| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG0649 |
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| Symbol | |
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| ID | 1013453 |
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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 | Streptococcus agalactiae 2603V/R |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004116 |
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| Strand | + |
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| Start bp | 636431 |
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| End bp | 639103 |
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| Gene Length | 2673 bp |
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| Protein Length | 890 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637315842 |
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| Product | cell wall surface anchor family protein, putative |
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| Protein accession | NP_687669 |
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| Protein GI | 22536818 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGAAAAAGA GACAAAAAAT ATGGAGAGGG TTATCAGTTA CTTTACTAAT CCTGTCCCAA
ATTCCATTTG GTATATTGGT ACAAGGTGAA ACCCAAGATA CCAATCAAGC ACTTGGAAAA
GTAATTGTTA AAAAAACGGG AGACAATGCT ACACCATTAG GCAAAGCGAC TTTTGTGTTA
AAAAATGACA ATGATAAGTC AGAAACAAGT CACGAAACGG TAGAGGGTTC TGGAGAAGCA
ACCTTTGAAA ACATAAAACC TGGAGACTAC ACATTAAGAG AAGAAACAGC ACCAATTGGT
TATAAAAAAA CTGATAAAAC CTGGAAAGTT AAAGTTGCAG ATAACGGAGC AACAATAATC
GAGGGTATGG ATGCAGATAA AGCAGAGAAA CGAAAAGAAG TTTTGAATGC CCAATATCCA
AAATCAGCTA TTTATGAGGA TACAAAAGAA AATTACCCAT TAGTTAATGT AGAGGGTTCC
AAAGTTGGTG AACAATACAA AGCATTGAAT CCAATAAATG GAAAAGATGG TCGAAGAGAG
ATTGCTGAAG GTTGGTTATC AAAAAAAATT ACAGGGGTCA ATGATCTCGA TAAGAATAAA
TATAAAATTG AATTAACTGT TGAGGGTAAA ACCACTGTTG AAACGAAAGA ACTTAATCAA
CCACTAGATG TCGTTGTGCT ATTAGATAAT TCAAATAGTA TGAATAATGA AAGAGCCAAT
AATTCTCAAA GAGCATTAAA AGCTGGGGAA GCAGTTGAAA AGCTGATTGA TAAAATTACA
TCAAATAAAG ACAATAGAGT AGCTCTTGTG ACATATGCCT CAACCATTTT TGATGGTACT
GAAGCGACCG TATCAAAGGG AGTTGCCGAT CAAAATGGTA AAGCGCTGAA TGATAGTGTA
TCATGGGATT ATCATAAAAC TACTTTTACA GCAACTACAC ATAATTACAG TTATTTAAAT
TTAACAAATG ATGCTAACGA AGTTAATATT CTAAAGTCAA GAATTCCAAA GGAAGCGGAG
CATATAAATG GGGATCGCAC GCTCTATCAA TTTGGTGCGA CATTTACTCA AAAAGCTCTA
ATGAAAGCAA ATGAAATTTT AGAGACACAA AGTTCTAATG CTAGAAAAAA ACTTATTTTT
CACGTAACTG ATGGTGTCCC TACGATGTCT TATGCCATAA ATTTTAATCC TTATATATCA
ACATCTTACC AAAACCAGTT TAATTCTTTT TTAAATAAAA TACCAGATAG AAGTGGTATT
CTCCAAGAGG ATTTTATAAT CAATGGTGAT GATTATCAAA TAGTAAAAGG AGATGGAGAG
AGTTTTAAAC TGTTTTCGGA TAGAAAAGTT CCTGTTACTG GAGGAACGAC ACAAGCAGCT
TATCGAGTAC CGCAAAATCA ACTCTCTGTA ATGAGTAATG AGGGATATGC AATTAATAGT
GGATATATTT ATCTCTATTG GAGAGATTAC AACTGGGTCT ATCCATTTGA TCCTAAGACA
AAGAAAGTTT CTGCAACGAA ACAAATCAAA ACTCATGGTG AGCCAACAAC ATTATACTTT
AATGGAAATA TAAGACCTAA AGGTTATGAC ATTTTTACTG TTGGGATTGG TGTAAACGGA
GATCCTGGTG CAACTCCTCT TGAAGCTGAG AAATTTATGC AATCAATATC AAGTAAAACA
GAAAATTATA CTAATGTTGA TGATACAAAT AAAATTTATG ATGAGCTAAA TAAATACTTT
AAAACAATTG TTGAGGAAAA ACATTCTATT GTTGATGGAA ATGTGACTGA TCCTATGGGA
GAGATGATTG AATTCCAATT AAAAAATGGT CAAAGTTTTA CACATGATGA TTACGTTTTG
GTTGGAAATG ATGGCAGTCA ATTAAAAAAT GGTGTGGCTC TTGGTGGACC AAACAGTGAT
GGGGGAATTT TAAAAGATGT TACAGTGACT TATGATAAGA CATCTCAAAC CATCAAAATC
AATCATTTGA ACTTAGGAAG TGGACAAAAA GTAGTTCTTA CCTATGATGT ACGTTTAAAA
GATAACTATA TAAGTAACAA ATTTTACAAT ACAAATAATC GTACAACGCT AAGTCCGAAG
AGTGAAAAAG AACCAAATAC TATTCGTGAT TTCCCAATTC CCAAAATTCG TGATGTTCGT
GAGTTTCCGG TACTAACCAT CAGTAATCAG AAGAAAATGG GTGAGGTTGA ATTTATTAAA
GTTAATAAAG ACAAACATTC AGAATCGCTT TTGGGAGCTA AGTTTCAACT TCAGATAGAA
AAAGATTTTT CTGGGTATAA GCAATTTGTT CCAGAGGGAA GTGATGTTAC AACAAAGAAT
GATGGTAAAA TTTATTTTAA AGCACTTCAA GATGGTAACT ATAAATTATA TGAAATTTCA
AGTCCAGATG GCTATATAGA GGTTAAAACG AAACCTGTTG TGACATTTAC AATTCAAAAT
GGAGAAGTTA CGAACCTGAA AGCAGATCCA AATGCTAATA AAAATCAAAT CGGGTATCTT
GAAGGAAATG GTAAACATCT TATTACCAAC ACTCCCAAAC GCCCACCAGG TGTTTTTCCT
AAAACAGGGG GAATTGGTAC AATTGTCTAT ATATTAGTTG GTTCTACTTT TATGATACTT
ACCATTTGTT CTTTCCGTCG TAAACAATTG TAA
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| Protein sequence | MKKRQKIWRG LSVTLLILSQ IPFGILVQGE TQDTNQALGK VIVKKTGDNA TPLGKATFVL
KNDNDKSETS HETVEGSGEA TFENIKPGDY TLREETAPIG YKKTDKTWKV KVADNGATII
EGMDADKAEK RKEVLNAQYP KSAIYEDTKE NYPLVNVEGS KVGEQYKALN PINGKDGRRE
IAEGWLSKKI TGVNDLDKNK YKIELTVEGK TTVETKELNQ PLDVVVLLDN SNSMNNERAN
NSQRALKAGE AVEKLIDKIT SNKDNRVALV TYASTIFDGT EATVSKGVAD QNGKALNDSV
SWDYHKTTFT ATTHNYSYLN LTNDANEVNI LKSRIPKEAE HINGDRTLYQ FGATFTQKAL
MKANEILETQ SSNARKKLIF HVTDGVPTMS YAINFNPYIS TSYQNQFNSF LNKIPDRSGI
LQEDFIINGD DYQIVKGDGE SFKLFSDRKV PVTGGTTQAA YRVPQNQLSV MSNEGYAINS
GYIYLYWRDY NWVYPFDPKT KKVSATKQIK THGEPTTLYF NGNIRPKGYD IFTVGIGVNG
DPGATPLEAE KFMQSISSKT ENYTNVDDTN KIYDELNKYF KTIVEEKHSI VDGNVTDPMG
EMIEFQLKNG QSFTHDDYVL VGNDGSQLKN GVALGGPNSD GGILKDVTVT YDKTSQTIKI
NHLNLGSGQK VVLTYDVRLK DNYISNKFYN TNNRTTLSPK SEKEPNTIRD FPIPKIRDVR
EFPVLTISNQ KKMGEVEFIK VNKDKHSESL LGAKFQLQIE KDFSGYKQFV PEGSDVTTKN
DGKIYFKALQ DGNYKLYEIS SPDGYIEVKT KPVVTFTIQN GEVTNLKADP NANKNQIGYL
EGNGKHLITN TPKRPPGVFP KTGGIGTIVY ILVGSTFMIL TICSFRRKQL
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