| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SaurJH9_0271 |
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| Symbol | |
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| ID | 5167351 |
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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 JH9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009487 |
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| Strand | + |
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| Start bp | 326192 |
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| End bp | 330631 |
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| Gene Length | 4440 bp |
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| Protein Length | 1479 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 640564601 |
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| Product | cell divisionFtsK/SpoIIIE |
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| Protein accession | YP_001245654 |
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| Protein GI | 148266711 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1674] DNA segregation ATPase FtsK/SpoIIIE and related proteins |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGCATAAAT TGATTATAAA ATATAACAAA CAATTGAAGA TGCTCAATTT GCGAGATGGT
AAGACATATA CTATTAGCGA AGACGAGCGT GCAGATATTA CGTTGAAATC GTTAGGCGAA
GTCATTCATT TAGAACAAAA TAATCAAGGT ACTTGGCAAG CGAATCATAC TTCTATTAAT
AAGGTGCTTG TTAGAAAAGG TGACCTTGAT GACATTACAT TACAGCTTTA TACAGAAGCT
GATTATGCAT CATTTGCGTA TCCTTCAATT CAAGATACGA TGACAATTGG GCCAAATGCG
TATGATGATA TGGTTATTCA AAGCTTGATG AATGCCATCA TTATTAAAGA TTTTCAATCA
ATACAAGAAT CACAATACGT ACGCATTGTG CACGATAAAA ATACAGATGT GTATATTAAC
TATGAACTAC AAGAGCAATT AACAAACAAA GCTTACATTG GTGATCATAT TTATGTTGAA
GGGATATGGC TCGAAGTACA AGCTGATGGT TTAAATGTAT TGAGTCAGAA TACAGTGGCA
TCGTCATTAA TTCGCTTAAC ACAAGAGATG CCACATGCAC AGGCAGATGA TTACAATACG
TACCATCGTT CGCCAAGGAT TATTCACCGT GAACCGACCG ATGATATTAA GATTGAAAGA
CCGCCACAGC CAATACAGAA GAACAATACA GTGATATGGC GTTCCATTAT ACCGCCATTA
GTAATGATTG CTTTAACTGT TGTCATCTTT TTAGTGAGAC CAATTGGTAT TTATATTTTA
ATGATGATTG GTATGAGTAC AGTAACGATA GTATTTGGTA TTACAACGTA TTTCTCTGAA
AAGAAAAAGT ATAACAAAGA TGTTGAAAAA CGAGAGAAAG ATTACAAAGC TTATTTGGAT
AATAAATCTA AAGAAATTAA TAAAGCGATT AAAGCACAAC GTTTTAGTTT GAATTACCAT
TATCCAACGG TTGCTGAAAT TAAAGATATC GTTGAAACGA AAGCACCAAG AATATATGAA
AAAACATCGC ATCATCACGA TTTCTTACAT TATAAGTTAG GTATTGCGAA TGTAGAAAAG
TCATTCAAAT TAGATTACCA AGAAGAAGAA TTTAACCAAC GTCGTGATGA ACTATTCGAC
GATGCTAAAG AATTGTATGA ATTTTACACA GATGTAGAAC AAGCACCATT AATCAATGAT
TTAAATCATG GACCAATTGC ATATATTGGT GCACGACATC TCATTTTAGA AGAATTGGAG
AAAATGCTAA TCCAATTGTC AACGTTCCAT AGTTATCATG ATTTAGAGTT TCTATTTGTG
ACACGTGAAG ATGAAGTTGA AACATTGAAA TGGGCACGTT GGTTGCCACA TATGACATTG
AGAGGTCAAA ACATTAGAGG GTTTGTTTAC AATCAACGAA CACGTGACCA AATTTTAACG
TCAATTTATA GCATGATTAA AGAACGTATC CAAGCTGTGC GTGAACGCAG CAGAAGTAAT
GAGCAAATTA TTTTCACACC GCAATTAGTG TTTGTCATTA CAGATATGTC ATTAATTATT
GATCATGTCA TTTTAGAATA TGTAAACCAA GATTTATCAG AATATGGTAT TTCATTAATC
TTTGTTGAAG ATGTGATTGA AAGTTTGCCA GAGCATGTAG ATACCATTAT TGATATCAAG
TCTCGTACTG AAGGCGAACT GATTACGAAA GAAAAAGAAT TAGTTCAATT GAAATTTACA
CCTGAAAATA TTGATAACGT TGATAAAGAA TATATCGCGA GACGTTTGGC GAATTTGATA
CACGTCGAAC ATTTGAAAAA TGCAATTCCT GATAGTATTA CATTTTTAGA GATGTATAAC
GTGAAAGAAG TAGATCAGCT TGATGTGGTT AATCGATGGA GACAAAACGA AACATACAAA
ACGATGGCAG TACCTTTAGG TGTAAGAGGT AAAGATGATA TTTTATCATT GAACTTACAT
GAAAAAGCAC ACGGGCCACA TGGTTTAGTT GCTGGTACCA CTGGTTCAGG GAAATCTGAG
ATTATCCAAT CATACATTTT ATCTTTAGCT ATTAATTTTC ATCCACATGA AGTTGCGTTC
CTATTGATTG ACTATAAAGG TGGGGGTATG GCGAACTTAT TTAAAGATTT AGTCCATTTA
GTTGGTACGA TTACAAACTT AGATGGCGAT GAAGCGATGC GTGCCTTAAC ATCAATCAAA
GCCGAATTGA GAAAACGTCA ACGTTTATTC GGAGAGCATG ATGTTAACCA TATTAATCAA
TACCATAAGT TATTTAAAGA AGGTGTTGCA ACAGAACCAA TGCCACATTT ATTCATTATT
TCCGATGAGT TTGCCGAATT AAAATCAGAA CAACCTGATT TTATGAAAGA ACTTGTATCA
ACGGCACGTA TTGGACGTTC GTTAGGTATT CATTTAATAC TTGCGACACA AAAACCATCG
GGTGTTGTTG ATGACCAAAT TTGGTCTAAC TCTAAATTTA AATTGGCATT AAAAGTACAA
GATAGACAAG ACAGTAATGA AATTTTAAAA ACACCAGATG CAGCAGACAT TACATTACCA
GGTCGTGCGT ATTTACAAGT TGGTAATAAT GAAATTTATG AATTATTCCA ATCTGCATGG
AGTGGTGCAA CATATGACAT CGAAGGCGAT AAATTAGAAG TTGAAGATAA GACGATTTAC
ATGATTAATG ACTATGGTCA ACTTCAAGCA ATCAACAAAG ACTTGAGTGG ACTTGAAGAT
GAAGAAACGA AAGAAAACCA AACCGAGTTA GAAGCGGTTA TCGATCATAT CGAATCTATT
ACAACACGAT TAGAAATTGA AGAAGTTAAG CGTCCATGGT TACCACCATT ACCAGAAAAT
GTATATCAAG AAGATTTAGT AGAAACAGAT TTCAGAAAAT TATGGTCAGA TGATGCAAAA
GAAGTGGAAT TAACATTAGG ACTTAAAGAC GTACCAGAAG AACAATATCA AGGACCGATG
GTATTGCAAT TGAAAAAAGC TGGGCACATC GCGTTAATCG GAAGTCCAGG ATATGGTAGA
ACAACGTTCT TACACAACAT TATTTTCGAT GTTGCAAGAC ACCATCGTCC TGATCAAGCA
CACATGTACT TGTTCGATTT CGGTACCAAT GGTTTGATGC CAGTCACAGA TATACCACAT
GTTGCTGATT ATTTTACAGT AGATCAAGAA GACAAGATTG CTAAGGCGAT ACGTATATTT
AATGATGAAA TCGATCGTCG TAAGAAGATT TTAAGTCAGT ATCGTGTTAC TAGTATTTCT
GAATATCGAA AATTAACTGG TGAAACAATT CCGTATGTCT TTATTCTTAT TGATAACTTT
GACGCAGTAA AAGATTCACC TTTCCAAGAA GTTTTTGAAA ATATGATGAT TAAAATGACA
CGTGAAGGGC TAGCATTAGA CATGCAAGTA ACCTTAACTG CTTCAAGAGC TAACGCAATG
AAAACGCCAA TGTACATTAA TATGAAAACG CGTATCGCCA TGTTTTTATA TGATAAATCA
GAGGTGTCGA ACGTAGTAGG GCAACAAAAA TTTGCGGTTA AAGATGTAGT GGGTCGAGCA
TTGTTAAGTA GTGATGACAA TGTATCATTC CATATTGGCC AACCATTTAA ACATGATGAG
ACTAAATCAT ATAATGATCA AATTAATGAT GAAGTATCGG CGATGACAGA ATTTTATAAA
GGTGAAACAC CAAATGATAT TCCTATGATG CCAGATGAAA TTAAATATGA AGATTACAGA
GAATCATTAA GCTTACCAGA TATAGTTGCC AATGGTGCTT TACCAATTGG ATTAGATTAT
GAAGGTGTTA CACTACAAAA AATTAAATTA ACTGAACCAG CAATGATTTC ATCAGAAAAT
CCGAGAGAAA TTGCGCATAT TGCCGAAATT ATGATGAAAG AAATTGACAT ATTAAATGAA
AAATATGCGA TTTGTATCGC AGACTCAAGT GGAGAGTTTA AAGCTTATAG GCATCAAGTG
GCTAACTTTG CCGAAGAAAG AGAAGACATT AAAGCGATTC ATCAACTAAT GATTGAAGAC
TTAAAACAAA GAGAAATGGA CGGTCCATTT GAAAAAGATT CACTTTACAT TATCAATGAT
TTTAAAACAT ATATTGATTG CACGTATATC CCGGAAGATG ATGTTAAAAA GCTTATTACA
AAAGGACCAG AACTTGGCTT GAACATTTTA TTTGTCGGCA TTCATAAAGA ATTAATAGAT
GCTTATGATA AACAGATTGA TGTTGCACGT AAAATGATTA ACCAATTTAG TATAGGTATT
CGTATTTCAG ACCAACAATT CTTTAAATTT AGATTTATTC AACGAGAACC TGTTATTAAA
GAAAACGAAG CGTATATGGT CGCGAATCAA GCTTATCAAA AGATTAGATG GTTTAAATAG
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| Protein sequence | MHKLIIKYNK QLKMLNLRDG KTYTISEDER ADITLKSLGE VIHLEQNNQG TWQANHTSIN
KVLVRKGDLD DITLQLYTEA DYASFAYPSI QDTMTIGPNA YDDMVIQSLM NAIIIKDFQS
IQESQYVRIV HDKNTDVYIN YELQEQLTNK AYIGDHIYVE GIWLEVQADG LNVLSQNTVA
SSLIRLTQEM PHAQADDYNT YHRSPRIIHR EPTDDIKIER PPQPIQKNNT VIWRSIIPPL
VMIALTVVIF LVRPIGIYIL MMIGMSTVTI VFGITTYFSE KKKYNKDVEK REKDYKAYLD
NKSKEINKAI KAQRFSLNYH YPTVAEIKDI VETKAPRIYE KTSHHHDFLH YKLGIANVEK
SFKLDYQEEE FNQRRDELFD DAKELYEFYT DVEQAPLIND LNHGPIAYIG ARHLILEELE
KMLIQLSTFH SYHDLEFLFV TREDEVETLK WARWLPHMTL RGQNIRGFVY NQRTRDQILT
SIYSMIKERI QAVRERSRSN EQIIFTPQLV FVITDMSLII DHVILEYVNQ DLSEYGISLI
FVEDVIESLP EHVDTIIDIK SRTEGELITK EKELVQLKFT PENIDNVDKE YIARRLANLI
HVEHLKNAIP DSITFLEMYN VKEVDQLDVV NRWRQNETYK TMAVPLGVRG KDDILSLNLH
EKAHGPHGLV AGTTGSGKSE IIQSYILSLA INFHPHEVAF LLIDYKGGGM ANLFKDLVHL
VGTITNLDGD EAMRALTSIK AELRKRQRLF GEHDVNHINQ YHKLFKEGVA TEPMPHLFII
SDEFAELKSE QPDFMKELVS TARIGRSLGI HLILATQKPS GVVDDQIWSN SKFKLALKVQ
DRQDSNEILK TPDAADITLP GRAYLQVGNN EIYELFQSAW SGATYDIEGD KLEVEDKTIY
MINDYGQLQA INKDLSGLED EETKENQTEL EAVIDHIESI TTRLEIEEVK RPWLPPLPEN
VYQEDLVETD FRKLWSDDAK EVELTLGLKD VPEEQYQGPM VLQLKKAGHI ALIGSPGYGR
TTFLHNIIFD VARHHRPDQA HMYLFDFGTN GLMPVTDIPH VADYFTVDQE DKIAKAIRIF
NDEIDRRKKI LSQYRVTSIS EYRKLTGETI PYVFILIDNF DAVKDSPFQE VFENMMIKMT
REGLALDMQV TLTASRANAM KTPMYINMKT RIAMFLYDKS EVSNVVGQQK FAVKDVVGRA
LLSSDDNVSF HIGQPFKHDE TKSYNDQIND EVSAMTEFYK GETPNDIPMM PDEIKYEDYR
ESLSLPDIVA NGALPIGLDY EGVTLQKIKL TEPAMISSEN PREIAHIAEI MMKEIDILNE
KYAICIADSS GEFKAYRHQV ANFAEEREDI KAIHQLMIED LKQREMDGPF EKDSLYIIND
FKTYIDCTYI PEDDVKKLIT KGPELGLNIL FVGIHKELID AYDKQIDVAR KMINQFSIGI
RISDQQFFKF RFIQREPVIK ENEAYMVANQ AYQKIRWFK
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