For each species, the Type strain, as well as two additional well-characterized reference strains, were included. The numbers of identified proteins, peptides and species-unique peptides after analyses with TCUP are shown (averages of triplicate analyses). The accuracies (%), i.e. proportion of correctly assigned peptides of the total number of species-unique peptides, are also shown. For a confirmed identification, a minimum threshold of five peptide matches per species was used.</p
<p>For protein identification by peptide mass fingerprinting (PMF), a significant Mascot score (P≤0....
The concept of signature peptide approach to proteomics was evaluated in this work. By study E. coli...
Abstract Proteome analyses are often hampered by the low amount of available starting material like...
The number of species-unique peptide matches and accuracies (%), using the two databases are shown i...
Peptides detected and identified in triplicate analysis of one of the twelve experimental strains, S...
Cells of S. pneumoniae and S. pseudopneumoniae or S. mitis were mixed in ratios of 1:1. Following sa...
Proteotyping results, following MS-proteomic analyses of strains of S. aureus (A), P. aeruginosa (B)...
Modern microbial systematics requires a range of methodologies for the comprehensive characterizatio...
Modern microbial systematics requires a range of methodologies for the comprehensive characterizatio...
Bottom-up proteomics is increasingly being used to characterize unknown environmental, clinical, and...
We tested whether proteome reference maps established for one species can be used for cross-species ...
<p>Data are presented for species individually and for the total of all three species combined. The ...
Abstract Background Proteomic protein identification results need to be compared across laboratories...
<p>(a) Relationship between specific growth rates and total copy numbers of the 110 enzymes investig...
A range of methodologies may be used for analyzing bacteria, depending on the purpose and the level ...
<p>For protein identification by peptide mass fingerprinting (PMF), a significant Mascot score (P≤0....
The concept of signature peptide approach to proteomics was evaluated in this work. By study E. coli...
Abstract Proteome analyses are often hampered by the low amount of available starting material like...
The number of species-unique peptide matches and accuracies (%), using the two databases are shown i...
Peptides detected and identified in triplicate analysis of one of the twelve experimental strains, S...
Cells of S. pneumoniae and S. pseudopneumoniae or S. mitis were mixed in ratios of 1:1. Following sa...
Proteotyping results, following MS-proteomic analyses of strains of S. aureus (A), P. aeruginosa (B)...
Modern microbial systematics requires a range of methodologies for the comprehensive characterizatio...
Modern microbial systematics requires a range of methodologies for the comprehensive characterizatio...
Bottom-up proteomics is increasingly being used to characterize unknown environmental, clinical, and...
We tested whether proteome reference maps established for one species can be used for cross-species ...
<p>Data are presented for species individually and for the total of all three species combined. The ...
Abstract Background Proteomic protein identification results need to be compared across laboratories...
<p>(a) Relationship between specific growth rates and total copy numbers of the 110 enzymes investig...
A range of methodologies may be used for analyzing bacteria, depending on the purpose and the level ...
<p>For protein identification by peptide mass fingerprinting (PMF), a significant Mascot score (P≤0....
The concept of signature peptide approach to proteomics was evaluated in this work. By study E. coli...
Abstract Proteome analyses are often hampered by the low amount of available starting material like...