| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH1_2723 |
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| Symbol | |
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| ID | 5316833 |
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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 | Staphylococcus aureus subsp. aureus JH1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009632 |
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| Strand | - |
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| Start bp | 2828220 |
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| End bp | 2831201 |
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| Gene Length | 2982 bp |
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| Protein Length | 993 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 640780832 |
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| Product | ABC-2 type transporter |
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| Protein accession | YP_001317832 |
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| Protein GI | 150395157 |
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| COG category | [S] Function unknown |
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| COG ID | [COG1511] Predicted membrane protein |
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| TIGRFAM ID | [TIGR03061] YhgE/Pip N-terminal domain
[TIGR03062] YhgE/Pip C-terminal domain |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGAAGAACG CATTTAAATT ATTTAAAATG GATCTGAAGA AAGTAGCTAA GACGCCAGCT
GTGTGGATTA TCTTAGCAGG CTTAGCTATT TTGCCATCGT TCTACGCTTG GTTTAACTTA
TGGGCAATGT GGGATCCATA TGGCAACACG GGACACATCA AGGTCGCAGT CGTTAATGAA
GATAAAGGCG ACACAATCAG AGGGAAAAAA GTTAATGTCG GTAATACGAT GGTTAATACA
CTCAAGAAAA ATAAAAGTTT TGATTGGCAG TTTGTAAGTA GAGAGAAAGC TGATCATGAG
ATAAAAATGG GTAAATATTT TGCAGGTATT TACATCCCAT CTAAGTTTAC ACATGAAATT
ACCGGGACAC TACGTAAGCA GCCTCAAAAA GCAGATGTAG AATTTAAGGT GAATCAGAAG
ATTAACGCTG TTGCGTCTAA GCTAACAGAT ACTGGTTCGT CAGTTGTCGT TGAAAAAGCG
AATGAACAAT TTAATAAAAC AGTAACTCGA GCATTATTAG AAGAAGCTAA CAAAGCAGGT
TTAACTATTG AAGAAAATGT GCCGACAATT AACAAGATAA AAAATGCGGT ATATTCAGCA
GATAAAGCTT TACCTAAGAT TAATGACTTT GCGAATAAAA TTGTGTATTT GAATAACCAC
CAAGCGGATT TAGATAAATA TGCCAATGAT TTTAGAAAAC TAGGAAATTA TAAAGGTGAT
ATTTTAGATG CTCAGAAAAA ATTAAACGAA GTCAATGGTG CTATTCCGCA ACTTAATGAA
AAGGCTAAGT TGATATTAGC TTTAAATAAT TATATGCCGA AAATTGAAAA AGCGTTAAAT
TTTGCAGCTG ATGACGTGCC AGCGCAGTTC CCTAAAATTA ATCAAGGACT TAACATTGCG
AGTCAAGGGA TTGATCAAGC TAATGGACAG TTAAATGATG CCAAAGGCTT CGTCACACAA
GTTAGAAGTA GAGTCGGTGA TTATCAAGAT GCAATTCGAC GCGCGCAAGA TTTAAATCGA
AGAAACCAGC AACAGATTCC TCAAAATAGC GCGGCGAACA ACGAAACATC AAATAGTTCA
CCTGCAGCTG GTAATGGTGT AGCATCAACG CCACCAAGTG CACCAAGTGG CGATACTGCA
CCAAATAATA ATGTTACGCA AAATACCGCA CCAAATAGTA ATAATGCGCC TGTATCGACT
ACACCACAAA GTACAAGCGG GAAAAAAGAT GGTCAAAGTT TTGCAGATAT AACAACAACA
CAAGTCAGCA CAGCTAACGA GAACACACAA AACATTACAG ATAAAGATGT TAAATCAATG
GAAGCGGCAT TAACGGGCTC TTTATTATCA TTATCAAATA ATTTAGATAC CCAAGCGAAA
GCCGCACAAA AAGATAGTCA GGCATTACGT AATATTTCGT ATGGCATTTT AGCATCGGAC
AAGCCTTCTG ATTTTAGAGA GTCTTTAGAT AATGTTAAGT CCGGTTTAGA ATACACAACG
CAATATAATC AACAATTTAT CGATACATTA AAAGAGATTG AGAAGAATGA AAATGTTGAT
TTATCAAAAG AAATTGATAA GGTAAAAGCA GCTAATAATC GAATTAATGA ATCATTAAGG
TTAGTTAATC AATTAAGCAA TGCATTAAAG AATGGTAGTT CAGGAACTGC TGAAGCTACT
AAATTACTAG ATCAACTTTC AAAACTAGAT TCATCATTAT CATCATTTAG AGATTATGTT
AAAAAAGATC TTAACAGCTC TTTAGTATCA ATATCACAAC GTATTATGGA TGAATTGAAC
AAAGGGCAAA CTGCATTATC CAATGTTCAG TCTAAATTAA ATACAATTGA TCAAGTCATT
AACAGTGGAC AAGCTATTTT AAAAAATGGT AAAACACGTA TTGATCGCTT ACAAACAGTA
TTACCAAGTA TTGAACAACA ATACATTAGT GCTGTTAAAA ATGCTCAAGC AAACTTCCCG
AAAGTGAAAA GTGATGTAGC TAAAGCTGCT AACTTTGTGC GCAATGACTT ACCACAGTTG
GAACAGCGAT TAACTAATGC GACAGCAAGT GTGAATAAAA ATTTACCAAC GTTATTAAAT
GGTTATGATC AAGCGGTAGG ATTACTAAAT AAAAATCAGC CACAAGCGAA AAAGGCTTTA
TCAGATTTAG CTGATTTTTC TCAAAATAAA TTGCCTGATG TTGAAAAAGA TTTGAAAAAA
GCGAATAAAA TTTTCAAGAA ATTAGACAAA GATGATGCAG TCGACAAATT AATCGACACA
CTTAAGAATG ATTTGAAAAA GCAAGCGGGT ATTATTGCAA ATCCTATTAA TAAGAAGACT
GTTGATGTTT TCCCAGTTAA GGATTATGGT TCAGGTATGA CACCATTCTA TACTGCACTG
TCAGTATGGG TAGGTGCACT CTTGATGGTA AGTTTATTAA CGGTTGATAA TAAACATAAG
AGTCTAGAGT CAGTCTTAAC GACAAGACAA GTGTTCTTAG GTAAGGCAGG ATTCTTTATA
ATGCTTGGTA TGTTGCAAGC ACTCATTGTA TCGGTTGGAG ATTTGTTAAT CCTAAAAGCA
GGAGTTGAGT CACCTGTATT ATTTGTACTT ATAACGATTT TCTGTTCGAT TATTTTCAAC
TCAATCGTAT ATACGTGCGT ATCATTACTT GGTAACCCAG GTAAAGCAAT TGCAATCGTA
TTGCTTGTAT TACAAATTGC AGGTGGTGGA GGAACATTCC CAATTCAAAC TACGCCACAA
TTTTTCCAAA ACATTTCGCC ATACTTACCA TTTACGTATG CAATTGATTC ATTACGTGAA
ACAGTAGGCG GTATTGTTCC GGAAATCCTA ATTACAAAAT TAATTATATT AACGTTATTT
GGCATAGGAT TCTTCGTTGT AGGTTTAATT TTAAAACCTG TAACAGATCC ATTGATGAAG
CGCGTATCTG AAAAAGTTGA CCAAAGTAAC GTTACAGAAT AA
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| Protein sequence | MKNAFKLFKM DLKKVAKTPA VWIILAGLAI LPSFYAWFNL WAMWDPYGNT GHIKVAVVNE
DKGDTIRGKK VNVGNTMVNT LKKNKSFDWQ FVSREKADHE IKMGKYFAGI YIPSKFTHEI
TGTLRKQPQK ADVEFKVNQK INAVASKLTD TGSSVVVEKA NEQFNKTVTR ALLEEANKAG
LTIEENVPTI NKIKNAVYSA DKALPKINDF ANKIVYLNNH QADLDKYAND FRKLGNYKGD
ILDAQKKLNE VNGAIPQLNE KAKLILALNN YMPKIEKALN FAADDVPAQF PKINQGLNIA
SQGIDQANGQ LNDAKGFVTQ VRSRVGDYQD AIRRAQDLNR RNQQQIPQNS AANNETSNSS
PAAGNGVAST PPSAPSGDTA PNNNVTQNTA PNSNNAPVST TPQSTSGKKD GQSFADITTT
QVSTANENTQ NITDKDVKSM EAALTGSLLS LSNNLDTQAK AAQKDSQALR NISYGILASD
KPSDFRESLD NVKSGLEYTT QYNQQFIDTL KEIEKNENVD LSKEIDKVKA ANNRINESLR
LVNQLSNALK NGSSGTAEAT KLLDQLSKLD SSLSSFRDYV KKDLNSSLVS ISQRIMDELN
KGQTALSNVQ SKLNTIDQVI NSGQAILKNG KTRIDRLQTV LPSIEQQYIS AVKNAQANFP
KVKSDVAKAA NFVRNDLPQL EQRLTNATAS VNKNLPTLLN GYDQAVGLLN KNQPQAKKAL
SDLADFSQNK LPDVEKDLKK ANKIFKKLDK DDAVDKLIDT LKNDLKKQAG IIANPINKKT
VDVFPVKDYG SGMTPFYTAL SVWVGALLMV SLLTVDNKHK SLESVLTTRQ VFLGKAGFFI
MLGMLQALIV SVGDLLILKA GVESPVLFVL ITIFCSIIFN SIVYTCVSLL GNPGKAIAIV
LLVLQIAGGG GTFPIQTTPQ FFQNISPYLP FTYAIDSLRE TVGGIVPEIL ITKLIILTLF
GIGFFVVGLI LKPVTDPLMK RVSEKVDQSN VTE
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