Gene Apre_0739 details

Gene Information

• Locus tag: Apre_0739
• ID: 8397520
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Anaerococcus prevotii DSM 20548
• Kingdom: Bacteria
• Replicon accession: NC_013171
• Strand: +
• Start bp: 830736
• End bp: 836843
• Gene Length: 6108 bp
• Protein Length: 2035 aa
• Translation table: 11
• GC content: 37%
• IMG OID: 644995083
• Product: YSIRK Gram-positive signal peptide
• Protein accession: YP_003152488
• Protein GI: 257066232
• TIGRFAM ID: [TIGR01168] Gram-positive signal peptide, YSIRK family; [TIGR02543] Listeria/Bacterioides repeat

Plasmid Coverage information

• Num covering plasmid clones: 4
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGAAAAAGT ATAAAAAAAT AAGAGTCACA TTTGAAGAGA AGGTTTTAGA TAAAGAAAGA 
AAACCTATTT ATGCTACTAG AAAACTATCC GTTGGTCTTG TATCTTGTAT GCTTGGATTT 
ATGATGTTCA TGCCAACAGT TAAAGCTGTT GAAGAAGAGC CAATCTCAAC AAGTCAACAA 
GCCCAAGATA AAAATGAAGT TTTGAATAAC GAAGATGATT ATGTTCAAGA AGAAAATGAA 
GATATCACAC CTTTAAATGA TCAGACTGAT AGCAAAGTTG AGAGCGAAGA AAATCTATCA 
GACCAAAATC TAGATGGTCA AAATAAGGAA GAAGATATTA TAAAAGAAGA AAAGGCTGAT 
AGCAATTTAG AAAATAAAGT TGAAGAATTG CTAACAGCTG ATGAAATTCA AGCCATCAGA 
GATAGAGCAA ATTCACTAGA AAACGACTAT TTCTTTAATG ACAAAATGGT AGAAGAATTA 
AAGGCTGAAC TTAGAAAAGC CAAGGCTGAT CCTTCAGTAA ACTATGAAGA AGCTAAGGCC 
CGTCTAATAG AGGAAGCTAT CATAAAAAAT ACCCCTACCC AAAAAGCTCC AGGGGAAGTA 
AGGGTGGTAA GTGTAAAAAA ACCTACAATC AATCCTGTGT TATATGACGC AACAAGCATT 
TCAGGAGCCA ATCTAGCTAA AGCTAGAGTT AATAAAAAGA TTGTAATAGC AACAGTCCAT 
GTAAGCTTAA AGGATAGTAG CGGGACTGAA AAAGCCAATC TTACTGTCAC ACCTAAAAGT 
GGAACAACAT GGAAGGTAGA TTTACCTGAA GGTGTTAATG TTGCAAAAGG CGATACGGTA 
ATAGTCTACC AACAAATAGG TGAAGATAAG TCACCAGAGG TAAATGCAAA TGCTCAACCA 
TCTAAGGCAT CTACAGTTAC TCTTACAATG CCAAGTGGAG AAGTTTGGAT AGAACAAACT 
TCATCCAATA TAGTTAATAA AGATGAAAAA GCAGAAGCTG TTCAAATGTT GAAAGATGCA 
AACACTGAAA TAGCTGGAGA TATTAAATCT GTTGAATTTT CTATTGATAG TACTGACCAT 
GCTTATTATG AAGTAACTTA TACTGATGGT TCGACATCAG GCAAAATTGA AGCTACAAAT 
TTAAAAATAA AACAAGTTAC AGAAACCTCA AGAACACCTG AGATTGAAAG TATTACAATT 
GTAGACAATG TAATTAAGGG AAAGCTAGCA GGAGAGGGAC CTTTTGATGG CATAAAGGTA 
CAATTAGTCC TTAATATTAA TAAGGAGAAA TCAGGAGACT TTTGTACTGA CAAAGGATGT 
AAAATTGACA AAGACTCATC TGACCCTATA GAGGTAGCTG TACAAAAAGA TGGAACTTTT 
TCCTTTGCTT TAGAAAAAGG AAAAACTTTA GATCTCGACC AAATAGTTGG AGTTTTTGTA 
AAAGAACCCC ATAAATTTAT ATCTTGTTCT AAAACAACTG TAAAACCAGC AATACCTGAA 
AAGACAGAAG TTAAAGACCC TAGAAAATTA ACTGCTGATG ACAAAAAAGC AATTGATGCT 
GCTATAAGAA AAGCATACAC AGTAAATGGC GAATCTAAAT TACCAAACGG AACTGGCGAC 
TGGGATGGAG TACCGGCAGT TATACAAATT GATGACAGCG GCAATGTCAA AATATTTAGT 
GGTAATGATG TAGCAGGTAC TTGGGATCCG AACAATGATT ATAAATTTGT TCCAGAAAAA 
AATGAAGATG GCTCATATAA GTTAAATGAT GGAGCTGAAG CAAAAATAAC AATCCAAGCC 
AAAGATTTGG TAAAAAACAT TGGACCAGTT GCTCCAACAA TAGAAGAAAC TGACGATAAA 
AAACAAATCA CAGTTAATCC TTTAAGCAAC CCAGCTGACA CAGATATAAT CGAGCACACA 
GTAACCTACA CAGGAACAGA TGACAAAGAA AAGAAAATCA TAGCTAAACA AGATTTAGAA 
AATAAAACAT GGACAATCTC AGAAGGTAGC GAATTTGCTA ATATTGATAC AAAAACAGGT 
CTTATAACAA TAGATAAAAG TAAGATAAAA AATGAGACTT TAGTAAAAGC TTTTGTTCAA 
GACAATGGGG AATATGTTGA TAATTCTGAT AAGCAAAACT CAAAAGAATC AGAATTGAAG 
GTGACAAAAA CCAAAGCCGA TCAAGTCACA GAACTAGGAG GTCTTGACCC AGTAGAAATC 
AGAAAATGGG TTGGAGAAGA TATTGATTGG TCAAAAGGTA TAAAAGTTAA AAAAGATGAA 
AACAAAGATA GTATAAATAA ACTTTTAGAG GGTGCAACAA TAACTGATGC AACCGATAAA 
AAAAGAAATA CTGAAAAAGA AGGAGATTTT GTTGGTAAAG TTTCTCTCAA ATTTGATGAT 
GGATCAGAAT TAATAGTAGA CAATCAATAC CTATACGTGA GTAACCATGT TACTAGTGCA 
AAAAGAGATA AGACACCTTC TGATGCCCTA GAAGTAGAAT TCAAACTAGG CGAAGGCACA 
AAGGTAGATA ATACCAGTGG TGGAGCAATA GAAGGAAATA AAGATAATCC TGTTTCTTAT 
TCAAAATACA AGGTTAAACC AGGAACAAAC CTAAAAGAAT ATAAGCTCCC AAGTATCAAT 
ACATCAGTTG TAGATTCTAT AAATGTTACT ACACAAGATA CCTATACTGA TCCAGTATGG 
AAAGACAGTA AAAATGGTAC AAACTTTGTA GCAAGCTCAG AAAACAATGT TTTCACATCC 
ACAGCCACAA AAACCTACAA GTTTACTCTT GTACCAAATG GTGGTGAGGG TGATGATAAG 
GTTACTATAA AGAAAACCGG TGAAAAATAT AAATTACCAG AAAAAAGTAC TTTCAACCCA 
CCAAATGAAA ACCAAGAATT CTCAGGATGG ATGATAGGTG ATGGACCAGG AATCAATAAA 
CCAGGCGATG AAGTAACAGT AGATGGCGAC AAAGTAATAA AAGCCATCTG GAAGCCAATA 
GAATTTAAAG TAACATTCCA AACAGAAAAA GGTGCTACCG GCTCAATGAA AGACGAAACT 
GTCACAAAAG GCAGTGAATT CAAAATCCCA GCACCTACAT TTACACCAGA TAAGAATAAA 
GAATTCGCAG GCTGGAAAAT TGAAGGCCAA GATGGACTAA AAAAAGCTGG AGAAAAAATA 
GATAAAATCT CAGGAAATGT AACCCTAATT GCCACATGGA AAGACATCAA AGTAACCGTA 
AAATATGATG CAAACGGTGG TTCAGGAAGT ATGGACGGAG CCGAAATAGT AAAAGGCTCA 
CCATACAAAC TATCAGCAAA CGGATTTACT GCTCCAACAA ACAAAGAATT TGCCGGTTGG 
AAAATAGGTG AAACAGAATA CGAACCAAAT GCAGAAATAA CAGTAAACGA AGACACAACC 
GTAACAGCAA TCTGGAAAGA CATCAAAGTA ACCGTAAAAT ATGATGCAAA CGGTGGTTCA 
GGAAGTATGG ACGGAGCCGA AATAGTAAAA GGCTCACCAT ACAAACTATC AGCAAACGGA 
TTTACCGCTC CAACAAACAA AGAATTTGCC AGTTGGAAAA TAGGTGAAAC AGAATACGAA 
CCAAATGCAG AAATAACAGT AAACGAAGAC ACAACCGTAA CAGCAATCTG GAAAGACATC 
AAAGTAACCG TAAAATATGA TGCAAACGGT GGTTCAGGAA GTATGGACGG AGCCGAAATA 
GTAAAAGGCT CACCATACAA ACTATCAGCA AACAGATTTA CCGCTCCAAC AAACAAAGAA 
TTTGCCGGTT GGAAAATAGG TGAAACAGAA TACGAACCAA ATGCAGAAAT AACAGTAAAC 
GAAGACACAA CCGTAACAGC AATCTGGAAA GACATCAAAG TAACCGTAAA ATATGATGCA 
AACGGTGGTT CAGGAAGTAT GGACGGAGCC GAAATAGTAA AAGGCTCACC ATACAAACTA 
TCAGCAAACA GATTTACCGC TCCAACAAAC AAAGAATTTG CCGGTTGGAA AATAGGTGAA 
ACAGAATACG AACCAAATGC AGAAATAACA GTAAACGAAG ACACAACCGT AACAGCAATC 
TGGAAAGACA TCAAAGTAAC CGTAAAATAT GATGCAAACG GTGGTTCAGG AAGTATGGAC 
GGAGCCGAAA TAGTAAAAGG CTCACCATAC AAACTATCAG CAAACGGATT TACTGCTCCA 
ACAAACAAAG AATTTGCCGG TTGGAAAATA GGTGAAACAG AATACAAACC TGATGCAGAA 
ATAACAGTAA ACGAAGACAT AACCGTAACA GCAATCTGGA AAGACAAAAC ACCTGAGACC 
CCACCAGTAG AAAATTACAC AGTAAGTTTC AAAACAGAAA CTGGTGCAAC AGGTACAATG 
CCAGATGAAA CAGTGCCAAA AGGAAAATAC ACTCTACCAG ATCCAGCATT TACAGCAGAA 
AAAGGCAAAG AATTTGCCGG GTGGAAAGTA GGAGATGATA CAGACCTTAA GACTGCAGGA 
AGTGAAATCG ACATCACAGG AAATGTAATC CTAACAGCAG TTTGGAAAGG CGATGAGCCT 
GAAACTCCAC CAGCTACAGA AACATTCAAA GTAAGCTATG ATGCTAATGG TGGATCTGGA 
ATAATGACAG GGGCTGAACT TAAAAAAGGT TCAACCTACA AACTCTTAGC TAATGGCTTT 
ACAGCTCCAG AAAATAAAGA ATTCGATATA TGGGAAGTAA ATGGAGAAAA ATTATCTCCA 
AACTCAGAAA TCACTGTAGA TAAAGACACT GTAATCACAG CTATCTGGAA AGATAAAACA 
CCCGAAGCTC CACCAGTTAC AGAAAAAGTA AAAGTTATCT ACGAGGGTAA TGGTGGAAGT 
GGAAGCATGG AAGGAAAAGA ACTGAATAAA GGTTCAAAAT ACATTTTATT AACCAATGGA 
TTTGAAGCAC CAGATAAGAA AAAATTCAAA GGCTGGAAAA TTGGCAATAC AGAATACGCA 
GCAGGTGATG AAATCACAGT AGATAAAGAT ACAACGGTAA CAGCTGTTTG GGAAGATATA 
GAAACCACCC CACCAGTCAA AGAAGACGTT CAAGTAAGCT ATGAACCAGG AGAAGGTTCA 
GGCACAATGG ATGGGACAAA ACTTGAAAAA GGTTCAAAAT ATATTCTATC AGCCAATGGA 
TTCGAAGCAC CAGATAAGAA AAAATTCAAA GGCTGGAAAA TTGGCGATAC AGAATACGCT 
GTAGGTGACG AAATCACAGT AGATAAAGAC ACAACAGTAA CAGCTGTTTG GGAAGATATA 
GAAACCACCC CACCAGCCAA AGAAGAAGTT CAAGTAAGCT ATGAACCAGG AGAAGGATCA 
GGCACAATGG ATGTAGCAAA ACTTGAAAAA GGTTCAAAAT ATATTCTATC ATCCAATGGA 
TTCAAAGCTC CAGCAAACAA AAAATTCAAA GCATGGAAAA TAGGTGATAA AGAATACGCA 
GCAGGTGATG AAATCACAGT AGATAAAGAC ACAACAGTAA CAGCTGTTTG GGAAAATGTA 
ACAACAGATC CCGGTAAGCC AGATGAAGGA GGAAATCCAG ATAATCCAGG CACCGACCCA 
GACCAAGGCG GAGACAATCC AAACCCAGGA ACAAATCCAG ACCAAGGCGG AGACAATCCA 
AAACCTGGCA CAACTCCGGA CCAAGGTGTA GATAAACCAA ATCCAGGCAC AACTCCAGAC 
CAAGGCGGAG ATAATCCAAA CCCAGGAACA AATCCAGACC AAGGCGGTGA CAAACCAAAT 
CCAGGAAAAC CAGGAGAAGT TGGAGATTCA GAAAATCCAG ATAAAAAACC TGAAGATGGT 
AAAGATAAAC CAAACCCTGG AGCTACTCCA GGTAAGGACT CAGAAAGTCC AAGGCCTGGT 
ACAAAGCCAA GTGATGGAGA AAATAAAGCA AAAGCAACTG ACAAAGACAA TAGTAAAAAA 
ACCGAAGGGA ACAAAGAAAA TCCTTTAGAT AATACTAAAG TTAAAGTACC AAGAACAAAT 
AAAGTAAAAG AAAATGTTCA AACAGGGGTA GAACCTATAG GACAAATAGG AGGTATTTTA 
TCAGCAGCTA TTGCAGGTCT ATTTGCGATC AAAAAAAGAA AAAAATAA 

 

Protein sequence

MKKYKKIRVT FEEKVLDKER KPIYATRKLS VGLVSCMLGF MMFMPTVKAV EEEPISTSQQ 
AQDKNEVLNN EDDYVQEENE DITPLNDQTD SKVESEENLS DQNLDGQNKE EDIIKEEKAD 
SNLENKVEEL LTADEIQAIR DRANSLENDY FFNDKMVEEL KAELRKAKAD PSVNYEEAKA 
RLIEEAIIKN TPTQKAPGEV RVVSVKKPTI NPVLYDATSI SGANLAKARV NKKIVIATVH 
VSLKDSSGTE KANLTVTPKS GTTWKVDLPE GVNVAKGDTV IVYQQIGEDK SPEVNANAQP 
SKASTVTLTM PSGEVWIEQT SSNIVNKDEK AEAVQMLKDA NTEIAGDIKS VEFSIDSTDH 
AYYEVTYTDG STSGKIEATN LKIKQVTETS RTPEIESITI VDNVIKGKLA GEGPFDGIKV 
QLVLNINKEK SGDFCTDKGC KIDKDSSDPI EVAVQKDGTF SFALEKGKTL DLDQIVGVFV 
KEPHKFISCS KTTVKPAIPE KTEVKDPRKL TADDKKAIDA AIRKAYTVNG ESKLPNGTGD 
WDGVPAVIQI DDSGNVKIFS GNDVAGTWDP NNDYKFVPEK NEDGSYKLND GAEAKITIQA 
KDLVKNIGPV APTIEETDDK KQITVNPLSN PADTDIIEHT VTYTGTDDKE KKIIAKQDLE 
NKTWTISEGS EFANIDTKTG LITIDKSKIK NETLVKAFVQ DNGEYVDNSD KQNSKESELK 
VTKTKADQVT ELGGLDPVEI RKWVGEDIDW SKGIKVKKDE NKDSINKLLE GATITDATDK 
KRNTEKEGDF VGKVSLKFDD GSELIVDNQY LYVSNHVTSA KRDKTPSDAL EVEFKLGEGT 
KVDNTSGGAI EGNKDNPVSY SKYKVKPGTN LKEYKLPSIN TSVVDSINVT TQDTYTDPVW 
KDSKNGTNFV ASSENNVFTS TATKTYKFTL VPNGGEGDDK VTIKKTGEKY KLPEKSTFNP 
PNENQEFSGW MIGDGPGINK PGDEVTVDGD KVIKAIWKPI EFKVTFQTEK GATGSMKDET 
VTKGSEFKIP APTFTPDKNK EFAGWKIEGQ DGLKKAGEKI DKISGNVTLI ATWKDIKVTV 
KYDANGGSGS MDGAEIVKGS PYKLSANGFT APTNKEFAGW KIGETEYEPN AEITVNEDTT 
VTAIWKDIKV TVKYDANGGS GSMDGAEIVK GSPYKLSANG FTAPTNKEFA SWKIGETEYE 
PNAEITVNED TTVTAIWKDI KVTVKYDANG GSGSMDGAEI VKGSPYKLSA NRFTAPTNKE 
FAGWKIGETE YEPNAEITVN EDTTVTAIWK DIKVTVKYDA NGGSGSMDGA EIVKGSPYKL 
SANRFTAPTN KEFAGWKIGE TEYEPNAEIT VNEDTTVTAI WKDIKVTVKY DANGGSGSMD 
GAEIVKGSPY KLSANGFTAP TNKEFAGWKI GETEYKPDAE ITVNEDITVT AIWKDKTPET 
PPVENYTVSF KTETGATGTM PDETVPKGKY TLPDPAFTAE KGKEFAGWKV GDDTDLKTAG 
SEIDITGNVI LTAVWKGDEP ETPPATETFK VSYDANGGSG IMTGAELKKG STYKLLANGF 
TAPENKEFDI WEVNGEKLSP NSEITVDKDT VITAIWKDKT PEAPPVTEKV KVIYEGNGGS 
GSMEGKELNK GSKYILLTNG FEAPDKKKFK GWKIGNTEYA AGDEITVDKD TTVTAVWEDI 
ETTPPVKEDV QVSYEPGEGS GTMDGTKLEK GSKYILSANG FEAPDKKKFK GWKIGDTEYA 
VGDEITVDKD TTVTAVWEDI ETTPPAKEEV QVSYEPGEGS GTMDVAKLEK GSKYILSSNG 
FKAPANKKFK AWKIGDKEYA AGDEITVDKD TTVTAVWENV TTDPGKPDEG GNPDNPGTDP 
DQGGDNPNPG TNPDQGGDNP KPGTTPDQGV DKPNPGTTPD QGGDNPNPGT NPDQGGDKPN 
PGKPGEVGDS ENPDKKPEDG KDKPNPGATP GKDSESPRPG TKPSDGENKA KATDKDNSKK 
TEGNKENPLD NTKVKVPRTN KVKENVQTGV EPIGQIGGIL SAAIAGLFAI KKRKK