| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SERP2281 |
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| Symbol | |
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| ID | 3241091 |
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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 epidermidis RP62A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002976 |
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| Strand | - |
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| Start bp | 2316305 |
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| End bp | 2321917 |
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| Gene Length | 5613 bp |
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| Protein Length | 1870 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637168961 |
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| Product | serine threonine rich antigen |
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| Protein accession | YP_189831 |
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| Protein GI | 57865710 |
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| COG category | [J] Translation, ribosomal structure and biogenesis
[T] Signal transduction mechanisms |
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| COG ID | [COG5099] RNA-binding protein of the Puf family, translational repressor
[COG5422] RhoGEF, Guanine nucleotide exchange factor for Rho/Rac/Cdc42-like GTPases |
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| TIGRFAM ID | |
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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 | ATGACAAAGA AAGAAAAGGA TTATAAAAAA AGTCTTGAGC AACAAAAAAC ACGGGTAAAA
ATATACAAGT CAGGAAAAAG CTGGGTAAAA GCAAGTATTA ATGAAATAGA ATTGTTAAAA
ACAATGGGGC TACCATTTTT AAGTAAAAAC GAAATACAAG AAAATGTGAC TGAAAAGACG
AAAGGTCATA AATTAAAAAA AAGTGCAGCT AAAACAACAG CCCTAGTTGG TGGAGCATTT
ACATTTAATA TGTTGAATAA TCATCAAGCA TTTGCTGCCT CAGAAACACC AATCACCTCT
GAAATTTCAT CCAATAGTGA GACAGTAGCC AATCAAAATT CAACTACGAT TAAGAACTCA
CAAAAAGAAA CAGTCAATTC TACAAGTTTG GAATCTAACC ATTCTAATAG TACAAATAAG
CAAATGTCTT CAGAAGTTAC AAATACAGCT CAATCCAGTG AAAAAGCTGG AATTAGTCAA
CAAAGTAGTG AAACATCAAA TCAATCATCT AAGTTAAATA CATATGCCTC CACAGACCAT
GTAGAGAGTA CAACTATTAA CAATGATAAT ACTGCACAAC AAGATCAAAA TAAGTCTTCG
AATGTAACCT CTAAGTCAAC ACAATCAAAC ACGTCATCCT CAGAAAAGAA CATTAGCTCC
AATTTAACCC AGTCAATCGA AACAAAAGCA ACCGATTCAT TAGCGACTAG TGAAGCACGT
ACTAGTACAA ATCAAATATC TAATCTGACA TCAACATCTA CTTCGAATCA ATCGAGTCCT
ACTTCCTTTG CAAATTTAAG AACATTTAGT AGATTTACTG TTTTGAATAC GATGGCAGCA
CCGACAACAA CATCAACGAC AACAACTTCA AGTCTGACAT CTAATTCTGT TGTGGTGAAC
AAAGATAACT TTAATGAACA TATGAATCTA TCTGGATCTG CGACGTATGA TCCTAAAACA
GGTATTGCTA CCTTAACGCC AGACGCATAT AGTCAAAAGG GTGCCATATC TTTAAACACT
CGATTAGATT CAAACCGTAG CTTCCGTTTT ATAGGTAAAG TTAACCTTGG TAATAGATAT
GAAGGTTATT CTCCTGATGG TGTAGCAGGT GGAGATGGCA TTGGCTTTGC ATTTTCACCA
GGCCCTTTAG GACAGATAGG TAAAGAAGGG GCTGCCGTTG GAATAGGCGG TTTGAATAAT
GCCTTTGGTT TTAAATTGGA TACGTATCAT AACACATCAA CTCCTAGATC TGATGCTAAA
GCAAAAGCAG ATCCACGTAA TGTTGGTGGT GGTGGTGCTT TTGGTGCCTT CGTAAGTACA
GATAGAAATG GTATGGCTAC CACTGAGGAA TCAACTGCGG CTAAATTAAA TGTACAACCT
ACTGACAATT CATTCCAAGA TTTTGTCATT GACTATAATG GTGATACAAA AGTGATGACA
GTGACGTACG CTGGACAAAC CTTTACGAGA AATCTTACAG ATTGGATAAA AAACAGTGGG
GGTACGACGT TTTCTCTATC TATGACTGCC TCAACTGGTG GCGCAAAAAA TTTACAACAA
GTTCAATTTG GAACATTCGA GTATACAGAA TCAGCTGTTG CTAAAGTACG CTATGTAGAT
GCAAATACTG GTAAGGATAT TATCCCGCCT AAAACCATTG CAGGTGAAGT TGACGGGACT
GTAAATATAG ATAAACAATT GAACAATTTT AAAAATTTAG GTTACAGTTA TGTGGGGACA
GATGCCTTAA AAGCACCAAA TTATACAGAA ACGTCAGGTA CACCTACACT TAAATTAACT
AACTCAAGCC AAACGGTGAT TTATAAATTC AAAGATGTTC AAGGTCCTCA AATTAGTGTT
GATAGTCAAA CTAGAGAAGT TGGAAAGACC ATTAATCCAA TTACAATTAC TACAACTGAC
AATAGTAAAG ACGTATTAAC TACAACTGTG ACAGGTCTAC CTTCAGGGTT ATCTTTTGAT
CAAACGACTA ATACAATTAT TGGCACGCCA AGTGAAGTAG GAACTACAAC TGTGACAGTT
AATACTACTG ATGCTACTGG GAACGTAACA TCTAAGCAAT TTACAATAAC GATTCAAGAT
ACAATCAGCC CTGTTGTAAA TGTGACGCCA AGTCAAGCAT CAGAGGTTTT CACGCCGATT
AATCCAATTA CGATAACTGC TACAGATAAT AGTGGCAAAG TGGTAACGCA TACAGTAACT
GGATTGCCAC AAGGACTTAA ATTTGATGCA TCTACGAATT CAATTGTTGG AACTCCAACT
CAAATAGGAA CAAATACAAT CACGATTGAG TCAACGGATG CGAGTGGAAA TAAAACTACG
ACTAAAATTA ATTATGAAGT AACGAGAAAT AGCGCAAGTG ACTCTACTTC CACTAGCATA
GTAAATAGTG TTTCAACAAG TATAAGTAAT AGTACATCGC TAAGTGATAG TGTAAAAGCG
AGTCAATCAT TATCAACAAA AGAATCAACA AGTAAGAGTC TCTCAGGTTC GTTAAGTGCG
TCAACGTCGA ATAGTGCATC AATAAAAGCG AGTGAATCAG CAAGCACAAG TAAGAAGTTA
TCAGAATCAG CGAGTACGTC GATGTCTGAT AGCGCATCAA TAAAAGCGAG CGAATCAGCA
AGTACAAGTA AGAAGTTATC AGAATCAGCG AGTACGTCAA CGTCTGATAG CGCATCAATA
AAAGCAAGCG AATCAGCAAG TACAAGTAAG AAGTTATCAG AATCAGCGAG TACGTCGATG
TCTGATAGCG TATCAATAAA AGCGAGCGAA TCAGCGAGTA CAAGTAAGAA GTTATCAGAA
TCAGCGAGTA CGTCGACGTC TGATAGCGCA TCAACCCAAG CAAGCGAATC AGCAAGTACA
AGTAAAAAGT TATCAGAATC AACGAGTACG TCGACTTCAG ATAGTGCATC AACATCAACG
AGTGAGAGTG ACTCAACAAG TGAAAGTACA TCGTTAAGTG ACTCGACAAG TGCGAGTCTT
TCAGAATCGA CAAGTACATC AACATCCGAC AGTGCGTCCA CATCAACGAG TGAGAGTGAC
TCAAACAGTA CAAGTACGTC ATTGAGTGAG TCGACAAGCA CAAGTCTTTC AGAATCAACG
AGTACGTCAA CATCAGATAG TGCGTCAACG TCAGCAAGTG TGAGTGACTC CAATAGCGCA
AGTACGTCAT TAAGAGAATC GACAAGTACG AGTCTTTCAG ACTCAACAAG TACATCGACA
TCTGACAGTG CGTCAACATC AACGAGCGAG AGCGACTCCG ATAGCGCAAG TACATCGTTG
AGTGGCTCAT CAAGTACAAG CGTTTCAGAT TCAACAAGCG CGTCAACATC AGAAAGTGCA
TCAACGTCAA CGAGCATAAG TGACTCAAAC AGTACAAGTA CGTCATTAAG TGAATCGACA
AGTACGAGTC TTTCAGAATC AACGAGTACG TCTACATCCG ACAGTGCATC CACATCAATG
AGTGTAAGCG ACTCAAATAG TGCCAGCATA TCTTTAAGTG AGTCGACAAG CACAAGCGTT
TCAGATTCAA CAAGTACATC GACATCAGAA AGTGCATCAA CGTCAACGAG CGAGAGTGAC
TCCAATAGCG CAAGTACGTC ATTAAGTGAG TCGACAAGCA CAAGCGTTTC AGATTCAACA
AGCACATCGA CATCAGACAG TGCGTCAACA TCAACGAGCG TAAGTGATTC CAATAGCGCA
AGTACGTCAT TGAGTGAGTC GACAAGCACA AGCATCTCAG ATTCAACAAG CACGTCGACA
TCAGACAGTG CGTCAACATC AACAAGTGTG AGTGAGTCAA GCAGTACAAG TAAGAAGTTA
TCAGAATCAG CGAGTACGTC GATGTCTGAT AGCGCATCTG CATCAACGAG TGAATCAAAC
AGTACAAGTA CGTCATTAAG TGGCTCGACA AGTACGAGTC TTTCAGGATC AACGAGTACA
TCGACTTCAG AAAGTGCGTC AACATCAACG AGCGTAAGTG ACTCCAATAG CGCAAGTACG
TCATTAAGTG AATCGACAAG TACGAGTCTT TCAGACTCAA CGAGTACATC GACATCAGAT
AGTACGTCTG CATCAACAAG TGAGAGTGAC TCAAACAGTA CAAGCACATC CATGAGTGAA
TCATTAAGCA CAAGCGTTTC AGATTCAACA AGTACGTCAA CGTCAGACAG TGCATCAACG
TCAACAAGTG TGAGTGACTC CAATAGCGCA AGTACGTCAT TAAGTGATTC AACAAGTACA
AGCATTTCAG ACTCAACGAG TGCGTCGACA TCAGATAGTG CGTCAGAGTC AGCAAGCGAG
AGTGAATCAA CAAGTGAAAG TACATCGGTA AGTGAATCAT CAAGTACAAG CGTTTCAGAT
TCAACAAGTA CATCGACATC AGAAAGTGCA TCAACGTCAA CAAGCGAGAG TGAATCAACA
AGTGAAAGTA CATCGGTAAG TGAATCATCA AGTACAAGCG TTTCAGATTC AACAAGTACA
TCGACATCAG AAAGTGCATC AACGTCAACA AGCGAGAGTG AATCAACAAG TGAAAGTACG
TCATTAAGTG GATCATCAAG TACAAGCGTT TCAGATTCAA CAAGTACGTC AACGTCAGAA
AGTGCATCAA CGTCAACGAG TGTGAGCGAC TCAAATAGTA CAAGTACGTC ATTAAGTGAA
TCGACAAGTA CGAGTCTTTC AAACTCAACA AGTACGTCAA CATCAGACAG TGCATCAACG
TCAACGAGTG TGAGCGACTC CAATAGCGCA AGTACATCGT TGAGTGGCTC ATTAAGCACA
AACGTTTCAG ATTCAACAAG CACATCGACA TCAGACAGTG CTTCAACGTC AACAAGCGAG
AGTGACTCGA ACAGTGCAAG CACATCGCTA AGTGGATCAT TAAGTACAAG CATTTCAGAC
TCAACGAGTA CGTCGACATC AGACAGTGCG TCCACATCCA CATCAGAAAG TGCATCCACA
TCAACGAGTG TGAGTGAGTC AGACAGTGAA AGTACATCCA TGAGTGTGAG TGACTCGAAT
AGTACAAGTA CATCATTGAG TGACTCGACA AGTACGAGCG TTTCAGACTC AACAAGAACA
TCAACATCCG ATAGTGCATC TACATCAAAG AGTGTAAGTG AGTCAAACAG CGCCAGTACA
TCGGTAAGTG GCTCAACAAG TACAAGCATT TCAGATTCAT CAAGCACGTC CACATCAATG
AGTACATCTG AAACTTTCAC TTCTCAATCT CCTATAAATA GTGAAAGTCA ATTTATTGGT
GATAGCTTGT CTGAAGATAC AATCGTGACT CAATCAAAAA ATACGAATAT GCTTAATAAA
ACTGGAAAAG ATTATGATTT ACAAGAACAA AGAGGTTATA CTGATTCAGA ACAACACAAT
GAAACACAAA GTAATCAAGC TGATAATCAC TCAAACAACC TCGATTTACT TCATCAAAAT
CGTTTACAAG ATAAAGTCGT TAAACAACCG ACTAAAGGAG AAGATGGAGT TGTAAGCAAC
GGTTTTATAG TAGCAGTAGC AATAGTATTG GCTATCTTCG GTTTGGCAAA AAAATCTAGA
AAAGACGATG ATGATCAAGA TGGTAGTAAA TAA
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| Protein sequence | MTKKEKDYKK SLEQQKTRVK IYKSGKSWVK ASINEIELLK TMGLPFLSKN EIQENVTEKT
KGHKLKKSAA KTTALVGGAF TFNMLNNHQA FAASETPITS EISSNSETVA NQNSTTIKNS
QKETVNSTSL ESNHSNSTNK QMSSEVTNTA QSSEKAGISQ QSSETSNQSS KLNTYASTDH
VESTTINNDN TAQQDQNKSS NVTSKSTQSN TSSSEKNISS NLTQSIETKA TDSLATSEAR
TSTNQISNLT STSTSNQSSP TSFANLRTFS RFTVLNTMAA PTTTSTTTTS SLTSNSVVVN
KDNFNEHMNL SGSATYDPKT GIATLTPDAY SQKGAISLNT RLDSNRSFRF IGKVNLGNRY
EGYSPDGVAG GDGIGFAFSP GPLGQIGKEG AAVGIGGLNN AFGFKLDTYH NTSTPRSDAK
AKADPRNVGG GGAFGAFVST DRNGMATTEE STAAKLNVQP TDNSFQDFVI DYNGDTKVMT
VTYAGQTFTR NLTDWIKNSG GTTFSLSMTA STGGAKNLQQ VQFGTFEYTE SAVAKVRYVD
ANTGKDIIPP KTIAGEVDGT VNIDKQLNNF KNLGYSYVGT DALKAPNYTE TSGTPTLKLT
NSSQTVIYKF KDVQGPQISV DSQTREVGKT INPITITTTD NSKDVLTTTV TGLPSGLSFD
QTTNTIIGTP SEVGTTTVTV NTTDATGNVT SKQFTITIQD TISPVVNVTP SQASEVFTPI
NPITITATDN SGKVVTHTVT GLPQGLKFDA STNSIVGTPT QIGTNTITIE STDASGNKTT
TKINYEVTRN SASDSTSTSI VNSVSTSISN STSLSDSVKA SQSLSTKEST SKSLSGSLSA
STSNSASIKA SESASTSKKL SESASTSMSD SASIKASESA STSKKLSESA STSTSDSASI
KASESASTSK KLSESASTSM SDSVSIKASE SASTSKKLSE SASTSTSDSA STQASESAST
SKKLSESTST STSDSASTST SESDSTSEST SLSDSTSASL SESTSTSTSD SASTSTSESD
SNSTSTSLSE STSTSLSEST STSTSDSAST SASVSDSNSA STSLRESTST SLSDSTSTST
SDSASTSTSE SDSDSASTSL SGSSSTSVSD STSASTSESA STSTSISDSN STSTSLSEST
STSLSESTST STSDSASTSM SVSDSNSASI SLSESTSTSV SDSTSTSTSE SASTSTSESD
SNSASTSLSE STSTSVSDST STSTSDSAST STSVSDSNSA STSLSESTST SISDSTSTST
SDSASTSTSV SESSSTSKKL SESASTSMSD SASASTSESN STSTSLSGST STSLSGSTST
STSESASTST SVSDSNSAST SLSESTSTSL SDSTSTSTSD STSASTSESD SNSTSTSMSE
SLSTSVSDST STSTSDSAST STSVSDSNSA STSLSDSTST SISDSTSAST SDSASESASE
SESTSESTSV SESSSTSVSD STSTSTSESA STSTSESEST SESTSVSESS STSVSDSTST
STSESASTST SESESTSEST SLSGSSSTSV SDSTSTSTSE SASTSTSVSD SNSTSTSLSE
STSTSLSNST STSTSDSAST STSVSDSNSA STSLSGSLST NVSDSTSTST SDSASTSTSE
SDSNSASTSL SGSLSTSISD STSTSTSDSA STSTSESAST STSVSESDSE STSMSVSDSN
STSTSLSDST STSVSDSTRT STSDSASTSK SVSESNSAST SVSGSTSTSI SDSSSTSTSM
STSETFTSQS PINSESQFIG DSLSEDTIVT QSKNTNMLNK TGKDYDLQEQ RGYTDSEQHN
ETQSNQADNH SNNLDLLHQN RLQDKVVKQP TKGEDGVVSN GFIVAVAIVL AIFGLAKKSR
KDDDDQDGSK
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