Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | SaurJH9_2010 |
Symbol | |
ID | 5167348 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Staphylococcus aureus subsp. aureus JH9 |
Kingdom | Bacteria |
Replicon accession | NC_009487 |
Strand | - |
Start bp | 2141077 |
End bp | 2145609 |
Gene Length | 4533 bp |
Protein Length | 1510 aa |
Translation table | 11 |
GC content | 37% |
IMG OID | 640566386 |
Product | TP901 family phage tail tape measure protein |
Protein accession | YP_001247370 |
Protein GI | 148268427 |
COG category | [S] Function unknown |
COG ID | [COG5412] Phage-related protein |
TIGRFAM ID | [TIGR01760] phage tail tape measure protein, TP901 family, core region |
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Plasmid Coverage information |
Num covering plasmid clones | 10 |
Plasmid unclonability p-value | 1 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | n/a |
Fosmid unclonability p-value | n/a |
Fosmid Hitchhiker | n/a |
Fosmid clonability | n/a |
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Sequence |
Gene sequence | ATGGGAGAAA GAATAAAAGG TTTATCTATA GGTTTGGATT TAGATGCAGC AAATTTAAAT AGATCATTTG CAGAAATCAA ACGAAACTTT AAAACTTTAA ATTCTGACTT AAAGTTAACC GGTAACAACT TCAAATATAC CGAAAAATCA ACTCATAGTT ACAAACAAAG GATTAAAGAA CTTGATGGAA CTATCACAGG TTATAAGAAA AACGTTGATG ATTTAGCCAA GCAATATGGC AAGGTATCTC AAGAACAGGG CGAAAACAGC GCGGAAGCTC AAAAATTACG ACAAGAATAT AACAAACAAG CAAATGAGCT GAATTTTTTA GAAAAAGAAC TAGAAAAAAC AACAACTGAG TTTGAAGAGT TCAAAAAAGC TCAAGTTGAA GCTCAAAGAA TGGCAGAAAG TGGCTGGGGA AAAACCAGTA AAGTTTTTGA AAGTATGGGA CCTAAATTAA CAAAAATGGG TGATGGTTTA AAATCCATTG GTAAAGGTTT GATGATTGGT GTAACTGCAC CTGTTTTAGG TATTGCAGCA GCATCAGGAA AAGCTTTTGC AGAAGTTGAT AAAGGTTTAG ATACAGTTAC CCAAGCAACA GGAGCAACCG GCGGAGAGCT TAAGAAGTTG CAGAATTCAT TTAAAGATGT TTATGGCAAC TTTCCAGAAG ACGCTGAGAC TGTAGGCGGT GTTTTAGGGG AAGTTAACAC AAGGTTAGGT TTCACTGGCA AAGAACTTGA GAGTGCCACA GAGTCATTCT TGAAATTTAG TCACATAACA GGTTCTGACG GCGTACAAGC CGTTCAATTA ATTACGCGTG CAATGGGTGA TGCAGGTATT GAAGCTGATG AGTATCAAAG TGTACTTGAT ATGGTAGCGA AAGCAGCACA GGCTAGCGGT ATAAGTGTTG ATACATTAGC TGATAGCATT ACTAAATACG GTGCTCCAAT GAGGGCTATG GGCTTTGAGA TGAAAGAATC AATCGCTTTA TTCTCTCAAT GGGAGAAATC AGGTGTTAAT ACTGAAATAG CCTTCAGTGG TTTGAAAAAA GCTATATCCA ATTGGGGTAA AGCGGGTAAA GACCCAAGAG AAGAATTTAA GAAGACATTA GCAGAAATTG AAAGGACACC GGATATAGCT AGCGCAACAA GTTTAGCGAT TGAAGCATTT GGTGCAAAAG CAGGTCCTGA TTTAGCAGAT GCTATTAAAG GCGGTCGCTT TAGTTACCAA GAGTTCTTAA AAACTATCGA AGATTCGCAA GGAACGGTCA ATCAGACATT TAAAGATTCT GAAAGTGGCT CCGAAAGATT TAAAGTAGCA ATGAATAAAC TTAAATTAGT AGGTGCTGAT GTATGGGCTT CTATTGAAAG TGCGTTTGCT CCAGTCATGG AAGAATTAAT CAAAAAGCTA TCTGTAGCAG TTGATTGGTT TTCAAGTTTA AGTGATGGAT CTAAAAGGTC GATTGTTATA TTCGGTGGTA TTGCTGCTGC AATTGGTCCT GTAGTTTTTG GATTAGGTGC ATTCATAAGC ACAGTTGGCA ACGCAGTAAC TGTATTAGCT CCATTATTAG CTAGTATTGC AAAGGCTGAC GGATTGATTA GTTTTTTATC AACTAAAGTG CCTATTTTAG GAACAGTCTT CACAGCATTA ACTGGTCCAA TTGGTATCGT GTTAGGTGTA CTGGCTGGTT TAGCAGTCGC ATTTACAATA GCTTATAAGA AATCTGAAAC ATTCAGAAAT TTTGTTAATG GTGCAATTAA CAGTGTTAAA CAAACGTTTA GTAATTTCAT TCAATTTATC CAACCTTTCA TTGATTCCGT TAAAAACGTC TTTAAACAAG CGGTTTCAGC AATCGTTGAT TTCGCTAAAG ATATTTGGAG TCAAATTAAT GGATTCTTTA ATGAAAACGG AATTTCTATT GTTCAAGCGC TTCAAAATAT ATGCAATTTT ATCAAAGCTA TATTTGAATT TATCTTAAAT TTTGTAATTA AACCAATCAT GTTTGCGATT TGGCAAGTGA TGCAATTTAT TTGGCCGGCG GTTAAAGCCT TGATTGTCAG TACTTGGGAG AATATAAAAG GAGTAATACA AGGTGCTTTA AATATCATAC TTGGCTTTAT CAAGTTCTTT TCAAGTTTAT TCACTGGTAA TTGGCGAGGT GTTTGGGACG GTATTGTGAT GATACTAAAA GGCACTGTGC AGTTAATTTG GAATTTAATA CAACTGTGGT TTGTAGGTAA GATTCTAGGT GTTGTTAGAT ACTTTGGTGG ATTGCTTAAA GGTTTAATAT CCGGTATCTG GGGTGTTATC AAAGGTATTT TCACAAAATC ATTATCTGCA ATTTGGAATG CAACGAAAAG TATTTTCGGT TTCTTATACA ATAGTGTTAA ATCTATTTTC ACTAATATGA AAAACTGGTT ATCTAGTACG TGGAATAATA TCAAAAGCAA TACCGTCGGC AAGGCTCATT CGTTATTTAC GGGTGTAAGG TCTAAATTCA CAAGTTTATG GAATGCGACG AAAGATATAT TTACTAAGTT AAGAAATTGG ATGTCAAACA TCTGGAACTC TATTAAAGAT AACACGGTAG GTATAGCTGG TCGTTTGTGG GATAAAGTAC GTAATATCTT CGGAAACATG CGTGACGGTT TAAAATCTAT CATTGGTAAA ATTAAAGATC ATATCGGCGG TATGGTAGAT GCTATTAAAA AAGGACTTAA TAAATTAATT GAAGGCTTAA ACTGGGTCGG TGGTAAGTTA GGTATGGATG AAATACCTAG GTTACACACT GGTACAGAGC ACACACATAC TACTACAAGA TTAGTTAAGA ACGGTAAGAT TGCACGTGAT ACATTCGCTA CAGTTGGGGA TAAAGGACGT GGAAATGGTC CAAATGGTTT TAGAAATGAA ATGATTGAAT TCCCTAATGG TAAACGTGTA ATCACACCTA ATACAGACAC TACTGCTTAT TTACCTAAAG GCTCAAAAGT ATACAACGGT GCACAAACTT ATTCAATGTT AAACGGAACG CTTCCGAGAT TTCATTTCGG TACTACTATG TGGAAAGATA TTAAATCTAG TGCATCATCG GCATTTAACT GGACAAAAGA TCAAATAGGT AAAGGTACCA AATGGCTTGG CGATAAAGTT GGCGATGTTT TAGATTTTAT GGAAAATCCA GGCAAACTTT TAAATTATAT ACTTGAAGCT TTTGGAATTG ATTTCAATTC TTTAACTAAA GGTATGGGAA TTGCAGGCGA CATAACAAAA GCTGCATGGT CTAAGATTAA GAAAAGTGCT ACTGATTGGA TAAAAGAAAA TTTAGAAGCT ATGGGCGGTG GCGATTTAGT CGGTGGAATA TTAGACCCTG ACAAAATTAA TTATCATTAT GGACGTACCG CAGCTTATAC CGCTGCAACT GGAAGACCAT TTCATGAAGG TGTCGATTTT CCATTTGTAT ATCAAGAAGT TAGAACGCCG ATGGGTGGCA GACTTACAAG AATGCCATTT ATGTCTGGTG GTTATGGTAA TTATGTAAAA ATTACTAGTG GAGTTATCGA TATGCTATTT GCGCATTTGA AAAACTTTAG CAAATCACCA CCTAGTGGCA CGATGGTAAA GCCCGGTGAT GTTGTTGGTT TAACTGGTAA TACCGGATTT AGTACAGGAC CACATTTACA TTTTGAAATG AGGAGAAATG GACGACATTT TGACCCTGAA CCATATTTAA GGAATGCTAA GAAAAAAGGT AGGTTATCAA TTGGTGGCGG TGGCGCTACT TCTGGAAGTG GTGCAACTTA TGCCAGCCGA GTAATCCGAC AAGCACAAAG TATTTTAGGA GGACGTTATA AAGGTAAGTG GATTCATGAC CAGATGATGC GAGTTGCAAA GCGCGAAAGT AACTATCAAT CAAATGCAGT GAATAATTGG GACATTAATG CTCAAAGAGG AGACCCGTCT AGAGGATTAT TCCAAATTAT CGGCTCAACT TTTAGAGCTA ACGCTAAACG AGGGTACACT AATTATAATA ATCCAGTACA TCAAGGTATC TCAGCAATGC AGTACATTGT TAGACGATAT GGTTGGGGTG GTTTTAAACG TGCTGGTGAT TACGCATATG CTACAGGTGG AAAAGTTTTT GATGGTTGGT ATAACTTAGG TGAAGACGGT CATCCAGAAT GGATTATTCC AACAGATCCA GCTCGTAAAA ATGATGCAAT GAAGATGTTG CATTATGCAG CAGCAGAAGT AAGAGGGAGA AAAGCGAGTA AAAATAAGCG TCCTAGTCAA TTGTCTAATG TAAATGGGTT TGATGACCCA AGCTTATTAT TGAAAATGAT TGAACAACAG CAACAACAAA TAGCTTTATT ACTGAAGATA GCGCAATCTA ACGATGTGAT TGCAGATAAA GATTATCAGC CGATTATTGA CGAATACGCT TTTGATAAAA AGGTGAACGC GTCTATAGAA AAGCGAGAAA GGCAAGAATC AACAAAAGTA AAGTTTAGAA AAGGAGGAAT TGCTATTCAA TGA
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Protein sequence | MGERIKGLSI GLDLDAANLN RSFAEIKRNF KTLNSDLKLT GNNFKYTEKS THSYKQRIKE LDGTITGYKK NVDDLAKQYG KVSQEQGENS AEAQKLRQEY NKQANELNFL EKELEKTTTE FEEFKKAQVE AQRMAESGWG KTSKVFESMG PKLTKMGDGL KSIGKGLMIG VTAPVLGIAA ASGKAFAEVD KGLDTVTQAT GATGGELKKL QNSFKDVYGN FPEDAETVGG VLGEVNTRLG FTGKELESAT ESFLKFSHIT GSDGVQAVQL ITRAMGDAGI EADEYQSVLD MVAKAAQASG ISVDTLADSI TKYGAPMRAM GFEMKESIAL FSQWEKSGVN TEIAFSGLKK AISNWGKAGK DPREEFKKTL AEIERTPDIA SATSLAIEAF GAKAGPDLAD AIKGGRFSYQ EFLKTIEDSQ GTVNQTFKDS ESGSERFKVA MNKLKLVGAD VWASIESAFA PVMEELIKKL SVAVDWFSSL SDGSKRSIVI FGGIAAAIGP VVFGLGAFIS TVGNAVTVLA PLLASIAKAD GLISFLSTKV PILGTVFTAL TGPIGIVLGV LAGLAVAFTI AYKKSETFRN FVNGAINSVK QTFSNFIQFI QPFIDSVKNV FKQAVSAIVD FAKDIWSQIN GFFNENGISI VQALQNICNF IKAIFEFILN FVIKPIMFAI WQVMQFIWPA VKALIVSTWE NIKGVIQGAL NIILGFIKFF SSLFTGNWRG VWDGIVMILK GTVQLIWNLI QLWFVGKILG VVRYFGGLLK GLISGIWGVI KGIFTKSLSA IWNATKSIFG FLYNSVKSIF TNMKNWLSST WNNIKSNTVG KAHSLFTGVR SKFTSLWNAT KDIFTKLRNW MSNIWNSIKD NTVGIAGRLW DKVRNIFGNM RDGLKSIIGK IKDHIGGMVD AIKKGLNKLI EGLNWVGGKL GMDEIPRLHT GTEHTHTTTR LVKNGKIARD TFATVGDKGR GNGPNGFRNE MIEFPNGKRV ITPNTDTTAY LPKGSKVYNG AQTYSMLNGT LPRFHFGTTM WKDIKSSASS AFNWTKDQIG KGTKWLGDKV GDVLDFMENP GKLLNYILEA FGIDFNSLTK GMGIAGDITK AAWSKIKKSA TDWIKENLEA MGGGDLVGGI LDPDKINYHY GRTAAYTAAT GRPFHEGVDF PFVYQEVRTP MGGRLTRMPF MSGGYGNYVK ITSGVIDMLF AHLKNFSKSP PSGTMVKPGD VVGLTGNTGF STGPHLHFEM RRNGRHFDPE PYLRNAKKKG RLSIGGGGAT SGSGATYASR VIRQAQSILG GRYKGKWIHD QMMRVAKRES NYQSNAVNNW DINAQRGDPS RGLFQIIGST FRANAKRGYT NYNNPVHQGI SAMQYIVRRY GWGGFKRAGD YAYATGGKVF DGWYNLGEDG HPEWIIPTDP ARKNDAMKML HYAAAEVRGR KASKNKRPSQ LSNVNGFDDP SLLLKMIEQQ QQQIALLLKI AQSNDVIADK DYQPIIDEYA FDKKVNASIE KRERQESTKV KFRKGGIAIQ
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