Primary Evidence: Russell,R.R.B., Aduse-Opuko,J., Sutcliffe,I.C., Tao,L. and Ferretti,J.J. A binding protein-dependent transport system in Streptococcus mutans responsible for multiple sugar metabolism J. Biol. Chem. 267, 4631-4637 (1992) PubMed: 1537846
Russell RR, Ferretti JJ Nucleotide sequence of the dextran glucosidase (dexB) gene of Streptococcus mutans. J Gen Microbiol 1990 May;136 ( Pt 5):803-10 PubMed: 2380687 PMID: 2380687
Aduse-Opoku J, Tao L, Ferretti JJ, Russell RR Biochemical and genetic analysis of Streptococcus mutans alpha-galactosidase. J Gen Microbiol 1991 Apr;137 ( Pt 4):757-64 PubMed: 1649890 PMID: 1649890
Ferretti JJ, Huang TT, Russell RR Sequence analysis of the glucosyltransferase A gene (gtfA) from Streptococcus mutans Ingbritt. Infect Immun 1988 Jun;56(6):1585-8 PubMed: 2967248 PMID: 2967248
Comment: For other components see SMu0732 (MSD1) and (SBP1).
Blast Summary:PSI-Blast Search Matches in gapped BLAST to ABC transporter,ATP-binding proteins : residues 17-224 are 40% similar to the previously published protein in S.mutans (15625431|).
Several matches in gapped BLAST to amino acid ABC transporter, ATP-binding proteins: residues 1-246 are 88% similar to the protein in S.pyogenes (15675264)and are 81% similar to the protein from S.pneumoniae (15903164|).
The best hit to the Streptococcus agalactiae 2603 V/R genome is to SAG1467 (1e-124).
Top Blast Hits:Updated monthly
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COGS Summary:COGS Search BeTs to 8 clades of COG1126
COG name: ABC-type polar amino acid transport system, ATPase component
Functional Class: E
The phylogenetic pattern of COG1126 is a-----vcEB-Huj----inx
Number of proteins in this genome belonging to this COG is 7 Blocks Summary:Blocks Search ***** IPB001140 (ABC transporter transmembrane region) with a combined E-value of 8.1e-35. IPB001140A 20-66 IPB001140B 138-176 IPB001140C 192-221
ProDom Summary:Protein Domain Search Residues 186-224 are 89% similar to a (ATP-BINDING TRANSPORT COMPLETE PROTEOME ABC TRANSPORTER) protein domain (PD000079 which is seen in Q9CES4_LACLA.
Residues 184-225 are 76% similar to a (ATP-BINDING COMPLETE PROTEOME TRANSPORT) protein domain (PD007174 which is seen in Q9JVC3_NEIMA.
Residues 124-198 are 38% similar to a (ATP-BINDING TRANSPORTER ABC ABC-TYPE) protein domain (PD027424 which is seen in YN26_MYCTU.
Residues 84-138 are 50% similar to a (ATP-BINDING TRANSPORT COMPLETE PROTEOME TRANSPORTER ABC) protein domain (PD007166 which is seen in Q9RUM8_DEIRA.
Residues 5-243 are 26% similar to a (ATP-BINDING TRANSPORT COMPLETE MJ0121) protein domain (PD039360 which is seen in O27709_METTH.
Residues 125-218 are 32% similar to a (ATP-BINDING PROTEOME COMPLETE 230AA) protein domain (PD169303 which is seen in Q9WW89_LACLC.
Residues 74-115 are 54% similar to a (ATP-BINDING TRANSPORT PROTEOME ABC) protein domain (PD412673 which is seen in O34677_BACSU.
Residues 184-240 are 59% similar to a (ATP-BINDING TRANSPORT COMPLETE PROTEOME) protein domain (PD255463 which is seen in GLNQ_ECOLI.
Residues 141-220 are 37% similar to a (ATP-BINDING) protein domain (PD397028 which is seen in Q53712_STRAT.
Residues 185-224 are 60% similar to a (ATP-BINDING TRANSPORT PROTEOME COMPLETE) protein domain (PD359629 which is seen in Q9KGD1_BACHD.
Residues 82-114 are 69% similar to a (ATP-BINDING TRANSPORT COMPLETE PROTEOME ABC TRANSPORTER) protein domain (PD259496 which is seen in Q9CES4_LACLA.
Residues 123-234 are 25% similar to a (ABC-BINDING PROTEOME RELATED OLIGOPEPTIDE) protein domain (PD077779 which is seen in Q9HIQ1_THEAC.
Residues 21-71 are 72% similar to a (ATP-BINDING TRANSPORT ABC TRANSPORTER COMPLETE PROTEOME) protein domain (PD000005 which is seen in Q9CES4_LACLA.
Residues 141-183 are 93% similar to a (ATP-BINDING TRANSPORT ABC TRANSPORTER COMPLETE PROTEOME) protein domain (PD000006 which is seen in Q9CES4_LACLA.
Residues 84-139 are 44% similar to a (ATP-BINDING PROTEOME AMINO COMPLETE) protein domain (PD194799 which is seen in Q9PKQ8_CHLMU.