| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG1462 |
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| Symbol | |
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| ID | 1014271 |
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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 | 1478371 |
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| End bp | 1481283 |
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| Gene Length | 2913 bp |
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| Protein Length | 970 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637316635 |
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| Product | cell wall surface anchor family protein |
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| Protein accession | NP_688457 |
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| Protein GI | 22537606 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5422] RhoGEF, Guanine nucleotide exchange factor for Rho/Rac/Cdc42-like GTPases |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGTCCCAAA AGACTTTTGG CAAGCAGTTA ACAGTTGTAG ATACTAAGAG TAGAGTCAAG
ATGCATAAAT CAGAAAAAAA CTGGGTAAGA ACAGTAATGT CGCATTTTAA TCTATTTAAA
GCGATTAAAG GGAGAGCAAC TGTTGAAGCA GATGTGTGTA TTCAAGATGT TGAAAAAGAA
GACCGACTAT CTTCAGGAAA TTTGACCTAT CTCAAAGGAA TACTAGCTGC TGGAGCTCTG
GTAGGTGGAG CGAGTTTAAC CAGTCGTGTT TATGCAGATG AGACTCCAGT TGTTCAAGAA
CAATCAAGTT CTGTACCAAC ACTGGCAGAA CAAACGGAAG TGACTGTTAA AACAACTACT
GTTCAAAATC ATCAAGATGG GACAGTATCG AAAAACATTA TTGATTCTAA TAGTGTATCT
ATGTCAGAGT CAGCCTCAAC AAGTACTAGT GAATCTGTAA GTATGTCTAT GTCAGGGTCA
ACTTTAACAA GTGTAAGTGA ATCTGTAAGT ACATCTGCTT TAACAAGTGC TTCAGAATCG
ATAAGCACGT CAGCCTCAGA AAGTGTTTCA AAATCTACAA GTATTAGTGA GGTTTCAAAT
ATTCTTGAAA CTCAAGCTTC TTTAACTGAT AAAGGAAGAG AGTCGTTTTC GGCAAACCAG
ATAGTAACAG AAAGTAGCTT AGTTACTGAT GCTGGTAAAA ATGCTTCAGT ATCTAGCCTA
ATTGAAATTA CAAAACCAAA ATCGGAGTTA CAGACTTCCA AAATGTCAAA TGAGTCGCTT
ATAACTCCAG AGAAATCCCA AGTAATGATT GCAAGCGATA AAACTGGGAA TGAGAGTCTA
ACTCCGACAA TTAGATTAAA ATCAGTTATT CAGCCAAGGA GTATGAACTT GATGACTTTG
AGTTCGGAGA TGGACTTGAT ACCACTAGAA GAAGTGTCTG ATACTGAAAT GTTAGGTAAA
GATGTATCAA GCGAGTTGCA GAAAGTTAAT ATTGCGTTAA AAGATAACAC TCTTAGTGAG
CCTGGAACAG TTAAATTAGA TAGTTCAGAA AACCTTGTTT TGAACTTTGC CTTTTCAATC
GCTTCTGTTA ACGAGGGAGA TGTCTTTACT GTAAAGCTTT CTGATAACCT TGACACACAA
GGGATTGGTA CTATTCTAAA AGTTCAAGAT ATAATGGATG AAACGGGGCA GTTATTAGCG
ACTGGGTCAT ATAGTCCTTT AACACATAAT ATTACATACA CCTGGACAAG GTATGCTTCT
ACGTTGAATA ATATTAAAGC TAGAGTCAAT ATGCCAGTTT GGCCTGACCA GAGAATAATT
TCTAAAACAA CTTCAGATAA GCAGTGCTTT ACTGCAACAT TGAACAATCA AGTTGCTTCA
ATTGAGGAAC GTGTTCAGTA TAATAGTCCT TCAGTGACAG AACATACTAA TGTTAAGACA
AATGTAAGAT CTCGGATCAT GAAGCTTGAT GATGAAAGAC AGACAGAAAC TTATATTACT
CAAATTAATC CTGAAGGTAA GGAAATGTAT TTCGCATCAG GACTTGGGAA TCTATATACT
ATTATCGGTT CAGATGGAAC ATCAGGTTCA CCAGTTAATT TATTAAATGC GGAAGTAAAG
ATTCTAAAAA CTAATTCAAA AAATCTTACA GATAGTATGG ATCAAAATTA TGATTCGCCT
GAGTTTGAAG ATGTGACTTC CCAGTATAGT TATACTAACG ATGGTTCTAA AATTACCATA
GATTGGAAAA CAAATTCTAT TTCTTCCACT ACATCTTATG TTGTTTTGGT CAAAATACCT
AAACAAAGTG GTGTATTGTA TTCAACTGTT TCTGATATAA ATCAAACATA TGGTTCTAAA
TATTCTTATG GGCATACGAA TATAAGTGGT GACTCAGATG CGAATGCCGA AATTAAACTT
TTATCAGAAA GTGCTTCTAC GAGTGCGTCG ACGTCAGCAA GTACCAGCGC TTCCATGAGT
GCCTCGACAT CAGCAAGTAC CAGCGCTTCC ATGAGTGCGT CGACGTCAGC CAGCACCAGT
GCTTCAACAA GTGCAAGTAT GAGTGCTTCA ACAAGTGCAA GTACCAGCGC CTCAACCAGT
GCCAGTACCA GTGCTTCCAC CTCAGCAAGT ATGAGCGCCT CAACAAGTGC AAGTACTAGC
GCTTCCACAA GTGCCAGTAC CAGTGCATCC ACGTCAGCAA GTACTAGCGC CTCAATGAGT
GCCTCGACGT CAGCCAGCAC CAGTGCTTCC ACAAGTGCAA GTACTAGCGC CTCAATGAGT
GCCTCGACGT CAGCCAGCAC CAGTGCTTCC ACAAGTGCAA GTACTAGCGC CTCAATGAGT
GCCTCGACGT CAGCCAGCAC CAGTGCTTCC ACAAGTGCAA GTACTAGCGC CTCAATGAGT
GCCTCGACGT CAGCCAGCAC CAGTGCTTCC ACAAGTGCAA GTACTAGCGC CTCAATGAGT
GCCTCGACGT CAGCCAGCAC CAGCGCTTCA ACGAGTGCGT CAATGTCAGC CAGCACCAGT
GCTTCAACCA GTGCCTCGAT GTCAGCCAGC ACTAGCGCTT CAACGAGTGC GTCAATGTCA
GCCAGCACAA GTGCTTCAAC AAGTGCCTCG ATGTCAGCCA GCACAAGTGC TTCAACAAGT
GCCTCGATGT CAGCCAGCAC TAGCGCTTCA ATGAGTGCCA CGACGTCAGC CAGCACCAGC
GTCTCAACGA GTGCATCGAC ATCAGCAAGT ACCAGCGCTT CCACAAGTTC TTCAAGCTCA
GTGACTTCTA ATTCATCAAA AGAGAAGGTG TATTCTGCCT TACCTTCTAC GGGTGACCAA
GATTATTCTG TAACTGCTAC TGCCTTAGGT TTAGGTTTAA TGACTGGTGC AACCCTTTTG
GGACGAAAAA AATCTAAAAA AGATAAAGAC TAA
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| Protein sequence | MSQKTFGKQL TVVDTKSRVK MHKSEKNWVR TVMSHFNLFK AIKGRATVEA DVCIQDVEKE
DRLSSGNLTY LKGILAAGAL VGGASLTSRV YADETPVVQE QSSSVPTLAE QTEVTVKTTT
VQNHQDGTVS KNIIDSNSVS MSESASTSTS ESVSMSMSGS TLTSVSESVS TSALTSASES
ISTSASESVS KSTSISEVSN ILETQASLTD KGRESFSANQ IVTESSLVTD AGKNASVSSL
IEITKPKSEL QTSKMSNESL ITPEKSQVMI ASDKTGNESL TPTIRLKSVI QPRSMNLMTL
SSEMDLIPLE EVSDTEMLGK DVSSELQKVN IALKDNTLSE PGTVKLDSSE NLVLNFAFSI
ASVNEGDVFT VKLSDNLDTQ GIGTILKVQD IMDETGQLLA TGSYSPLTHN ITYTWTRYAS
TLNNIKARVN MPVWPDQRII SKTTSDKQCF TATLNNQVAS IEERVQYNSP SVTEHTNVKT
NVRSRIMKLD DERQTETYIT QINPEGKEMY FASGLGNLYT IIGSDGTSGS PVNLLNAEVK
ILKTNSKNLT DSMDQNYDSP EFEDVTSQYS YTNDGSKITI DWKTNSISST TSYVVLVKIP
KQSGVLYSTV SDINQTYGSK YSYGHTNISG DSDANAEIKL LSESASTSAS TSASTSASMS
ASTSASTSAS MSASTSASTS ASTSASMSAS TSASTSASTS ASTSASTSAS MSASTSASTS
ASTSASTSAS TSASTSASMS ASTSASTSAS TSASTSASMS ASTSASTSAS TSASTSASMS
ASTSASTSAS TSASTSASMS ASTSASTSAS TSASTSASMS ASTSASTSAS TSASMSASTS
ASTSASMSAS TSASTSASMS ASTSASTSAS MSASTSASTS ASMSASTSAS MSATTSASTS
VSTSASTSAS TSASTSSSSS VTSNSSKEKV YSALPSTGDQ DYSVTATALG LGLMTGATLL
GRKKSKKDKD
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