAAGGAG TACCCGCTGA CCGCCACCAC CGGCCGTCGC
ATCCCGGTGT ACTTCCACTC CGAGCATCGT CAGCTGCCCT GGTGCCGCGA GCTGTGGCCC
GTGCCGCGCG TGGAGATCAA CCCGAAGACG GCCGCCGAGT ACGGCATCGA GCAGGGCGAC
TGGGTGTGGA TCGAAACCGA ATGGGGCAAG ATCCGCGAAG TGGCCGACCT GTACTACGGC
GTGAAGGAAG ACGTCATCAA CCTCGAGCAC ACGTGGTGGT ACCCCGAGGT GAAGGACGCC
GGCCACGGCT GGCAGTTCTC CCAGGTGAAC CAGCTGATCG ACCACTACGC CCAGGATCCG
CACTCCGGCA CATCCAACCT GCGCGCCTAC CAGGTGAAGA TCTACAAGGC CACGCCCGAG
AACTCGCCGT TCAACAACCC CGTGCCGTGC GACTCCACCG GCACGCCCAT CATCCATACC
TCCGACGACC CCCGTCTGAA GGAATGGCTG CCTACCTACG AAGGGAGGGA GTAA
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| Protein sequence | MGNLTMSRRT FVKTAAITGA AAAAFGASTH TALAEETYSS VSGNDTVAVK TCCRGCGKME
CGVKVIVQNG RAIRVEGDEG AFQSMGNCCT KSQSSIQAAY HPDRLHYPMK RTNPKGEEPG
WQRISWDEAM QSIVDNFMDI KAKHGGEAIA CQVGTSRIWC MHSESILKNM LETPNNVEAW
QICKGPRHFA TTMVSQFAMS WMETITRPKV YVQWGGASEL SNYDDSCRTT VDVASRADVH
ISVDPRMANM GKEADYWQHL RPGTDGALAL AWTNVIIEKK LYDELYVKKW TNAPFLVCED
MEPSGFPTVR TDGSYWDVKT ALLKESDIKE GGSPYKFLVY DNNWEKLKAE GVEHEYGAFT
WFNADQEGVI DETGGFWEGE NYDSEKARQG REAAQDNLLP GQTQGWLPDP MPFDPAIDPA
LEGEFEITLK DGKTVKVKPV WEHYKARAAE YKPEVAAEIT GIPASEIEAA ATAYGTRIDP
STGYGNGGIQ YMLAVEHFCS AIQNCSAFDN LVGITGNMDT PGGNRGPTIV PIDGDLQGFS
AWAPGATTPP EEVNRKQIGI DKFPLLGWWQ YWCDSHSLWD AVITGDPYPV RALWNESGNF
MSQTNTTRAW EALCSLDFYV DLNLWHTPQN DTADIILPVA HWIELNSPRA SQGSAGAMGA
TVKCVQPPAE AKYDPEIVMD LARRMNWKWT DEPGNEWPDI NWQLDDSIKL LTDDELTYTT
WHVENGKPTF ERHGVPMAEV TPKYKTWDEY VKAFQEHGWW QAKDIEPRNW GTYRRYQTGA
MRARDRVWGR LDYTAGKGIG DWKPGWFTPT MKQEIWSTVM ESHHPDHPEW RLPTYTEPPH
GPKDGDRIKE YPLTATTGRR IPVYFHSEHR QLPWCRELWP VPRVEINPKT AAEYGIEQGD
WVWIETEWGK IREVADLYYG VKEDVINLEH TWWYPEVKDA GHGWQFSQVN QLIDHYAQDP
HSGTSNLRAY QVKIYKATPE NSPFNNPVPC DSTGTPIIHT SDDPRLKEWL PTYEGRE
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