| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_0317 |
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| Symbol | |
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| ID | 8397091 |
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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 | Anaerococcus prevotii DSM 20548 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013171 |
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| Strand | + |
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| Start bp | 353326 |
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| End bp | 357600 |
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| Gene Length | 4275 bp |
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| Protein Length | 1424 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 644994677 |
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| Product | CoA-substrate-specific enzyme activase |
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| Protein accession | YP_003152089 |
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| Protein GI | 257065833 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3581] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | [TIGR00241] CoA-substrate-specific enzyme activase, putative |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAATTAC ACATGGGACT TGATGTAGGT TCTACTACAG TCAAGCTTGT AATTACCGAT
ACAAATTTCA ATATATTACA CTCTGTCTAT GTTAGACACA AGTCAGATGT GAAGGAGACT
GTAAGGACGG TTCTTCTGGA GGCTTTTGAT CGCTTCAAGG ATGATGAGGT AACTGTCAAT
GTTACAGGCT CTGGTGGTAT GTTTTTGGAA GATTATTTGG GTATTGATTT CGTCCAAGAA
GTTATAGCAG AAACAAGGGC TATCAGAGAA TATATTCCAG AAACAGACGT CCTAATCGAG
CTGGGAGGAG AGGATTCTAA GATTACATAT CTTAAGGGAT CTGTAGAGCA AAGGATGAAT
TCGATCTGTG CTGGAGGAAC TGGAGCTTTT ATAGATCAGA TGGCCTCCCT TCTAGATACT
GATGCGACAG GCCTTAACGA GCTTTCGAAA TCCTACAAGA AGGTCTATCC GATTGCTTCT
AGGTGCGGAG TTTTTGCCAA AACGGATATC CAAGCTTTAA TGAATGAGGG GGCTAGCAGG
GAAGATATAG CTATTTCAGT ATTTCAATCA GTAGTTAACC AAACTATTTC AAACCTGGCT
TGCGGTAGAC CAATAGAGGG TAATATTACC TTCCTTGGAG GCCCTCTCCA CTTTCTTTCA
TCTTTGAGGG ATAGATTTGT AGAGACTTTA GGCGAAGAGG AAAACACCTT CACCATCCCA
GACAATGCCG AAATCTACGT AGCTCTTGGA GCCGCACTCT TATCAGCAGA TTCCAAGGAA
TTTATTCCTT ATAGGACCTT AATTGAAAGG CTTGATGGTG AGGTTCCAGA AAATCTTGAA
ATGACAAAAA GACTCGAGCC TTTGTTTGAG TCGGAAGAAG AATACAAAGA ATTTAAGAAA
AGACACGCTA CAGGTCAGGT TGCTTATAAG GATATTCACG ACTACGAGGG TCCAATATAT
GTAGGAATTG ATGCAGGTTC TACTACTAGC AAGATGGTTT GGCTAAGCGA GGATAAGAAA
ATCCTCCTAG AAGATTATAG GATGAATCTA GGTAAGCCAC TTGAAGTTGT AATTTCTATG
CTCAAGGATG GCTATATCAA GAAAAATCCT AAGGCCTACA TAGCTTCAAG CGGAATCTGT
GGTTATGGGG AAGATTTCAT CAAGAAGGCC CTTCGTGTAG ATAATGGAGA AGTTGAAACC
ATTGCCCACT ACAAGGCTGC CCAATTCTTT AACCCTAAGG TTGACTTTAT CCTAGATATT
GGTGGCCAAG ATATGAAGGC TATGCATATC AAAGACGGAA TCATCGATAG TATCCAGCTT
AACGAAGCCT GCTCATCAGG TTGTGGATCC TTCCTTTCAA CCTTTGCCGC ATCTGTCGGC
ATGAGTGTAG AGGATTTCCA ACAGAGAGCT ATCCTATCCA AGGAGCCTGC AGATCTTGGT
TCAAGATGTA CTGTCTTTAT GAACTCCAAG GTCAAACAAG CTCAAAAGGA AGGATCAGAA
GTTGAAGATA TAGCGGCAGG ACTTTGTTAT TCTGTAATCA AAAACGCCAT CCAAAAGGTA
ATCAAGGTGA GAGACCCTAG AAGCCTTGGC GAAAATCTCG TAGTCCAAGG AGGAACCTTC
TACGGAGATG CAATCCTAAG AGCCTTTGAG AAAATTACAG GCAGAGATAC CACAAGACCT
GAGATTGCCG GTCTAATGGG TGCTATGGGT ATGGCCCTAA TCTCAATGGA TAAGTCTACA
GGTCATTCGA GTCTTGCTGA TATAAACGAG CTTGAGTCCT TCTCCTATGA GCAAAAGAAT
GCAAGATGTG GGAAATGCTC TAACAATTGC TCCCTAATTA TTAATATCTT CCCAGATGGG
TCAAGATATA TAACTGGAAA CAGGTGCGAA AGGGGAGCAG GAGTTAAGGA AAGCCATAGC
TTCGCCGATT ACAATATGTA CAAGTTTAAG TACGACTTGT TATTTAATAG AAAGACCTTG
AAGGATAAAA ACACCTTCGG AAAAATAGGA ATTCCAAGAG TCCTAAACAT CTACGAAGAC
TATCCTTTCT GGCATACTTT CTTCACTAGC CTAGGCTTTG ATATAGTTTT ATCTGATAGG
TCTTCGAGGG AAATTTACGA GAAGGGCATA TCTTCTATTT CCTCAGAGAC AGCCTGCTAT
CCAGCCAAGC TAGTCCACGG ACATATAGAA AATCTCCTTG AAAAGGATGC AGATACAATC
TTCTATCCAG CGATTTTCTA TGAGTACAAG CAATACAAAA ACGCCAAAAA TCAGATGAAC
TGTCCGGTAG TAAGCGGCTA TCCAGACCTT ATTAGAAATA ATGTCGATGA TTTAAAAAAC
ATTAAATACA TGGCCCCTTA CCTATCATTT GAGTCTGAGA AAATTATAGC TGATAGACTT
ATTGAAGAAT TTAAAGATTA TAGCTACCAA GGCAAAACTT TGGGCAAGAA AGAGATTAGA
AATGCGGTAA GCCTTGCTTG GCAAGAGATG CAAAACTACC ACGACGCAAT CAAGAATCGT
GGCAAGGAAA TCCTAGATTT TGTTAATGAG AAAAATCTAA ATGCCCTAGT CCTTGCAGGA
AGGCCATATC ATATAGATCC AGAAGTAAAC CACGGAATTG CTGAGCTAAT AGAATCAATG
AAGATTCCAG TGCTTTCAGA AGATGCCATA GCCTACAATT CACCGGACCT TTCCTATGAT
CTTAGAGTTC TTGATCAATG GTCCTACCAC GCAAGACTCT ACAGGGCTGC TCAGTATGTA
GGCCAAACCG ACAATCTCGA GCTAATCCAA CTTAACTCCT TCGGTTGCGG TCTAGATGCA
GTAACAAGCG ATCAAGTAGC TGATATCCTA AAGGCCAACG GCAAGATTTA TACCCTAATC
AAGATAGATG AGGTAAGTAA CCTCGGAGCA GTTAAGATAA GAATCAGATC TCTCCTAGAA
GCCCTAAACC AGAAGAGAAT CGAAGGTAAC GAGCTTAAAG GAGACTTAGA TAAGCTCGAT
TACGAAAGTC CAGAATTTAC CAAGAAGATG GTAAAAGAAG GCTACACCAT CCTTGCCCCA
CAAATGGCAA GAGAGCACTT CGCTATAATG GAACCAGTCT TCCACGAATA TGACCTAAAT
ATAGAATTCC TAGATGATAT AAATAGCGAT GTAATAGATA CGGGACTTAA ATACGTAAAT
AACGACTCCT GCTATCCATC AATCACAGTA GTAGGCCAGC TCTTAGAAGC TGTAAAATCA
GGCCGTTACG ATACAGGTAA GATCGCCCTT CTTATGACCC AAACAGGAGG AGCCTGCAGG
GCAAGTAACT ATGTAGGCTA CATCAGAAAG GGTCTAAAGG ATGCAGGCCT TGATGATATT
CCTGTAATTG CCCTGTCTGC CCAAGGTATA GAAACTAACG CAGGCTTTGA CCTAAAGAAA
GCCTCATCTA TACCACTTCT CAAAAAACTT ATGAGGTCAA TCCTACTAGG AGACTTAATC
AACAGAGTAT CCAATGCCAC AAGACCTTAC GAAGTAAATA AGGGCGAGAC CAATAGCCTA
AAGGAAGCTT GGATCATCAA ATGTAAGCAA ATTGCTCCAA AGATGACCGG CAAGGACTAC
AAGAAGATGG TAAGGGAAAT AGTAGAGGAC TTTGACAATA TCGAAAGAAA TGACCTAGTA
TTGCCAAAGG CAGGGATCGT AGGAGAAATT CTAGTCAAAT TCCTCCCAGA AGCCAACAAC
CACCTTCAAG ATATCCTAGA AAAAGAAGGG GCAGAAGTAA TCCTTCCAGA CCTAACCGAC
TTTTTAATGT ATTGTATGAA AAATACCGAA ATCAAGGCAG ACCTTTACGG CAAGGATAAG
AAAAGCGCTT GGCTAGGCAA AATGGGTATA AGCCTTGTAG AAAAATACAG AAAAGTCGTA
AGAGAGGCCC TAAGAGATAG CAAACACTTC GAGGAGCCTT GCTATATAGA CCAAATAGCT
GACTACGCCA AGGACGTAAC AAGCCTCGGC AACCAAGCAG GAGAAGGCTG GCTTCTAGCA
GGTGAGATGG TAGAACTAAT CAAACAAGGA GCGCCAAATA TAGTAGTCAT CCAACCATTC
GGCTGCTTGC CAAACCACAT TACAGGTAAG GGCGTTATGA AAAAAATCAG ATCAGTCTAC
GAAGAAGCAA ATATAGTAGC CATAGACTAC GACCCAGGCG CAAGCGAAGT CAACCAGGTA
AACAGAGTAA AACTAATGAT GAGCTCCGCC AGGGAGAAAC TAAAAGAAAA AGAAGAAGCA
AAGACTAGTA TCTAG
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| Protein sequence | MKLHMGLDVG STTVKLVITD TNFNILHSVY VRHKSDVKET VRTVLLEAFD RFKDDEVTVN
VTGSGGMFLE DYLGIDFVQE VIAETRAIRE YIPETDVLIE LGGEDSKITY LKGSVEQRMN
SICAGGTGAF IDQMASLLDT DATGLNELSK SYKKVYPIAS RCGVFAKTDI QALMNEGASR
EDIAISVFQS VVNQTISNLA CGRPIEGNIT FLGGPLHFLS SLRDRFVETL GEEENTFTIP
DNAEIYVALG AALLSADSKE FIPYRTLIER LDGEVPENLE MTKRLEPLFE SEEEYKEFKK
RHATGQVAYK DIHDYEGPIY VGIDAGSTTS KMVWLSEDKK ILLEDYRMNL GKPLEVVISM
LKDGYIKKNP KAYIASSGIC GYGEDFIKKA LRVDNGEVET IAHYKAAQFF NPKVDFILDI
GGQDMKAMHI KDGIIDSIQL NEACSSGCGS FLSTFAASVG MSVEDFQQRA ILSKEPADLG
SRCTVFMNSK VKQAQKEGSE VEDIAAGLCY SVIKNAIQKV IKVRDPRSLG ENLVVQGGTF
YGDAILRAFE KITGRDTTRP EIAGLMGAMG MALISMDKST GHSSLADINE LESFSYEQKN
ARCGKCSNNC SLIINIFPDG SRYITGNRCE RGAGVKESHS FADYNMYKFK YDLLFNRKTL
KDKNTFGKIG IPRVLNIYED YPFWHTFFTS LGFDIVLSDR SSREIYEKGI SSISSETACY
PAKLVHGHIE NLLEKDADTI FYPAIFYEYK QYKNAKNQMN CPVVSGYPDL IRNNVDDLKN
IKYMAPYLSF ESEKIIADRL IEEFKDYSYQ GKTLGKKEIR NAVSLAWQEM QNYHDAIKNR
GKEILDFVNE KNLNALVLAG RPYHIDPEVN HGIAELIESM KIPVLSEDAI AYNSPDLSYD
LRVLDQWSYH ARLYRAAQYV GQTDNLELIQ LNSFGCGLDA VTSDQVADIL KANGKIYTLI
KIDEVSNLGA VKIRIRSLLE ALNQKRIEGN ELKGDLDKLD YESPEFTKKM VKEGYTILAP
QMAREHFAIM EPVFHEYDLN IEFLDDINSD VIDTGLKYVN NDSCYPSITV VGQLLEAVKS
GRYDTGKIAL LMTQTGGACR ASNYVGYIRK GLKDAGLDDI PVIALSAQGI ETNAGFDLKK
ASSIPLLKKL MRSILLGDLI NRVSNATRPY EVNKGETNSL KEAWIIKCKQ IAPKMTGKDY
KKMVREIVED FDNIERNDLV LPKAGIVGEI LVKFLPEANN HLQDILEKEG AEVILPDLTD
FLMYCMKNTE IKADLYGKDK KSAWLGKMGI SLVEKYRKVV REALRDSKHF EEPCYIDQIA
DYAKDVTSLG NQAGEGWLLA GEMVELIKQG APNIVVIQPF GCLPNHITGK GVMKKIRSVY
EEANIVAIDY DPGASEVNQV NRVKLMMSSA REKLKEKEEA KTSI
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