| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_1119 |
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| Symbol | |
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| ID | 8397906 |
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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 | 1201315 |
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| End bp | 1206894 |
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| Gene Length | 5580 bp |
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| Protein Length | 1859 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644995465 |
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| Product | G5 domain protein |
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| Protein accession | YP_003152866 |
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| Protein GI | 257066610 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3583] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.983019 |
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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 | ATGAATCACA AGAAAAACAA ATTCGTAATA CCATTGTCCA ACGAATCAAT AAAGAAAGCT
CTACTTGGAG CTTCAATTAT TGTTGGTGGA TTTGGACTAT TAGGAAATTC GAACACTGTT
TATGCAGACA CTAATACGCC CCAAACAGAG ATTGTAAATG ACAATCAAAG TCAAGATGGC
AACCTAGATT CTGCAAGTAA AGAAGACGAA AACACCCATA GCGAAAGTGC GGGAGATAAT
AAAGAAACTA AGGGAGATTA TAAAGAAGAA GCTCAAGAGG AAGAAGATAA AAAAGAAGAA
GGAAAGCAAA CTCCATTAAT AAATGATGCA AATGGTGAGC AAGCAAAACC TGAATTTGGT
CAAGATAGAA CACCAACAGC CCAAGGAGCT GGGGAAACAG AGACTAAAAA AGATATACAC
AATCAAAGCG CAGATGACCC AAACTATGGT GAAGATGAAG GAAAAATAAA GGACTACGAT
GGATCTGAAC GTTATAAACA AACAGACCTC CAACCAGGAG ATCCAAATCA GACTCAATAT
AAAACTGATG AGAAGAAAGT AAAAGATGGT TTTAAATTCG AATTTAAAAA CCCATCTTCA
ACATCACCAA GTAAGACTGA ATATGGTTAT CAAATCACCA TAGACAAAAA GACCGGCCAA
AGAACCTATA CTAAGGTTTA TGTAACTGAT TCTGGTAATT TACCTGTTGA TACAGGCGAA
AAACCAATGA TTGGTCAGGG AGATAAGTTA ACACCTGAAT CTCCTGGTAT AACCTACAAG
CCGGATGAAA ATACAGAAAT TACGGCTGCC AGGACACAAA GAAATTTGAA CTATGAGGCC
AGTGAAGAAA CCTTAAAGCA CATCAATAGC AAGGACAATC CTTCTACTTC CTTTGGTTTT
AAGGATAATT ATACTCAAGA TAATCCAAAA GTTAAATTTT TTGGAGCTCA AGGTTTCGCT
CTTGGCTACA AGGTCAACCC ATGGCCAAAT GAAAATGATA AGCTAGAGCA ATTAAAATTA
AATGGTAAGT ATGATAAAAA GGTCTTTGTA CAAGGCCAAG ATATAGACAC CGGAATCAAG
GTAGACAATA TCGATGAGAG TGCTAAGGAA AGACTAGTAG GCCAAGTTTA TAACCCTATT
ACAGGGAAAA TTGTTCCGGG AGCAAGTGCC TATATTAAAA ACGGAACTAT CCATATCCAG
ATGCCAGAAG GCGCCCTAAA GAAGGATAAA TCTGGCAAGA CTGTCATCAA TGAAGATTCT
ATATTCAATA CGCCTGACTA TAAGGCTCTT CAAAACCTAG ATGTTAAATT CTTTGCCCGT
CCAAGAACAG CTGATGAATT TAAAAAGATA GCGGAAACAC CAGATGAATT TGGTGAAAAA
GGAACTTATG TAGGAACAGG TGCAGGATCT GCTACCATTA ATCACAATGG AAAAGATGTC
ACCATCGATA AGCAAGGCAT AGACCGCTAC GACCACTACA ACCTCATAGG TAACTTCAAA
TTAAACCTAG ATGACACAAG ATACTATGAC CAAAGATTCG AAGATGGTAA TGGAGATGAT
ACTTCTAAGG TGACCTCATC AGCAGTAAAA CCAGGCAAGC CCTTTAAAGT AGGAATTGTA
GAACCTGAAA ATCCAGGAGA AACTGACAAG TCTGCTGAAG AAATGAATGA GGCTGAAAAT
AAGGGAGAAG CTTCTGGTAG GCTAATCATG GACTTCATCA ATAAGGCAAA TGAAGGCAAG
GCACCAGAAG ACCAGTGGAA GGTTGATCTA AAGGATGGAG ATATTTCAAA CTTTACCATA
ACACCACCAA AATCAGCCAA GGCGGGTGAC TTTATAGCTA TCCCTATAGA ATATACCTAC
ACAAACGGGT CAAAAGATGT CCACTGGTTC CACTTTGTAG TCCAAGAGTC AACCTACATC
AGACCGGAAT ACGATGCTCA AGTAAACTTC CCAGTAAATG AACAAACATC AGAGGCAAAA
GTAGCACAAG ATACTAAGAG AATTTCACCG GACCACTATA CGCTTCCGGA TACTCTAGAA
ACTGACGAAG CTGGTAACAA GCTAGCTACA GATGATAAGG GAAATAAATG GACTGTAAAA
GTTGATGAAA AAACAGGTAA GGTTAGTGCG AAACCAGTGG ACCCTACAGC CTTTGACGGT
GGAGAAAAAC TTACAGTACC TGTAGTTGCT CACTATGTAG ATGAACAAAA ACCACGAGAG
GACGTAACCG AAGAAGTAAA TGCCTACTTC GTAATCGAAG AAAAGGCTAA TATGACTCCT
CGCTACAATG CTAAGGCTGG TAAGGAAGGA GACACCCTTT CTTCAGATGT AATCCTAAAT
GAAGAAGATA GATACAACAG AAGACCAGGC AAGTTTACCC TAGACTCAAA AACATACACA
GATGATAAGG GCAATACTTG GAATGTTTCA ATCGATGAAA CAACTGGTAA GGTAACTGCT
ACTGTACCAA ACGCAGAAGA AGGTAAGTCA ATTGACGGCG CCCTACTAAA TGTACCGGTA
ACAGCCCACT ACTATGAAGA AGACGCAGAA GGCAATAAGG TTGAAGCAGG AACAAAGACA
ACAGAAGTTC AATTCGTGGC CTATGGTACA AATGGAAAAG TAGAAAAAAC TCTAGAAATT
CCTTTCGAAA CCAAGGTAGA AAAAGATCCT ACACTCAAAA AAGGTGAGAT AAAAGTTATC
ACTGAAGGTA AAAAGGGATC TAAGAAGGTA ACTTACACTA TTAAGGATTC CAAGATTGAC
GATACAAAGA CTAAAGAAGA GGTTATAGAA AAAGCTGAAG ACAGAGTAAT CCACGTTGGA
GAAGGCGTAA ATGATGGCAC TCACAAAATC GAAGAAAAAG TTGAAATAGG ATTTGAAACT
GAAATCCAAT TTGATGACAG CCTTGCTCCA GGTGAAACTA AAGAAGTTCA AAAAGGCGAA
GCTGGAGAAA AGAAGAGAGA TATTACTCTT ACAATTGAAG ATGGCAATGT AACAAAAACT
GAAACAGGTG AATTTACTGA AACTAAGGCT CCTACAAAGA GAATTATAAA AGTAGGTAGA
AATACCGAAG GCAAGGTAGA ACACAAGGAA GAACTACCAT TCAAATATAA GGTTGAAGAA
GTAGACGACC TTAAGAAGGG TGAGTACAGA ATTGCAAAAC CAGGTAAGGT TGGTACAAAG
ACTACAACTT GGACAATTAA AAATTCTAAA GTAGATGGCG AACCAACTGT CACAGAAGAT
CCAGCAGAAG ACGCACTTAT CCAAGTAGGT AAGGGAACTA ACGATGGTAC TCACGAAGTA
AAAGAAAAGA AAAATATAGA TTATAAGACA ATAATCGAAT ACGATGAGAA CCTAGATGCA
GGCCAACAAG AAGTTGTTAA AGAAGGAAAT CCAGGAGAAC AAGAAAGAAC GAACACGCTT
GTAATCAAGG ATGGTCAAGT AACAGAAACT AAAGAAGGCG AATTCAAGAC AACTAAAGAA
GCAACTGACA GAGTTGTAAA AATCGGTACA AAACCAGTAA CAAAAGTTGT AGAAAAACCA
TTCAACACAG AATATGTTTA TGACGAAAAC CTCGAATCTG GAAAAACTGA AGAAGTGACC
CCAGGTAAAA ATGGAAAGGT AACCATCACA ACATCTTATG ACAAGGACCA AAAGAAAGTT
GTAACTTCTG AAAAAGAAGA AAAAGGTCAA AACAGAGTTG TAAAAATCGG TGGAAAGACT
AACGGAACTG AAAAAGTTAA GGAAGAAATT CCATTTGAAG TAGAAGTTAG AAAAGACCCA
AGCCTAAAGA AGGGCGAATG GAAATACGCC AAAGATGATG AAGGCAATGA ATTAAAGGGA
GAAAAGGGAG AGCAAGAAAG AACCCTTACA ATAGAAAACT CTAAGGTAAT AAATACTTCT
GAGCCAACAG TAACTAAGAA AGCTAAAAAT GCGGTAATCT TAGTTGGAGA AGGTACAAAT
GACGGTACTC ACAAAATAGT TGAAAAGAAA GAACTTCCTT TCGAAACTAG ATACGAATAC
GATGACTCAT TAGAACCAGG TGAAGAAAAA GTTGTAACTC CAGGTTCTCC AGGAGAACAA
GAAAGAACAA ATACCCTTGT AATTAAAGAT GGAAAAGTTG TAGAAACTAA AGAAGGCGAA
TTTAAGACTA CTAAAAAGCC TCAAGAAAGA TTAATCAAAA TCGGTAGAAA ACCATCTGAG
GGTGAAACTA CAAAGACTAT CGAAAGAGAA ATTCCTTACG AAACTAAGGT AATCTATGAC
GAAAACCTTG AAGCTGGCTT CCAAAAGATT GAAAACGAAG GAAAACCAGG CAAGGAAGAA
GTAACCATTA CCCAAAAAAT CAAGGACTCT AAACCAGTTG GAGAAGCCAC AGAAACTACA
AAGACTATCA CAGAAAAAGA AGATAGGGTA GTTAGAATCG GTTTGAAACC AGTTGAAAAA
ATTGTAGAAC TTGGTAATGA TACAGAGTAC AGACACAATC CAGAGCTTAA GGCTGGTGAA
GAAAAAGTCA TCGAAGAAGG TTCTAAGGGA TCTGTAAAAT ACACCACTAC TTTCAACAAG
GAAACAGGTA AGCTTGAAGT TACTGAAGAA AGAGTTGAAC CAAAGAACAA GGTCGTAGAA
TATGGATCTA AGACTGATGG CGAGTTCACT TACGAAAGTG AAAAAGCTTA CGACATCATA
ATTAGAGAAA ATCCAAATCT TGAAGCTGGA AAAACTAATG TAATCCAAGA AGGTAAGCCA
GGTAAGACTG AAACTACTGT TAAGATAGAA AACTCTAAAG AAGTTGATAG AACTACTAAG
ACAATCACAG AAAAACAAGA TAAGATTATA GAAATCGGAA CTAAGAATGT ATGTGAAATC
CCACCAGTAG ATTCAGACCC AAGTAAACCA GGTGAAAAAG AAGACCCAAG TAAACCAGGT
GAAAAGGAAG ACCCAAGTAA GCCAGGTGAA AAAGAAGACC CAAGTAAACC AGGTGAAAAG
GAAGACCCAA GTAAGCCAGG TGAAAAAGAA GACCCAAGTA AACCAGGTGA AAAGGAAGAC
CCAAGTAAGC CAGGTGAAAA GGAAGACCCA AGTAAACCAG GTGAAAAGGA AGACCCAAGT
AAGCCAGGTG AAAAAGAAGA CCCAAGTAAA CCAGGTGAAA AGGAAGACCC AAGTAAACCA
GGTGAAAAAG AAGAACCAGG AAAACCAGGT GAAACACCTG AACAACCAGG AAAACCAGGT
GATCCAGAGA TCCCAGGAGA AAATACAGAA AAACCTGAAG ATCCAACAGA TCCAAAACCA
AACAAACCAG GAAAACCTAA TGAGCCAGGA AATCCTGAAA AGCCTGAAGA TCCAAAACCA
GAGAAGCCAG AAAGTCCTGA CAAAACTGAG ACCCCTGACA AGTCTAAAAA TCCTAAGAAG
GACGAAGGCG TAAGAATTGA CTTTGCTTCA AAGAAGTCTG AGAAAGCTAA AGAAGCACAA
AAAGATAATA AATCAAATCG TGCTCCAAAA ACAGGCGTTA GCGGTACAAG TGGAGTGCTC
GTAAGCTTGT TCGGCGCTGC ATCAGCCCTC TTTGCAACAA AGAAAAAGAA GAAAAAATAA
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| Protein sequence | MNHKKNKFVI PLSNESIKKA LLGASIIVGG FGLLGNSNTV YADTNTPQTE IVNDNQSQDG
NLDSASKEDE NTHSESAGDN KETKGDYKEE AQEEEDKKEE GKQTPLINDA NGEQAKPEFG
QDRTPTAQGA GETETKKDIH NQSADDPNYG EDEGKIKDYD GSERYKQTDL QPGDPNQTQY
KTDEKKVKDG FKFEFKNPSS TSPSKTEYGY QITIDKKTGQ RTYTKVYVTD SGNLPVDTGE
KPMIGQGDKL TPESPGITYK PDENTEITAA RTQRNLNYEA SEETLKHINS KDNPSTSFGF
KDNYTQDNPK VKFFGAQGFA LGYKVNPWPN ENDKLEQLKL NGKYDKKVFV QGQDIDTGIK
VDNIDESAKE RLVGQVYNPI TGKIVPGASA YIKNGTIHIQ MPEGALKKDK SGKTVINEDS
IFNTPDYKAL QNLDVKFFAR PRTADEFKKI AETPDEFGEK GTYVGTGAGS ATINHNGKDV
TIDKQGIDRY DHYNLIGNFK LNLDDTRYYD QRFEDGNGDD TSKVTSSAVK PGKPFKVGIV
EPENPGETDK SAEEMNEAEN KGEASGRLIM DFINKANEGK APEDQWKVDL KDGDISNFTI
TPPKSAKAGD FIAIPIEYTY TNGSKDVHWF HFVVQESTYI RPEYDAQVNF PVNEQTSEAK
VAQDTKRISP DHYTLPDTLE TDEAGNKLAT DDKGNKWTVK VDEKTGKVSA KPVDPTAFDG
GEKLTVPVVA HYVDEQKPRE DVTEEVNAYF VIEEKANMTP RYNAKAGKEG DTLSSDVILN
EEDRYNRRPG KFTLDSKTYT DDKGNTWNVS IDETTGKVTA TVPNAEEGKS IDGALLNVPV
TAHYYEEDAE GNKVEAGTKT TEVQFVAYGT NGKVEKTLEI PFETKVEKDP TLKKGEIKVI
TEGKKGSKKV TYTIKDSKID DTKTKEEVIE KAEDRVIHVG EGVNDGTHKI EEKVEIGFET
EIQFDDSLAP GETKEVQKGE AGEKKRDITL TIEDGNVTKT ETGEFTETKA PTKRIIKVGR
NTEGKVEHKE ELPFKYKVEE VDDLKKGEYR IAKPGKVGTK TTTWTIKNSK VDGEPTVTED
PAEDALIQVG KGTNDGTHEV KEKKNIDYKT IIEYDENLDA GQQEVVKEGN PGEQERTNTL
VIKDGQVTET KEGEFKTTKE ATDRVVKIGT KPVTKVVEKP FNTEYVYDEN LESGKTEEVT
PGKNGKVTIT TSYDKDQKKV VTSEKEEKGQ NRVVKIGGKT NGTEKVKEEI PFEVEVRKDP
SLKKGEWKYA KDDEGNELKG EKGEQERTLT IENSKVINTS EPTVTKKAKN AVILVGEGTN
DGTHKIVEKK ELPFETRYEY DDSLEPGEEK VVTPGSPGEQ ERTNTLVIKD GKVVETKEGE
FKTTKKPQER LIKIGRKPSE GETTKTIERE IPYETKVIYD ENLEAGFQKI ENEGKPGKEE
VTITQKIKDS KPVGEATETT KTITEKEDRV VRIGLKPVEK IVELGNDTEY RHNPELKAGE
EKVIEEGSKG SVKYTTTFNK ETGKLEVTEE RVEPKNKVVE YGSKTDGEFT YESEKAYDII
IRENPNLEAG KTNVIQEGKP GKTETTVKIE NSKEVDRTTK TITEKQDKII EIGTKNVCEI
PPVDSDPSKP GEKEDPSKPG EKEDPSKPGE KEDPSKPGEK EDPSKPGEKE DPSKPGEKED
PSKPGEKEDP SKPGEKEDPS KPGEKEDPSK PGEKEDPSKP GEKEEPGKPG ETPEQPGKPG
DPEIPGENTE KPEDPTDPKP NKPGKPNEPG NPEKPEDPKP EKPESPDKTE TPDKSKNPKK
DEGVRIDFAS KKSEKAKEAQ KDNKSNRAPK TGVSGTSGVL VSLFGAASAL FATKKKKKK
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