| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Elen_3051 |
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| Symbol | |
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| ID | 8417386 |
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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 | 3547088 |
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| End bp | 3549556 |
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| Gene Length | 2469 bp |
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| Protein Length | 822 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | 645026031 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_003183383 |
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| Protein GI | 257792777 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.333722 |
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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 | 54 |
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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 | ATGGCTGAAC AAGCAACGCA TGGGTTCACC CGCAGGAGCT TCATCAAGGG TGCGGCGGCG
CTGACGGCGA CAGGCGCGCT GGTAGGCTGC AGCCCCCAAA CCCAGAACCT GGAAAAAGCC
GAACCGCAAA AGGGAGCCCC CGAGACGCAA ATCTTCTCCG GTGCCTGCCG CTCCCAATGC
GGCCAGGGCT GCTATCTGGA TGTCCATGTT CGCGACGGGC AGGTCGTCCG CACCACGGCG
GGCCATTTCG AGGACGGCCC GGAATTCGAC CGCATCTGCC CCAAGGGGCT CTCGCAGCCT
GCGCGCGTAT ACAGCTCTGA GCGTCTGCAA TATCCCATGC GTCGCGTCGG CGAACGTGGC
GCGGGAGAGT TCGAGCGTAT CACCTGGGAC GAGGCCATCT CCGAAATCAC CGATAAGTGG
AAGCAGTACA TTGACGAGTT TGGTCCCACG TCCATTGCGT TCTTCCTGGG TAGTGGCAAC
ACCGCCGAAC TTGGCGGAGG AGCCCCGGAA GGCTCCGTCA TGGCGCGTCT GCTCAATGTC
ATGGGGGCGA GCCGTGTTCT GCCGGACCGC GATATCGCCA CGCCCATGTC TTGGACCTAC
ATGTTCGGCC CCGGCTCGGC CGGAAACCGT GCTTCGGACG TTCCCAACGC TGACCATCAT
GTGATCTGGG GTGGTGACAC TGCGGTGTCG GACAAGCAGC GCACGCATTT TTATCTCGAG
GCCCGCGATG CCGGCTCCGA GCTCGTAGTC ATCGACATCG CCTACCGCAC CATGGCTTCG
AAAGCCGACT GGTTCGTTCC CGTTCATCCT GCGACCGACG GCGCGCTTGC TCTGGGAGTC
GTGCGCGAGA TTCTCGAACA GAGCTGGGAA GCGACGGACT TCCTGCGAGA TCATACCGAA
GCGCCGTTCC TCATCAAAGA AGACGGCATG TTCCTGCGCA TGAGCGATTT GGGGGTAGAA
CCTACTACGA CCACCAACGC GCAAGGCCAA GAAGAGAAGG TCGATCCGTG CGTTGTGTGG
GACGAAGAAG CCGGCGAGGC CGTTGCTCAC AGCGAAGCCA AGAAGCCTGC TATGGGCGAC
GTTCCCGAGA TTGCCGGGCA TGCCGTGAAA ACGGAGATGG AGATGATCCG AGAAGCCGTC
GCGCCGTGGA CTTTGGAACA TACCTCGGAA GTGACCGGCG TGAGCGCTGA CGACATCAAA
CATCTCGCTC ATCTGTACAC GCAAGAAGGC AACGTGCAGA CGGATATGAA ATTCGGCCTC
AATCATTACA ACAACGGCAT CTACAGCTCG AAGTGCGTTA ACACGCTCCT TCTGGTCGCC
GGCCAGATGG GCAAGCCGGG TTCGGGCCTG TACACGGGTG AGCCGAATTT CGGAGAAGGC
AACGTGCAAG CCTGCCTCCA GCTGCCGAGC ACGACAGGCG AGGTACCTCA AGGAGTGGGT
GCCATAATCA ACTGGAGCGA CTTCTTCAAT GTCGTATCGA GCGGTCAAAA GCTTGGCGAG
CCGTTCCCCG TCAAGGCTTT CTACGCTTCG TGCACCAACA TCGTCTCAAA CCAGACGGAG
CAGAACGAGA CCATCGAGCT TATGAAGGCG CTCGAGTTCA TCGTTATCCA AGACATGACC
ATGAACGACA CTTCTCTATA CGCTGACATC CTGCTGCCTG CGTGCCATTG GTTCGAAACC
GAGGACCTGC GTGTGCGCTA TTACGGCAAC CCCTATCTGC TGTGGAACCA GAAAGCCATC
GAGCCTTTGT ACGAGAGCAA GCCCGACTTC GAGATTTACA AGCTGTTGGC CGAGGGCATG
GGCTATGGCG ACTTCTTCCA GTTCACTGCT GACGAATACC TGAACACCTG CCTCTCAACG
CCCTTCGGCA AGGAGAACGG AATCACCATC GACAAGGTGC GCGAGAAGAA CTACCTGCGC
TGCGACACCG AGCCGGCTGT CGCTTTCGAA GGCGGTATCT TCAAGACGGC ATCGAAGCGG
GCCATGTTCT ATCGTGAAGC TCCTAAGCCT GATTACAACA TGGGTCAAGA GGTTGATCTT
GAGAAGGAGA AGTTCTCCTG CTACTGGGAG CCGGCGCGCG AGGCAGATCT CGGCAATCCC
ATACGCGAGC AGTTCCCCTT CACCATTTGC TGCGAGCATA TGCGCACGCG CACGCACACG
CAATGGTACG ACGTGGATTA TATGAAAGAG TTTGAAGCGC AGCCGGTGTG CCGCATCAAT
CCCGAAGATG CCGCCGAGCT TGGCATTGAA GAGGGCGATG AGATTCGCCT TTACAACGAT
CGCGGATCCG TCACCTTGCT CGCCGTGCTC AACGCGGGGC AGCAGCGCAA GTCGCTCCAT
TGCCCTCGCA GCTTCCTGAC GCGTGAGCAT ATAGATGGCG ATCTCGCACG TACCACGTTC
AATGATTACA ACCAGGCTTG CAGGAACCAG TCGTACTTCG ACTGCGCCGT GGCCATCGAA
AAGCTCTAG
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| Protein sequence | MAEQATHGFT RRSFIKGAAA LTATGALVGC SPQTQNLEKA EPQKGAPETQ IFSGACRSQC
GQGCYLDVHV RDGQVVRTTA GHFEDGPEFD RICPKGLSQP ARVYSSERLQ YPMRRVGERG
AGEFERITWD EAISEITDKW KQYIDEFGPT SIAFFLGSGN TAELGGGAPE GSVMARLLNV
MGASRVLPDR DIATPMSWTY MFGPGSAGNR ASDVPNADHH VIWGGDTAVS DKQRTHFYLE
ARDAGSELVV IDIAYRTMAS KADWFVPVHP ATDGALALGV VREILEQSWE ATDFLRDHTE
APFLIKEDGM FLRMSDLGVE PTTTTNAQGQ EEKVDPCVVW DEEAGEAVAH SEAKKPAMGD
VPEIAGHAVK TEMEMIREAV APWTLEHTSE VTGVSADDIK HLAHLYTQEG NVQTDMKFGL
NHYNNGIYSS KCVNTLLLVA GQMGKPGSGL YTGEPNFGEG NVQACLQLPS TTGEVPQGVG
AIINWSDFFN VVSSGQKLGE PFPVKAFYAS CTNIVSNQTE QNETIELMKA LEFIVIQDMT
MNDTSLYADI LLPACHWFET EDLRVRYYGN PYLLWNQKAI EPLYESKPDF EIYKLLAEGM
GYGDFFQFTA DEYLNTCLST PFGKENGITI DKVREKNYLR CDTEPAVAFE GGIFKTASKR
AMFYREAPKP DYNMGQEVDL EKEKFSCYWE PAREADLGNP IREQFPFTIC CEHMRTRTHT
QWYDVDYMKE FEAQPVCRIN PEDAAELGIE EGDEIRLYND RGSVTLLAVL NAGQQRKSLH
CPRSFLTREH IDGDLARTTF NDYNQACRNQ SYFDCAVAIE KL
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