| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_1744 |
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| Symbol | |
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| ID | 8368660 |
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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 | 4632 |
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| End bp | 7214 |
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| Gene Length | 2583 bp |
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| Protein Length | 860 aa |
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| Translation table | 11 |
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| GC content | 27% |
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| IMG OID | 644984676 |
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| Product | serine/threonine protein kinase |
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| Protein accession | YP_003142327 |
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| Protein GI | 256821128 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.00380667 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGGATTTTA GGTATATGGG ATATTTGAAA CCGGATAATA AATTTTATGA AGATAGCAAT
AATTTATCAA AACAATATCA AATAAATAGT AATATTTTAA AAAATTATGA AATTATTACC
GATAACGAAC ATTGGACAAT GTGTATGTAT AAGAATGATA AACTTCCAAC ACAAGGATGG
AAAATTCATA TATCTACTAA ATATGAAGAT GCACAAAGTA TTTTGAATGA AGTTTCAAAT
TTTCTATGGA AAAAAGAAAT TTCTTTTAAG TATGTAAAAA GAGAAGACTT GTTATTTTTA
AAAAATTCTA AGTATGGAGA TCGCTCTTCT TCTGGTAAAT TTATTACGAT TTATCCGCAC
AATGAGAAGG AATTTATTGA TCTTTTAGAT TCATTGGATT GTATTGTAAA AAGATTTGAG
AATGGGCCCT ACATATTAAG CGACAAAAGA TGGAAAGATG GAAATGTTTT TTTCAGATAT
GGAGGTTTTG AAAAGATAAT AAAAGAGATT AAAGGTAAGG AATTATATTG TATAAGAAAT
ACAGAGGGTG AATTGATAGA AGATGTGAGA AAACCATACT ATATACTTCC AGATTTCGTT
AAAGAACCTA AAGAAGTGTT AGAAATGGAA AAAAATGTAA ATCAAAAAGA TGAAGGAGAG
AATAAATTCG ATAAATTTAA GATAACTAAT GCTTTACATT TCAGCAATGG TGGGGGTGTT
TATGAAGCAT TGCAAAAATC AACTGGTCTT AAAGTTGTTA TAAAGGAAGC TAGACCAGAA
GCTGGATTAG ATGCTAATTA TAGAGATGCA GTGTATAGGT TAAAAAAGGA AGATTATGTT
TTAAGAAAAT TAAAATTTTC AAAGTATACG CCAGATTATA TTGATTTTTT TAAAGCCTGG
GAAAATTATT TTTTAGTTGA ACAATTTGTG GAAGGAGGTC AATTAACTAG CTGGATTTCA
AAAAATTATC CTTTTTCATA TGATTCATCA AATACATATA AATATTTGGA TTCCGCAAAA
AAAATTATTA AAAATATTAT AAATGGTTTA TCTGAAATTC ATAAACAAGG TATTGGATTT
GGAGATTTAC AACCATCAAA TATTTTGATC AGTAAAGAAC TTGATGTTAA ATTTATAGAT
TTTGAAACAT CAAGTAACTT ATTAGAAAAC TTAAAGCCTT CACTAATGAC ACCTGGATTT
GTAGATGGAA GAACTACTAA TGTAAAAGAA AGTGATTGGT TTGGTGCAAT TCAGCTTATT
AAGTATATAT TTTTACCAAT TGGACCTGTT GATTTATTGG ATGATAAATT AAGAAATAAT
CACTATGAAT ATATTGGAAA ATTATATGGT GAAGACATAA AGAAGTTTGT TTTAGATATG
ACAAATAAGT GTATAGAAAG TTGTCAATTT GAATCAAAAG AATTAATAAC TGTTTTAAAA
TATGATAGTC AAATGAAAAC TAATAATAAA TTTAGTGATG AAAAAGTTTT AGGTATAGTA
TCGAAACTGG CTAATGGAAT TAAATATGAC ATTTCTAATT CAGAAGGTAT TTTTTCTCAT
GGAGATATCA GAGTCTATAT TCATAAAATG GGAAAGTATA ATATATTAAC TGGAGCATAT
GGAGTAATAA ATTCATTATA TTCAGCAAAT AAAATAGATG AAACATGCAT GGAATGGGTT
AAGTCAAATT GCGATTTTTC TGAGTATGAT GAGTGGGGAC TTTTTACTGG AAGAACAGGG
ATAGCGTCAG TGCTGTTTAA ATTGGGATTT ATAGAAGAAT TTGAACAAAC TGTTGATGAG
TTAAAGTCGT ATATTTATAA CAAATTAGAT ACCTTTAATG ATATTTCAAT TTTATCTGGA
TTATCAGGAA TGGGGTTGTT TTTATTAAGT TATTATCATA AGGCACCATT AGAGCGTAGA
GAAGAAATAA TGGATGTCCT AAATAATATT GTTTCTAAAA TTAAAAATTT ATTTGAATTA
GATATCGAAC TTACTTCATA TGATTTAGAT TTCGTACCTA TGGGATTTTT TGAAGGATGG
TCGGGTGTTG CATATTTTGT AATTAAATTA TATAAAGTTA CGAAGGATAA AGAATTAGAA
AAGCTAGCAA ATAGAATGAT AAAGAAAGAA TTAAAGAACT GCATGGAAAA TCCATTGGAT
AAGTCACTAA ATATAAGTGA TGGTAAACGA CTGTTACCAT ATATATTAGG GGGTAGTGCT
GGAATTATAT ATACTTTAGA TGAATATAAA AATATATTTG ACGAAGAGTT TGAGGTTTAT
AAAAATAAGA TTTTAAAGGT GATAAATAGT AGATGTTTTT ATGGAGTTGG ATTATTCAGA
GGCGCTATCG GTTTAGCTAC GCTTTTACCT TATATTGATG ATTTAAATAT ACGAAATAAA
TATAGAGATA TATGTTTAGA AAAGTTGAAT TTATTTTTGG TAGATGAAGA TGATAAGATC
TTTACACCAG GAGATTTTTC ATATAGGTTA TCTTCTGATT TGTTTTCTGG AAGTGCAGGT
ATTATTGCTG TTTTATTAGA TCTCATTAAT AAAGAGAAAA TATCATGGTT ACCTATAGTT
TGA
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| Protein sequence | MDFRYMGYLK PDNKFYEDSN NLSKQYQINS NILKNYEIIT DNEHWTMCMY KNDKLPTQGW
KIHISTKYED AQSILNEVSN FLWKKEISFK YVKREDLLFL KNSKYGDRSS SGKFITIYPH
NEKEFIDLLD SLDCIVKRFE NGPYILSDKR WKDGNVFFRY GGFEKIIKEI KGKELYCIRN
TEGELIEDVR KPYYILPDFV KEPKEVLEME KNVNQKDEGE NKFDKFKITN ALHFSNGGGV
YEALQKSTGL KVVIKEARPE AGLDANYRDA VYRLKKEDYV LRKLKFSKYT PDYIDFFKAW
ENYFLVEQFV EGGQLTSWIS KNYPFSYDSS NTYKYLDSAK KIIKNIINGL SEIHKQGIGF
GDLQPSNILI SKELDVKFID FETSSNLLEN LKPSLMTPGF VDGRTTNVKE SDWFGAIQLI
KYIFLPIGPV DLLDDKLRNN HYEYIGKLYG EDIKKFVLDM TNKCIESCQF ESKELITVLK
YDSQMKTNNK FSDEKVLGIV SKLANGIKYD ISNSEGIFSH GDIRVYIHKM GKYNILTGAY
GVINSLYSAN KIDETCMEWV KSNCDFSEYD EWGLFTGRTG IASVLFKLGF IEEFEQTVDE
LKSYIYNKLD TFNDISILSG LSGMGLFLLS YYHKAPLERR EEIMDVLNNI VSKIKNLFEL
DIELTSYDLD FVPMGFFEGW SGVAYFVIKL YKVTKDKELE KLANRMIKKE LKNCMENPLD
KSLNISDGKR LLPYILGGSA GIIYTLDEYK NIFDEEFEVY KNKILKVINS RCFYGVGLFR
GAIGLATLLP YIDDLNIRNK YRDICLEKLN LFLVDEDDKI FTPGDFSYRL SSDLFSGSAG
IIAVLLDLIN KEKISWLPIV
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