| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG0433 |
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| Symbol | |
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| ID | 1013235 |
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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 | 447507 |
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| End bp | 451676 |
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| Gene Length | 4170 bp |
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| Protein Length | 1389 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637315638 |
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| Product | surface protein Rib |
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| Protein accession | NP_687467 |
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| Protein GI | 22536616 |
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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
[TIGR01168] Gram-positive signal peptide, YSIRK family
[TIGR02331] Rib/alpha/Esp surface antigen repeat |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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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 | ATGTTTAGAA GGTCTAAAAA TAACAGTTAT GATACTTTAC AGACGAAACA ACGGTTTTCA
ATTAAGAAGT TTAAGTTTGG TGCAGCTTCT GTACTAATTG GTATTAGTTT TTTAGGAGGT
TTTACTCAAG GGCAATTTAA TATTTCTACA GATACTGTGT TTGCAGCTGA AGTAATTTCA
GGAAGTGCTG TTACGTTAAA CACAAATATG ACTAAAAATG TTCAGAATGG TAGAGCATAT
ATAGATTTAT ATGATGTGAA AAATGGGAAA ATAGATCCAT TACAATTAAT TACGTTAAAT
TCACCTGATT TAAAAGCTCA GTATGTCATT AGGCAAGGCG GCAATTATTT CACACAACCT
TCTGAATTGA CTACTGTTGG TGCAGCTAGT ATTAATTATA CAGTATTGAA GACAGATGGA
AGTCCTCATA CGAAGCCTGA TGGACAAGTG GATATTGTAA ACGTTTCATT GACTATTTAC
AATTCTTCAG CTTTGAGAGA TAAAATAGAT GAAGTTAAAA AGAAAGCGGA AGACCCTAAA
TGGGACGAGG GAAGTCGCGA TAAAGTTTTG ATAAGTTTAG ATGATATCAA AACAGATATT
GATAATAATC CTAAGACGCA ATCAGACATT GCCAATAAAA TAACTGAAGT TACTAATTTA
GAAAAAATAC TAGTACCTCG AATCCCAGAT GCCGATAAGA ATGATCCAGC AGGTAAAGAT
CAGCAAGTCA ATGTAGGTGA GACACCGAAG GCAGAAGATT CTATTGGTAA CTTACCAGAT
CTTCCGAAAG GTACAACAGT AGCCTTTGAA ACTCCAGTTG ATACGGCAAC ACCGGGAGAC
AAACCAGCAA AAGTTGTTGT GACTTACCCA GATGGTTCAA AAGATACTGT AGATGTGACT
GTTAAGGTTG TCGATCCACG TACAGATGCC GATAAGAATG ATCCAGCAGG TAAAGATCAG
CAAGTCAATG TAGGTGAGAC ACCGAAGGCA GAAGATTCTA TTGGTAACTT ACCAGATCTT
CCGAAAGGTA CAACAGTAGC CTTTGAAACT CCAGTTGATA CGGCAACACC GGGAGACAAA
CCAGCAAAAG TTGTTGTGAC TTACCCAGAT GGTTCAAAAG ATACTGTAGA TGTGACTGTT
AAGGTTGTCG ATCCACGTAC AGATGCCGAT AAGAATGATC CAGCAGGTAA AGATCAGCAA
GTCAATGTAG GTGAGACACC GAAGGCAGAA GATTCTATTG GTAACTTACC AGATCTTCCG
AAAGGTACAA CAGTAGCCTT TGAAACTCCA GTTGATACGG CAACACCGGG AGACAAACCA
GCAAAAGTTG TTGTGACTTA CCCAGATGGT TCAAAAGATA CTGTAGATGT GACTGTTAAG
GTTGTCGATC CACGTACAGA TGCCGATAAG AATGATCCAG CAGGTAAAGA TCAGCAAGTC
AATGTAGGTG AGACACCGAA GGCAGAAGAT TCTATTGGTA ACTTACCAGA TCTTCCGAAA
GGTACAACAG TAGCCTTTGA AACTCCAGTT GATACGGCAA CACCGGGAGA CAAACCAGCA
AAAGTTGTTG TGACTTACCC AGATGGTTCA AAAGATACTG TAGATGTGAC TGTTAAGGTT
GTCGATCCAC GTACAGATGC CGATAAGAAT GATCCAGCAG GTAAAGATCA GCAAGTCAAT
GTAGGTGAGA CACCGAAGGC AGAAGATTCT ATTGGTAACT TACCAGATCT TCCGAAAGGT
ACAACAGTAG CCTTTGAAAC TCCAGTTGAT ACGGCAACAC CGGGAGACAA ACCAGCAAAA
GTTGTTGTGA CTTACCCAGA TGGTTCAAAA GATACTGTAG ATGTGACTGT TAAGGTTGTC
GATCCACGTA CAGATGCCGA TAAGAATGAT CCAGCAGGTA AAGATCAGCA AGTCAATGTA
GGTGAGACAC CGAAGGCAGA AGATTCTATT GGTAACTTAC CAGATCTTCC GAAAGGTACA
ACAGTAGCCT TTGAAACTCC AGTTGATACG GCAACACCGG GAGACAAACC AGCAAAAGTT
GTTGTGACTT ACCCAGATGG TTCAAAAGAT ACTGTAGATG TGACTGTTAA GGTTGTCGAT
CCACGTACAG ATGCCGATAA GAATGATCCA GCAGGTAAAG ATCAGCAAGT CAATGTAGGT
GAGACACCGA AGGCAGAAGA TTCTATTGGT AACTTACCAG ATCTTCCGAA AGGTACAACA
GTAGCCTTTG AAACTCCAGT TGATACGGCA ACACCGGGAG ACAAACCAGC AAAAGTTGTT
GTGACTTACC CAGATGGTTC AAAAGATACT GTAGATGTGA CTGTTAAGGT TGTCGATCCA
CGTACAGATG CCGATAAGAA TGATCCAGCA GGTAAAGATC AGCAAGTCAA TGTAGGTGAG
ACACCGAAGG CAGAAGATTC TATTGGTAAC TTACCAGATC TTCCGAAAGG TACAACAGTA
GCCTTTGAAA CTCCAGTTGA TACGGCAACA CCGGGAGACA AACCAGCAAA AGTTGTTGTG
ACTTACCCAG ATGGTTCAAA AGATACTGTA GATGTGACTG TTAAGGTTGT CGATCCACGT
ACAGATGCCG ATAAGAATGA TCCAGCAGGT AAAGATCAGC AAGTCAATGT AGGTGAGACA
CCGAAGGCAG AAGATTCTAT TGGTAACTTA CCAGATCTTC CGAAAGGTAC AACAGTAGCC
TTTGAAACTC CAGTTGATAC GGCAACACCG GGAGACAAAC CAGCAAAAGT TGTTGTGACT
TACCCAGATG GTTCAAAAGA TACTGTAGAT GTGACTGTTA AGGTTGTCGA TCCACGTACA
GATGCCGATA AGAATGATCC AGCAGGTAAA GATCAGCAAG TCAATGTAGG TGAGACACCG
AAGGCAGAAG ATTCTATTGG TAACTTACCA GATCTTCCGA AAGGTACAAC AGTAGCCTTT
GAAACTCCAG TTGATACGGC AACACCGGGA GACAAACCAG CAAAAGTTGT TGTGACTTAC
CCAGATGGTT CAAAAGATAC TGTAGATGTG ACTGTTAAGG TTGTCGATCC ACGTACAGAT
GCCGATAAGA ATGATCCAGC AGGTAAAGAT CAGCAAGTCA ATGTAGGTGA GACACCGAAG
GCAGAAGATT CTATTGGTAA CTTACCAGAT CTTCCGAAAG GTACAACAGT AGCCTTTGAA
ACTCCAGTTG ATACGGCAAC ACCGGGAGAC AAACCAGCAA AAGTTGTTGT GACTTACCCA
GATGGTTCAA AAGATACTGT AGATGTGACT GTTAAGGTTG TCGATCCACG TACAGATGCC
GATAAGAATG ATCCAGCAGG TAAAGATCAG CAAGTCAATG TAGGTGAGAC ACCGAAGGCA
GAAGATTCTA TTGGTAACTT ACCAGATCTT CCGAAAGGTA CAACAGTAGC CTTTGAAACT
CCAGTTGATA CGGCAACACC GGGAGACAAA CCAGCAAAAG TTGTTGTGAC TTACCCAGAT
GGTTCAAAAG ATACTGTAGA TGTGACTGTT AAGGTTGTCG ATCCACGTAC AGATGCCGAT
AAGAATGATC CAGCAGGTAA AGATCAGCAA GTCAATGTAG GTGAGACACC GAAGGCAGAA
GATTCTATTG GTAACTTACC AGATCTTCCG AAAGGTACAA CAGTAGCCTT TGAAACTCCA
GTTGATACGG CAACACCGGG AGACAAACCA GCAAAAGTTG TTGTGACTTA CCCAGATGGT
TCAAAAGATA CTGTAGATGT GACTGTTAAG GTTGTCGATC CACGTACAGA TGCCGATAAG
AATGATCCAG CAGGTAAAGA TCAGCAAGTC AATGTAGGTG AGACACCGAA GGCAGAAGAT
TCTATTGGTA ACTTACCAGA TCTTCCGAAA GGTACAACAG TAGCCTTTGA AACTCCAGTT
GATACGGCAA CACCGGGAGA CAAACCAGCA AAAGTTGTTG TGACTTACCC AGATGGTTCA
AAAGATACTG TAGATGTGAC TGTTAAGGTT GTCGATCCAC GTACAGATGC CGATAAGAAT
GATCCAGCAG GTAAAGATCA GCAAGTCAAT GGTAAAGGAA ATAAACTACC AGCAACAGGT
GAGAATGCAA CTCCATTCTT TAATGTTGTA GCTTTGACAA TTATGTCATC AGTTGGTTTA
TTATCTGTTT CTAAGAAAAA AGAGGATTAA
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| Protein sequence | MFRRSKNNSY DTLQTKQRFS IKKFKFGAAS VLIGISFLGG FTQGQFNIST DTVFAAEVIS
GSAVTLNTNM TKNVQNGRAY IDLYDVKNGK IDPLQLITLN SPDLKAQYVI RQGGNYFTQP
SELTTVGAAS INYTVLKTDG SPHTKPDGQV DIVNVSLTIY NSSALRDKID EVKKKAEDPK
WDEGSRDKVL ISLDDIKTDI DNNPKTQSDI ANKITEVTNL EKILVPRIPD ADKNDPAGKD
QQVNVGETPK AEDSIGNLPD LPKGTTVAFE TPVDTATPGD KPAKVVVTYP DGSKDTVDVT
VKVVDPRTDA DKNDPAGKDQ QVNVGETPKA EDSIGNLPDL PKGTTVAFET PVDTATPGDK
PAKVVVTYPD GSKDTVDVTV KVVDPRTDAD KNDPAGKDQQ VNVGETPKAE DSIGNLPDLP
KGTTVAFETP VDTATPGDKP AKVVVTYPDG SKDTVDVTVK VVDPRTDADK NDPAGKDQQV
NVGETPKAED SIGNLPDLPK GTTVAFETPV DTATPGDKPA KVVVTYPDGS KDTVDVTVKV
VDPRTDADKN DPAGKDQQVN VGETPKAEDS IGNLPDLPKG TTVAFETPVD TATPGDKPAK
VVVTYPDGSK DTVDVTVKVV DPRTDADKND PAGKDQQVNV GETPKAEDSI GNLPDLPKGT
TVAFETPVDT ATPGDKPAKV VVTYPDGSKD TVDVTVKVVD PRTDADKNDP AGKDQQVNVG
ETPKAEDSIG NLPDLPKGTT VAFETPVDTA TPGDKPAKVV VTYPDGSKDT VDVTVKVVDP
RTDADKNDPA GKDQQVNVGE TPKAEDSIGN LPDLPKGTTV AFETPVDTAT PGDKPAKVVV
TYPDGSKDTV DVTVKVVDPR TDADKNDPAG KDQQVNVGET PKAEDSIGNL PDLPKGTTVA
FETPVDTATP GDKPAKVVVT YPDGSKDTVD VTVKVVDPRT DADKNDPAGK DQQVNVGETP
KAEDSIGNLP DLPKGTTVAF ETPVDTATPG DKPAKVVVTY PDGSKDTVDV TVKVVDPRTD
ADKNDPAGKD QQVNVGETPK AEDSIGNLPD LPKGTTVAFE TPVDTATPGD KPAKVVVTYP
DGSKDTVDVT VKVVDPRTDA DKNDPAGKDQ QVNVGETPKA EDSIGNLPDL PKGTTVAFET
PVDTATPGDK PAKVVVTYPD GSKDTVDVTV KVVDPRTDAD KNDPAGKDQQ VNVGETPKAE
DSIGNLPDLP KGTTVAFETP VDTATPGDKP AKVVVTYPDG SKDTVDVTVK VVDPRTDADK
NDPAGKDQQV NVGETPKAED SIGNLPDLPK GTTVAFETPV DTATPGDKPA KVVVTYPDGS
KDTVDVTVKV VDPRTDADKN DPAGKDQQVN GKGNKLPATG ENATPFFNVV ALTIMSSVGL
LSVSKKKED
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