| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_1674 |
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| Symbol | |
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| ID | 8398486 |
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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 | 1816919 |
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| End bp | 1822831 |
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| Gene Length | 5913 bp |
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| Protein Length | 1970 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644996037 |
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| Product | coagulation factor 5/8 type domain protein |
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| Protein accession | YP_003153415 |
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| Protein GI | 257067159 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGGTAAAGG AAAATAGTAA AGTAGAAGTT AAAAGAAATA AAAAGATTCC AAAAAAATTA
ATAGCAGCAG TTATTGGAAT GGGAATTTTT TCTACTATGA ACTACGGCCT AGTCTATGCT
AATAGTTCAA ACATCGATAG TAAGGAGGAA ACTCCTCCAT CAGAATATCA AGAAAGTCTT
GAAAATAACG AATCTATTGA CGAAGAAATC CCAAACAATC AAAATGAATC TAATGATGCA
GATAATAAAA AAGATTTATT AGATGGTGAA TCTCCAAAAG ATGAAGCGGA AGAAGAAAAT
ACAGAAAATC CTGAAAATAT AGAAGATAAA GAAGACGAAG TCCTTGAAAA TGAAGAGACA
AAAAATGAAC TCGCTCCTCA ATCAGAAGAG AAAAAAGAAA AATCTGACAA TTCAGAAAAC
GATTCCCTAG ATCTCTCTCC TGATAATTCC CAAGAGATAG AAGAAAGCTC TGTCGGATCA
AGCCAGAAAA AAGAAGTTAT CGAATGGGAG AAAACTTCAA AAAACGGTGA AGAAGTAGAA
GAAGTTATAG ATGAAGGAGT TAGATACAAT AAATTAGAAT CTAACAAATC CAATGATAAC
GGCTTAAATA CAGCCAACTA CTCCAAGAAG GGCTTAGAAT CTTCAAAAGA AGGAACAAAC
TTCAATATCA ATTTTAAAGA TATATCAAAT CCTAAAGAAA GTAGATTCGG GGTCTTCCTA
AACAGAGCTA AGGATAACAA TTCAGCGATT TTTGTAGGCT ATGATCAAGC AGGTTGGTTC
TGGGAATACA AGCTTGACGG AAATGGCAGC TGGTATCAAG GTCCTAGGAA GGCTATACCT
AAAATCAATG AAGAACAAAA TCTAAATATT AGCTTAACTA AGGACGGGCA ATTAAACGCT
ACTGTAAATG ACGACAAGGC TTTTGATACA TATGTACTTC CAGAAGATGT ATGGGATAAG
TTAAAGGAAA ATACAGGACT TGAGTTAAAG CTCGGCCAAT GGGGTAATCA GAAAACATCC
ATCTTAGTCA AAACTCAAGA TCAAAATAAC ATTCCTAAGG AAGAAAGTAA GATCGATGAA
GGAGAAGATT TTAACGATAG CAAAGCTTCC TACACCAATA TCAAATCAGC TGATATGGAT
GTCAAAATCG ACTCAAAATT CCCAAGAATC AAGGAATACA CATACAAGGG AAGAACTCTT
CCAGGAAATG AAGACTTCAT AGACTCCCTC CGTATTAATG ATATAGAAGT TACGCCAGAT
GTAGAATTTG AATTGATATC TGAATCCTCA GCTCGCTACA AGATGAAGGT TAAGGATGAA
GAAAATAAAA TCGACGCCGA AATTGATGCA GTAATTTCCG TTGAAGATAA TGTTTTAGAC
TTTAAGGTCG AAAGAATCAA AAACAACAAT GATATCAAGG GTGGAGAGAA AATAAGCGAC
AAGAGGCTCC TCCTTGAAAA AATAGATTTC GGTTCAAACA ACCTTGTATC TGTATCATCA
GATCATGAAG AGGCCAAGTT TGACGGAGCC AAAATGAATA CAAACGTGAG GGTATCTGGC
GATGTCCACA TCGATGTTAC TAATCCTCTA GAAAATTATA ATGACAAAAA TGAAGGATAT
ATGTATGGCT TTGTATCCGA TAGATACCTC GCAGCAGGTC TTTGGTCAAA CTCTCAATAC
GACGAAAGTC TCAATGGAGG CAGAGCCTTT ACAAGGATTA AGACAAATAA AGATACTTTC
GGAAGGACTA ACTACCTAGG CCTTGCCTCA AGTCCTTATT ATTATCAAAG AGCCCATAAC
ATGCGTGATG AAAACGGCAA AGAAACTGGC CAGTATTGGA TTTATAATGA GAGAACCTGG
AAAGAACTAC CTCACTCTAA GGTTATCCTA ACAGATGATT TAAATAATGA CAAAAAGGTC
GATTGGCAAG ATGGAGCTAT AGCCTATAGA AAAATCATGA ACAACCCTAT GGGTTCTGAA
TATACCAAAG ATCTAGTTGC TCAAAGAATT GCGATGAACT TTGGATCCCA AGCTCAAAAT
CCTTTCCTAA TGACCCTAGA TAATCTAAAG AAGGTCTACC TTCACTCTGA CGGTCTCGGA
CAAATGATTC TTCTAAAAGG ATATGGATCA GAAGGTCACG ATTCAGGTCA CTTAAACTAC
GCTGATATAG GTAAAAGAAT CGGTGGAGCA AGTGATATGA AGTATCTCTT AGAAGAAGGA
AAAGACTTTG GAGCAAGGAT TGGTATCCAC GTCAACGCAT CTGAAACATA CCCTGAAAGC
AAATATTTCA ATCCAGAAAG ACTAAGGAAA AACAGGGACG GTTCCTATGC CTATGGTTGG
AACTGGATAG ACCAAGGTAT AAATATAGAC GCAAGCTACG ACCTTGCAGA TGATAGATAT
GATAGATGGA CTGACCTTAA AAATACTCTA GGTACAGATG CTCTTGACTT TATTTACGTT
GACGTATGGG GCAACGGCCA ATCAGGCGAC AACCAAGCTT GGGCTACGCA CACCCTAGCT
AAAGAATTAA ATGAGCATGG ATGGAGAGCA GCCTTCGAAT GGGGTTATGC TGGTGAGTAC
GACTCAACAT TCCAACACTG GGCAGCTGAT CTTACCTATG GTGGATATTC TCTAAAGGGT
ATCAACTCAA ATATAACAAG ATTCATCAGA AACCATCAAA AGGATTCTTG GGTTGGTAAC
TACCCTTCCT ATGGAGGAGC TGCTATAAAT CCTCTCTTGG GCGGTTACGA CATGAAGGAT
TTTGAAGGAT GGCAAGGTAG GAGTAACTAC AGAAACTTTA TCCAAACCTT GTATAAGACC
AACCTTCCAA GCAAATTCAT CCAACACTTC GAAGTGGTCG AATGGAAAAA CGGTAAGCCA
GTACTTATGT CAAACGATGG TTCTACCTAC GAGTGGACTC CTGAAATGTA TATAAGACTT
AAAAACGATG ACCATGAGCT AGAAATAAAT CGTGTATCAA ACGACTTTAA CTCCGAAGGC
TACAGACAAA GAACTATGAC CCTTGATGGT AGGAAAATAT TTAATGAAGA TGGATCCTAT
CTTATTCCTT GGTATAACGA CAGCAAGGGC GATAAGCTTT CTGACCAAGA AGAGAAGATG
TATTTCTATA ATCCAGCAAA TGGCGCCAAG ACATTTGACA TGCCAGATGA TTGGACAGGA
AAAGCTTATG TATACAAGCT AACAGACCTA GGAAGAGTTG AAGAAAAAGA AATATCAATA
ATAGATGGAA AAATCACCCT AGATTTAGAA ACAAACACTC CTTATGTTCT TTACAAAAAT
AAAATGGACC AATCTGATGA GCAAGTTAAG GATATGAATT GGTCTAGTGG AATGCACATC
AAAGACACTG GTTTTAATAG TGGAAACCTA GACTCTTGGG ACATAGAAGG AAATAGTGAT
AACTCTGTCA ACATCGCAAG AAGCCAGGCA GATAATCCAA TGCTTAAAAT TGAAAACAAT
AAGGAAAAAG TAAAACTAAG CCAGAAGCTT ACTGACCTTA AGCCAAACAC AAGCTATGCT
CTTTATGTAG GCGTTGACAA TAGATCTGAT TCAAGGGCTG AAATTAGTGT TGATACTGGA
TCAAAAGTTG TATCAAACTC TACCAATAGA TCCCTTGCCC AAAACTACAT CAAGGCCTAT
GAACACAATA CACTCACAAA TAATGCCACA GTTGATGATA CAAGCTACTT CCAAAACATG
TATGTATTCT TTACAACAGG TGATGATGTA TCTAATGTAA CAGTAACAAT ATCTAGAGAA
GAAGGCGAAG GAGCAAGCTA CTTCGATGGG CTAAGGCTAG TCGAAAATAA TTCCAATATG
TTTGATGAAA GTCATGATAC TAAGGATTCT AAAGTTTTCA AACAAGACTT CGAAAACTCA
GCCCAAGGTA TCTTCCCATT TGTAATAGGT AATGTTGAAG GAGTAGAAGA TAATAGAACT
CACCTTTCAG AAAAGAACGA TCCTTACACC CAAAGAGATT GGAATGGAAA AGTAATTTCA
GATGTAATAG ATGGAAACTG GTCACTTAAA ACAAATGGTC TAGTTGGAAG AAATAGACTT
CTCTATCAAA CAATTCCACA AAACTATAAT TTTGAGGAGG GCAAAACCTA CCTAGTAGAA
TTCGACTACG AGGCAGGTAG TGACGGAACA TACGCCTTTG TCATTGGAGA AGGAGAATAC
CAAGCAGGTA GCAACTACAA GATATACAGC CTAGGCAATA CTTGGGAAAA TAGCTCAAAG
GCCAAAAGAG CAAAATTTTT GGTAGAAGGT GGCAATAACA GATGGATAGG AATTCTATCA
ACAAACAAGG GTGCAGATAC CAAGGGTACT GGCGGAAATA CAGCAAACTT TAGAGGATAT
CAGGACTTTA TCTTAGATAA TCTAACCATA TCCCCTTCTA AGTTATCAGC TAATCTCATC
TTAGATTCTT TCAAGTCTAA TCTAGAAGAA AAGAAAAACT ATGAGGACTA TACAAAAGAA
AGTGTAAACA ACTATCAAGA CGCCTTAAAA GAAATCGAGT TAGCAGATGG TAAAGAACTA
ACAGTTGAAG AAGCTAATAA GCTAATCGAT GATTATGAGA AAGCTCAAAA CGAACTAGAG
AATATCAAAA AATCTATTGA TGCTGGTGAC ATTGACTCAT ACGATGTTCC AAGCCAAGAT
AGGGCAAGCT CTATTCTTTC TGCTTTTGAT AACAATGTAT CTTCTATTTA CCATTCACCA
TGGAATAGGT CTATAATGGG AGAAAAATTA GAAGTGACCC TCAAAAATCC TACAGAGGTA
GTAAGTCTTG ACCAACTACC TAGACAATCA GGTTCTAATG GTAGGATAAG AAACGCTAAA
CTTGAAATTA TCGATGATAA AGACCAAGTT CATACTTTTG AAATCAAAGA CTGGCCAAAC
TCACCAGCTT GGCAACAAGT TGACTTCGGT AAGCCTATAA ATATGAAGAA ATTTATCCTA
ACAGTGAACA ATTCTCATGG TGGCTCTAAG GGTGAAAATG ATATTTTCGT ATCTGCTGCT
GAGTTAAGAT TTAACTTATA TAAAATAGCT GAAGGATATT CTCAAACTAC CGACTATCAA
AAACTCAAGA AAGATTTAGA AGCTTATAAG GGAGAAGATC CTTATATTAG AAGACTATTA
GATCATATAG ACTATCTAGA AGCAAATGAT TTAATCAACG AGAAAAGCGA AGCTGAAATT
TACGAAATAC TTTCTAGATT AAATGAAGCT TACAAGAAAG AATACGAGAA AAAACTAGAA
GAAGCTAAGA AAGCCGCTAT AGGAAAACTT GCCAAAAACA ACATCAATTC CCCATTATTC
ATAGACAAAG TAAAAAGGGC TAACACCCTG GAAGGACTTA ATAGTCTTGT AGATGAATTG
TTAAAAGCAA GTGGAGAAAG TCCAGAGATA AAGCCTGAGG ATGAAAATAC TCCAGAACTT
CCTGATGGCA AGAATCATGA AATCGATGAA GAAACTGATA AGGAAAAAGA ATCTAAGGAC
TATGACTCTA AAGAAAAAGA CCATAATTCC TTGGAATCAA TACTTGACAA AATTAAAAAG
AATGCCTTGG ATAATTTAAA AAATCCAGAG ATAAAGGAAG AAGCTGAATC AACAAATCCT
GAGAAGGAAA AAGATAAGCT TAATAATTCT AACAAGGAAA ATGCCAAGAA TACAGATTCT
TCTAAGCAAG TAGATAGAGA AAAGCCAGAT GGCGATACAT CCATAGAAAA AATCAGCCAA
GTAAATGAAG CTAATAAGAA GGATTACAAT ATCCCACAAA AATCTGGAGA TAAGGTTAAA
ACAGGTGTGG GGTCAATCAC ATCTGTAGCT CTAGGTCTTG TAGCTTCCAT AGCAGGCCTA
TTTACTACAA GAAAAAAGAA CGACTATAAA TAA
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| Protein sequence | MVKENSKVEV KRNKKIPKKL IAAVIGMGIF STMNYGLVYA NSSNIDSKEE TPPSEYQESL
ENNESIDEEI PNNQNESNDA DNKKDLLDGE SPKDEAEEEN TENPENIEDK EDEVLENEET
KNELAPQSEE KKEKSDNSEN DSLDLSPDNS QEIEESSVGS SQKKEVIEWE KTSKNGEEVE
EVIDEGVRYN KLESNKSNDN GLNTANYSKK GLESSKEGTN FNINFKDISN PKESRFGVFL
NRAKDNNSAI FVGYDQAGWF WEYKLDGNGS WYQGPRKAIP KINEEQNLNI SLTKDGQLNA
TVNDDKAFDT YVLPEDVWDK LKENTGLELK LGQWGNQKTS ILVKTQDQNN IPKEESKIDE
GEDFNDSKAS YTNIKSADMD VKIDSKFPRI KEYTYKGRTL PGNEDFIDSL RINDIEVTPD
VEFELISESS ARYKMKVKDE ENKIDAEIDA VISVEDNVLD FKVERIKNNN DIKGGEKISD
KRLLLEKIDF GSNNLVSVSS DHEEAKFDGA KMNTNVRVSG DVHIDVTNPL ENYNDKNEGY
MYGFVSDRYL AAGLWSNSQY DESLNGGRAF TRIKTNKDTF GRTNYLGLAS SPYYYQRAHN
MRDENGKETG QYWIYNERTW KELPHSKVIL TDDLNNDKKV DWQDGAIAYR KIMNNPMGSE
YTKDLVAQRI AMNFGSQAQN PFLMTLDNLK KVYLHSDGLG QMILLKGYGS EGHDSGHLNY
ADIGKRIGGA SDMKYLLEEG KDFGARIGIH VNASETYPES KYFNPERLRK NRDGSYAYGW
NWIDQGINID ASYDLADDRY DRWTDLKNTL GTDALDFIYV DVWGNGQSGD NQAWATHTLA
KELNEHGWRA AFEWGYAGEY DSTFQHWAAD LTYGGYSLKG INSNITRFIR NHQKDSWVGN
YPSYGGAAIN PLLGGYDMKD FEGWQGRSNY RNFIQTLYKT NLPSKFIQHF EVVEWKNGKP
VLMSNDGSTY EWTPEMYIRL KNDDHELEIN RVSNDFNSEG YRQRTMTLDG RKIFNEDGSY
LIPWYNDSKG DKLSDQEEKM YFYNPANGAK TFDMPDDWTG KAYVYKLTDL GRVEEKEISI
IDGKITLDLE TNTPYVLYKN KMDQSDEQVK DMNWSSGMHI KDTGFNSGNL DSWDIEGNSD
NSVNIARSQA DNPMLKIENN KEKVKLSQKL TDLKPNTSYA LYVGVDNRSD SRAEISVDTG
SKVVSNSTNR SLAQNYIKAY EHNTLTNNAT VDDTSYFQNM YVFFTTGDDV SNVTVTISRE
EGEGASYFDG LRLVENNSNM FDESHDTKDS KVFKQDFENS AQGIFPFVIG NVEGVEDNRT
HLSEKNDPYT QRDWNGKVIS DVIDGNWSLK TNGLVGRNRL LYQTIPQNYN FEEGKTYLVE
FDYEAGSDGT YAFVIGEGEY QAGSNYKIYS LGNTWENSSK AKRAKFLVEG GNNRWIGILS
TNKGADTKGT GGNTANFRGY QDFILDNLTI SPSKLSANLI LDSFKSNLEE KKNYEDYTKE
SVNNYQDALK EIELADGKEL TVEEANKLID DYEKAQNELE NIKKSIDAGD IDSYDVPSQD
RASSILSAFD NNVSSIYHSP WNRSIMGEKL EVTLKNPTEV VSLDQLPRQS GSNGRIRNAK
LEIIDDKDQV HTFEIKDWPN SPAWQQVDFG KPINMKKFIL TVNNSHGGSK GENDIFVSAA
ELRFNLYKIA EGYSQTTDYQ KLKKDLEAYK GEDPYIRRLL DHIDYLEAND LINEKSEAEI
YEILSRLNEA YKKEYEKKLE EAKKAAIGKL AKNNINSPLF IDKVKRANTL EGLNSLVDEL
LKASGESPEI KPEDENTPEL PDGKNHEIDE ETDKEKESKD YDSKEKDHNS LESILDKIKK
NALDNLKNPE IKEEAESTNP EKEKDKLNNS NKENAKNTDS SKQVDREKPD GDTSIEKISQ
VNEANKKDYN IPQKSGDKVK TGVGSITSVA LGLVASIAGL FTTRKKNDYK
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