| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Elen_0063 |
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| Symbol | |
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| ID | 8414343 |
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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 | 80167 |
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| End bp | 83577 |
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| Gene Length | 3411 bp |
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| Protein Length | 1136 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | 645023039 |
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| Product | putative ATP-binding protein |
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| Protein accession | YP_003180446 |
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| Protein GI | 257789840 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4913] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 51 |
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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 | ATGACGACGA CCGTTAACAC CGCTGGAAGC GTGCCGTACC CAGGACAATG GCGTCTTGCT
CGGGTGGACA TGGCGAATTG GGGGACGTTC AACGGTTTTC AGAGCCTTCC CGTCGACAGG
CGCGGACTGC TTATCACCGG CCCTTCGGGT TCTGGCAAGT CGACCGTCCT CGATGCTGTG
GCGGCAGTAC TGACGCCCCC GACCCAGTTG AGCCTAAATG CAGCGGCCAG CAACGGCGGC
CAGCGAGATA AGGGCCGTTC GATTTCCAAC TACGTGCGCG GCGCGTGCGG GCACAGCGCC
GACGAAGAGG GCGAGGTCGT GCACACCTAT CTTCGTCCGA AAGCCGCGGT ATGGAGCGGC
GTCATGCTTC GATACGAGGA CGGTTTCGAC ATCGAGCAGT GCTCCCCTTC GGAAGCGCGT
CGTCACGAGG CGATCAACGT GCTGGGCATC TTCTTCCAAA AGGCCAACAC GGTCAACCCC
GAAGGACTGA AGAAATTCTT CGCAGTCGTC CGCGGAGACC ATGCGCTCAG CGAATTCGAG
CCTTACGGCT TGAACGAAGC GGACATGGCT CAATTCAACA AGGATCACAA AGAGACGGGA
CGGGCATGGA GAGACCATGC GGCGTTCGAA GGATACCTAT GCAATATTTT GCACATCAGC
AGCCCGAAAA CACTCACCCT CCTGCACAAG ACGCAAGCCG CCAAAAACAT CGGATCGCTC
GATGATCTGT TCCGCAAGTA CATGCTGGAC ACGCCGCGTA CGCACGCCTT GGCCACTGCG
GCGGTCGCCC AATTCAAGGA GCTGGAAGAA GCCCACGACG GCGTGGTCGA CCAACGTCGG
CAGACGGAAT GCCTGGAACC GCTCCTGCGT CACGAAGAGG CATACGTTGA GGCGAAGATA
ACAGAAGACC AGAACCGGCA ACTTCTCGAC AAACTCGCGT CGTTTGCCGA CGATACCTCG
ATTACGCTGC TCAAACGGCG CCTCGAAAGG CAGCTGCACG ATGCCGACGC ACTGACCACA
GCGGTCAAAG AAGCCGAGAG CGAGCAAGCT TTCGCAAAGC AGAAGCTCGA AGCAGCCGAG
GCCGTGCTAA ACGAGCAGGG CGGCATAGCG CTCGAAGCCG CTCTCATGCA GGTTTCCGAC
CGAGAGCGCC AGCTGCTCCA TATCGAAGGC AACCGCGATT CGCTCGAGAA GGATCTCGAG
ATGGCCATCG AATCCCCCTT GCCCTCCACG CGAGAGGAAT TCGAGGCTTT GAAGCGAACG
CTCGCAGCAT GCGCGGACAC TGCGCGCGCA TGGCTGGACG GCCACGAAGA TGAAAAGATA
GCGCGTTTCG GAGAAGTAAG CGAGCAGAAG AAGCGGCATG CCGAGATCGC CGGGGAGCTC
CGTTTTCTCA GGGGCCAAAG GAGCAACATC TCCTCCCGGT TGCACGATAT CAGGCTGAGC
ATTGCCCGGC ACCTGGGAGT TTCGACGGAG GATCTGCCCT TTATGGGGGA ACTTATCGAT
GTGAAGCCTG AAGAGGACTC GTGGCAGCCC GCCATCGAGC GAGTCCTGGG CGGTCGAGCG
CGCACGATGC TTGTGGAAAA GCGTCACGCA GCGTCGATCA ACGAGTATCT CGAGAGCATT
CACCTCGGAG AACGATTCGA GTACGACGCG GTGCCCGACG ACGTATCCGT CCCAGACCGG
CCGCTCCACC CGCAGTCGCT TGTGAGAAAA GTTACCGTCG TGCAGGTGCC GAGCCACGAG
TCTCTCTCTC GATGGGCGAA CAAGCTCCTG CGCGATCGCT TCGACTACGT GTGCGTCGAT
TCCCCTGCAG ATATGGAGCG TCATGATCGC GCACTCACGC GGGGAGGCCA AACGAAAGCC
GGGGAACACC ATGTCAAGGA CGACCGACGC AAGATAACCG ATCGAAGCCG CTGGGTCCTC
GGCAGCACGA ACGACCGGAA AATCGAGCGC TTGGAACAGG AATTGCGCCT GTGCTCCGAA
AGCCTCGCCG TCGCAACCAA TGCGACGGCC GAGATCACCG CCAAAGAGCA GGAATGCCAA
GCCCTATGCC GCACCGAGAG AAGCCTGCGA GACAAGCATT GGGAAGATTA CGACAACGCG
CAGGCAGCTT TCGATCTCGA ACGCGCGCAA GCATTCTACG ACGAACTCGC TCAAAGCGAT
GCGTTCAGAG AGGCCGAATC CAGGCGCGCA ACTGCGCAGG GGCGTCTTGA CGAGGCGAAC
AAGGCCGTTC AAAAGGCGCT CGTCAACCAG CAGACAAACG AGGAGCGAAT ACAGGACACG
CGTTCGGACA TCGCCGAGGT CGAGAGACGC ATAAACAAGC GAAACCCTTC TGGCATCGCG
ATGGACGACG AAACGAGGGC CCAGTTCATC GATTTGTTTT CGTCGGCGAA CGACCGATTC
GATTCGGACA CGTCCCTCGT ATACCAAACG TCGAACGATG TCCAAAGGAT ATTGGATGCT
CGCGTGGCTA AAGCAGCGCG AGCCCAACAA GATGCGCGAA GGCGAACCGA GTTGGTACTG
CAACAATACA AGTCGACCTG GAAACTCCTA GCTGCCGACT TGAGCGCGAG TTTCGAGGAC
AGAGACGCCT ACATCGGCCG TTACCGCCAG ATAAGAGCAA GCGGGCTGCC CCAATACGAG
CGCAAATTCC TCGATGTGCT GAACAGCTTC AGCCAAGATC AGATAACCGC AATCTCGTCG
GAAATCCGCA ACGCGTTTCG CGAGGTGCGC GACCGTCTCG TGCCGGTCAA CCGATCGCTA
CTCCTGTCAG AATTTAGTTC CGGCATCCAT TTGCAGATCG AAGTGAAGGA GCATCGGAGT
CTCCGCGTGA ACGAATTCCT TGCAGACCTG AAAGAGATCA CCCGGGGATC ATGGGAGGAA
GACGACCTCG AGGCGGCCGA GCGTCGTTAC GCGCGGACGG CAGCCATCAT GAAAAGGCTG
GGATCGAACG ACCGATCCGA CCAAACATGG CGCATGGCGT GTTTGAATAC GCCCGACCAT
ATGAAGTTCA TCGCCAAGGA GGTTGCGGGC GACGGTGCCG TGGTGAACGT CCACAGCAAC
GACGGAGGCC TTTCGGGCGG TCAAAAGCAG AAGCTCGTCT TTTTCTGCCT TGCGGCAGCA
TTGCGCTATC AGCTTTCCGA CGAAGACCAG CCCGTGCCGT CGTACGGCAC GATCATCCTC
GATGAGGCTT TCGACAAATC CGATCGGCAT TTCGCAGAGG AAGCCTTGGG GATATTCGAG
GCATTCGGCT TCCATATGGT TCTGGCAACG CCGGGCAAGC TCCTGCAGAC GGCGGAAGAT
CATATCGGAG CCATGGTTAT GGTCACATGC TCCGACGATA GGCATTCGCG GTTGTCTTCC
GTCGTATTCG AAGCTGATGA CAGGTGGATG GAGGTCGTCG ATGGCCGATA G
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| Protein sequence | MTTTVNTAGS VPYPGQWRLA RVDMANWGTF NGFQSLPVDR RGLLITGPSG SGKSTVLDAV
AAVLTPPTQL SLNAAASNGG QRDKGRSISN YVRGACGHSA DEEGEVVHTY LRPKAAVWSG
VMLRYEDGFD IEQCSPSEAR RHEAINVLGI FFQKANTVNP EGLKKFFAVV RGDHALSEFE
PYGLNEADMA QFNKDHKETG RAWRDHAAFE GYLCNILHIS SPKTLTLLHK TQAAKNIGSL
DDLFRKYMLD TPRTHALATA AVAQFKELEE AHDGVVDQRR QTECLEPLLR HEEAYVEAKI
TEDQNRQLLD KLASFADDTS ITLLKRRLER QLHDADALTT AVKEAESEQA FAKQKLEAAE
AVLNEQGGIA LEAALMQVSD RERQLLHIEG NRDSLEKDLE MAIESPLPST REEFEALKRT
LAACADTARA WLDGHEDEKI ARFGEVSEQK KRHAEIAGEL RFLRGQRSNI SSRLHDIRLS
IARHLGVSTE DLPFMGELID VKPEEDSWQP AIERVLGGRA RTMLVEKRHA ASINEYLESI
HLGERFEYDA VPDDVSVPDR PLHPQSLVRK VTVVQVPSHE SLSRWANKLL RDRFDYVCVD
SPADMERHDR ALTRGGQTKA GEHHVKDDRR KITDRSRWVL GSTNDRKIER LEQELRLCSE
SLAVATNATA EITAKEQECQ ALCRTERSLR DKHWEDYDNA QAAFDLERAQ AFYDELAQSD
AFREAESRRA TAQGRLDEAN KAVQKALVNQ QTNEERIQDT RSDIAEVERR INKRNPSGIA
MDDETRAQFI DLFSSANDRF DSDTSLVYQT SNDVQRILDA RVAKAARAQQ DARRRTELVL
QQYKSTWKLL AADLSASFED RDAYIGRYRQ IRASGLPQYE RKFLDVLNSF SQDQITAISS
EIRNAFREVR DRLVPVNRSL LLSEFSSGIH LQIEVKEHRS LRVNEFLADL KEITRGSWEE
DDLEAAERRY ARTAAIMKRL GSNDRSDQTW RMACLNTPDH MKFIAKEVAG DGAVVNVHSN
DGGLSGGQKQ KLVFFCLAAA LRYQLSDEDQ PVPSYGTIIL DEAFDKSDRH FAEEALGIFE
AFGFHMVLAT PGKLLQTAED HIGAMVMVTC SDDRHSRLSS VVFEADDRWM EVVDGR
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