| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_1764 |
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| Symbol | |
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| ID | 8368679 |
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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_013164 |
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| Strand | + |
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| Start bp | 24634 |
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| End bp | 29127 |
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| Gene Length | 4494 bp |
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| Protein Length | 1497 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 644984695 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_003142346 |
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| Protein GI | 256821147 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGGAATTTG ATGCGAGAAA AGAAATTAAA CTAATAATTG AAAAATGGTT AAAAGATACC
TTGAAGAAAT CAGACATAAA AGAAAATGAC AATTTAATAG AAAAAGGCTT AAGTTCCATG
CAAGTAATGC AACTTTCAGG AATTCTTAAA AAAGAAGGAC TTAGAATATC CTTCGCAAAG
CTCATTGAGA AGCCTACACT TAATTCATGG TTTGACCTAG TAGCTAATTC AAAAATTATT
AAGAAACATT CAAAAGATAA TAAGAAATCA AATGATGGCA AAGATTCATT CAATCTTACA
GATGTTCAAT ATTCTTATTT TATAGGCAGA AGTTATGATC AAACTCTAGG TGGAGTGGGT
TGTCATGCCT ATATTGAAAT AGATGGAAAA GATATAGATT ATAAAAGATT GAATGATGCA
TGGAATAAAC TTCAATATAG ACATCCAATG CTCAGAGCAA GATTCACAGA AGATGGAAAA
CAAGAAATAT TAGATAAACC TTTTAGCGAA GAAATTGAAG TTTTTGACTT GTCTAATTTA
GATGAAGAAG AAACCAAAAT TAGACTAGAT AAAATACGAG AAAATTTATC TCATAGAAAA
CTTAGAGTAG AAATGGGAGA AGTCGCAGGA TTAAAACTTG CGAATCTATC ACAAAATAGA
AACAAAATTT TCTTTGATTT AGATTTGTTA GTTGCTGATG TAATGAGTTT GAGCCTTATT
TTAAAAGAAT TAGGAGAATT GTATTTAGGA AAAGAATTAG ACAATCTAAA CAGTTATACT
TTTAAAGACT ATATAAATAA TCTTGAAGTA GACTCTGAAA TTTATAAAAA AGACCAAGAG
TTTTGGAAAG AAAAAATAGA CTCATTTGAA ATAGAAAGAC CTAATTTACC ATTAAGAAAA
GATCCTGAAC AAATCAAAGA AACAAGATTT ACTAGAAGAA AACGAGTTAT TGAAAAAGAT
AAGTGGAGCA AAATAAAAGA GCTTGCAGCA AGCTATAAAT CTACGCCATC AATGGTTTTA
TTAACTGCAT ATGATTTAAT TCTAGAAAGA TGGACTAACC AAGATAAGTT TTTTATAAAC
TTACCATTAT TTAATAGAGA TCTTTCAAAC GAAAACATGA AAGATATGGT GGCAGACTTT
ACAAATATCT TATTAGTAGA GCATGAAAGA AAAAATTATA CTTCTTTCCT AGAAACCTTG
AATAGAATAA GCAAAACCTT TATAGACAAT GTTAGCCATT CATCTTATAG TGGAGTACAA
GTTCAAAGGG ATATATCAAA ATCACAGGGT ACAAGCCTTA ATGTAGCACC TGTAGTTTTT
GCGTGCAACA TAGACTATCC ACTAGAAACT GAAATTTCAA GGAAAGCTTT GGGCAAAATT
ACATATATGG TTTCACAAAC TCCAGGAGTA TGGTTAGATT TCCAATCTTA TATAAAAGAT
GGAGATTTAG TATTGTGCTG GGATAGTGTA GATGAACTTT TCCCTGAAAA AATGTTAGAT
GATATGTTAA ATTCTTTAGA AAAACAACTT TTAAGACTAA CAGAAAAAGA AAATTGGGAA
AGCAAATTTG ATGTGCTATC AGAAAATCAA AAACTAGCAA GAGAAAAAGA GCTTCAATCA
ATTCTTCCAT TAAACTTTCC TGATGAAAGA TTATATGACG GATTTATAAA AAATGTAAAA
GAAAATCCAG AAAAAATTGC AATTATAGAT TCAGAAACTA AAGAAGAAAT ATCCTATATG
GACTTATATG AAAAATCCTT AAAAATAGCT GGATTTTTAA AGGAAAATGG AATAAAAAAG
GGAGAATATG TAGGTATTAC TCTTCCAAGA TCAAGCAAAC AAATTTATGC TATATTTGGA
ATACTTTTTT CTGGAGCGGC ATATGTTGCT GTTGGGATAA ATCAACCTAG CGAAAGACGA
ACTAAAATAT ACGAACAAAT TGGCATAAAG TTTGTCATAA GTGACAATAA AACAATAGAA
AATTGCAAAC TAGATACAGG AGAAGTTTCT TTAATTGACT TAGACAAAGC TATAGACAAA
TCCTTAGGTC TTGATAATCC TATAAAAGTA AGTCCTTTTG ACTCAGCCTA TATAATAATG
ACATCAGGTA CTACAGGAGT GCCAAAGGGT GTTGAGATCA TGCACACAAG TGCCATTAAT
ACTATTAATG ATTTAAATGA AAAATATTCT ATTAATTCAA ATGATACGTT ACTTATGGTG
TCAGCAATAG ACTTTGACTT ATCAGTATAT GATATTTTTG CAATACTTGG TGTAGGTGGA
ACTCTAATAA CAACTAATGA AGATAATTAT CGTAATCCTG ATGAATGGAT TAGAATTATT
GAAAAATTTA AGGTAAGTGT GTGGGACTCT GTACCTATAC TTTTTGACAT GCTCGTAACT
ATGGCAGAGG GTGAAAAGAA AAACTTACCA CTTAGAATTG TTATGTTATC AGGAGATTGG
ATATCAAAAG ACTTACCAGG AAGATTTTAC AAGTTAAGCG AAAAAGAAAA TTCCATTGTT
GTAGCTATGG GCGGTGCAAC AGAAGCATCT ATATGGTCAA ATTATTTAAA TGCACCAAGA
GAAATACCAA AAGATTGGAT ATCAATTCCA TATGGAAGAC CACTTAAAAA CCAAGTCTAT
AGAGTAGTAG ATGAATTAGG TAGAATATGC CCTAATTATG TTAAGGGAGA ACTTTTAATT
GGTGGGGTAG GTGTCGCTAA ATGTTATCAT GGAGATGAAG ACCTAACTAA TAATAAGTAT
TTTGAAGAAG ATGGGATTAG GTGGTATAGA ACTGGAGATA ATGGAAGATT TTGGAATGAT
GGTACTATTG AATTTCTTGG AAGAAAAGAC ACTCAAGTAA AAATTAAAGG TCATAGAATT
GAACTTGGGG AAATCGAAGA TGCTATAAGT AAATTTGATG GTGTTAAAAA AGTAGTAGTT
GATTTTATAG AAAAAGTAAA CAGCAAAAAT CTAGTAGCCT TTGTAAAAAT TGACAAGGAT
TCTGATAACT TTAATATTAA TAAATGTTTA GAAAAAATAG ACACTTCTTT TATTGAGGAA
GTAGAAGAAA TCTGTTATGA GGATATAGAG GCACAAAATG AAAAAATAAA TAATCTGGTT
GCCAAAACTA TTATAAATGT CTTTAAAAGC TTTGAACTTG ATTTAGTAAA TAATAGCTAC
TCAATTGTTG ATATTTATAA TAAAATTAAG GATTCAAAAA GAAATAGATT TATAATTGAA
AATTGGATAA ATAAACTTTT ATCTTTAAAA TATTTAGAAT TTAAGAATGA AAAATATTCA
TTAAGAGAAG ATGAGATTTT CATAAATGAA GATAGTTGCA ATAATGAAAT AGGCAATTAT
TTAAAGGATT TAGAATTGGA GCTTATAAAG ATTTTGTCGG GAGAAAATGA TCCTATAGAA
GCCTTTTATT CAGATTCAAA TAAATCCTAT ATGTCAAAAT TTGCAGAAGA ACTTTTAGGA
TATAAAGAAT CAATTAATAG CATTATAAAT TCAATAAAGG CTTATGCAAG ATTAAATAAT
AAGAAAAATA TAAAAATCTT AGAATATGGA ACTAGAAATA GCGAACTAAC TACTACTATT
TTTAAAGAGA TTGAAGAATT TGTTAGTGAT TATATTTATG TTGATAGTTC TATCTACTTT
AGAAATAATC TATCTGACTT GGAGAGTGAT AGTAAATATA AATATGTTTG CATAAATGAT
AACTTAGGAA CTTCTTTAGA TGAAGATGAT TTTGATATTG TTATAGCTAT AAACTCGATT
CACAGAAGTA ATGACAAAAA GACTCTTATA GAAGAAATGC TAAAAGCGTT GAAAGTCAAA
GGACTTATTA TTGGTAATGA ATTAAAAAAT AATAACCTAC TACCTATAAT TACAGCAGAT
ATAATAAATG AGCAGCCATT TAACGAAGTA AGACCAGCTG ATTTTGACAA TTATGATTGT
GAAGTCCTCT ATATAAACAG TGAAAAAAGG ACAGAATGCT CTAATTTTAT AACTTTTACA
ATAGCTAACT TAAAAGAAAA CAAGTATACC TTTGAAAAAT TAAGAAGTTA TTTATCACAT
GAAATACCAA GCTATATGAT TCCTACTAAT TTCTATCAAG TAGATGAAGT TCCATTAAAT
AAAAATGGAA AAGTTGATAG GAAGAAATTG AAAAATAAAA TTATTAAGAA TCAAACAAAA
AATATGGATT ATAGTAAAAA GATTGTGTAT CCAAGCACTG ATTTAGAAAA AAAGATGTTA
AGAGTTTGGG TTAAATGCTT GGGAAATAAA AATATTAGTG TTTATGATAA CTTCTTTTCT
TTAGGAGGAG ATTCGTTAAT TGGATCTAGA ATAATCAATG AATTAAAGAA AGATAGTATT
AATATATCTG TTGCAGAACT TTATGAATTT GAAACGATAT CTGAATGTGC TAAATATATA
ACAAATAGAG ATAATGGGCA AAAAAATCCA GTTGAGGTTG GTGAGATTGA ATGA
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| Protein sequence | MEFDARKEIK LIIEKWLKDT LKKSDIKEND NLIEKGLSSM QVMQLSGILK KEGLRISFAK
LIEKPTLNSW FDLVANSKII KKHSKDNKKS NDGKDSFNLT DVQYSYFIGR SYDQTLGGVG
CHAYIEIDGK DIDYKRLNDA WNKLQYRHPM LRARFTEDGK QEILDKPFSE EIEVFDLSNL
DEEETKIRLD KIRENLSHRK LRVEMGEVAG LKLANLSQNR NKIFFDLDLL VADVMSLSLI
LKELGELYLG KELDNLNSYT FKDYINNLEV DSEIYKKDQE FWKEKIDSFE IERPNLPLRK
DPEQIKETRF TRRKRVIEKD KWSKIKELAA SYKSTPSMVL LTAYDLILER WTNQDKFFIN
LPLFNRDLSN ENMKDMVADF TNILLVEHER KNYTSFLETL NRISKTFIDN VSHSSYSGVQ
VQRDISKSQG TSLNVAPVVF ACNIDYPLET EISRKALGKI TYMVSQTPGV WLDFQSYIKD
GDLVLCWDSV DELFPEKMLD DMLNSLEKQL LRLTEKENWE SKFDVLSENQ KLAREKELQS
ILPLNFPDER LYDGFIKNVK ENPEKIAIID SETKEEISYM DLYEKSLKIA GFLKENGIKK
GEYVGITLPR SSKQIYAIFG ILFSGAAYVA VGINQPSERR TKIYEQIGIK FVISDNKTIE
NCKLDTGEVS LIDLDKAIDK SLGLDNPIKV SPFDSAYIIM TSGTTGVPKG VEIMHTSAIN
TINDLNEKYS INSNDTLLMV SAIDFDLSVY DIFAILGVGG TLITTNEDNY RNPDEWIRII
EKFKVSVWDS VPILFDMLVT MAEGEKKNLP LRIVMLSGDW ISKDLPGRFY KLSEKENSIV
VAMGGATEAS IWSNYLNAPR EIPKDWISIP YGRPLKNQVY RVVDELGRIC PNYVKGELLI
GGVGVAKCYH GDEDLTNNKY FEEDGIRWYR TGDNGRFWND GTIEFLGRKD TQVKIKGHRI
ELGEIEDAIS KFDGVKKVVV DFIEKVNSKN LVAFVKIDKD SDNFNINKCL EKIDTSFIEE
VEEICYEDIE AQNEKINNLV AKTIINVFKS FELDLVNNSY SIVDIYNKIK DSKRNRFIIE
NWINKLLSLK YLEFKNEKYS LREDEIFINE DSCNNEIGNY LKDLELELIK ILSGENDPIE
AFYSDSNKSY MSKFAEELLG YKESINSIIN SIKAYARLNN KKNIKILEYG TRNSELTTTI
FKEIEEFVSD YIYVDSSIYF RNNLSDLESD SKYKYVCIND NLGTSLDEDD FDIVIAINSI
HRSNDKKTLI EEMLKALKVK GLIIGNELKN NNLLPIITAD IINEQPFNEV RPADFDNYDC
EVLYINSEKR TECSNFITFT IANLKENKYT FEKLRSYLSH EIPSYMIPTN FYQVDEVPLN
KNGKVDRKKL KNKIIKNQTK NMDYSKKIVY PSTDLEKKML RVWVKCLGNK NISVYDNFFS
LGGDSLIGSR IINELKKDSI NISVAELYEF ETISECAKYI TNRDNGQKNP VEVGEIE
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