<p>The similarity to the human proteome is shown for proteins (A) from Gram-positive bacteria that are predicted to localize to the cell wall, and (B) from Gram-negative bacteria that are predicted to localize to the outer membrane. Bacterial 5-mers that were found more than ten times in the human proteome are not represented. The length in one direction of the error bar associated with each point represents the standard deviation of the measurements that were averaged to calculate that point.</p
The fundamental goal of proteomics is to gain an understanding of the expression and function of the...
<p>The relative rates of flexible, constrained and non-conserved disorder in the human proteome are ...
<p>The average degree, betweenness and shortest path length properties of human proteins targeted by...
<p>Relative similarity to the human proteome of the bacteria in set 1 (all bacteria sequenced to dat...
<p>Relative similarity to the human proteome of the bacteria in set 2 a (bacteria that cause acute i...
<div><p>Numerous aspects of the relationship between bacteria and human have been investigated. One ...
Numerous aspects of the relationship between bacteria and human have been investigated. One aspect t...
<p>All bacteria in set 1 were used in creating this histogram. Each bar represents the number of bac...
The rapid increasing number of completed bacterial genomes provides a good opportunity to compare th...
We test the hypothesis that organisms sourced from different environments exhibit unique fingerprint...
The rapid increasing number of completed bacterial genomes provides a good op-portunity to compare t...
<p>The predicted numbers of (A) membrane (mem), (B) potentially surface exposed (pse), and (C) secre...
Proteomics data provide unique insights into biological systems, including the predominant subcellul...
On the abundance of intrinsically disordered proteins in the human proteome and its relation to dise...
The comparison of proteomes between genetically heterogeneous bacterial strains may offer valuable i...
The fundamental goal of proteomics is to gain an understanding of the expression and function of the...
<p>The relative rates of flexible, constrained and non-conserved disorder in the human proteome are ...
<p>The average degree, betweenness and shortest path length properties of human proteins targeted by...
<p>Relative similarity to the human proteome of the bacteria in set 1 (all bacteria sequenced to dat...
<p>Relative similarity to the human proteome of the bacteria in set 2 a (bacteria that cause acute i...
<div><p>Numerous aspects of the relationship between bacteria and human have been investigated. One ...
Numerous aspects of the relationship between bacteria and human have been investigated. One aspect t...
<p>All bacteria in set 1 were used in creating this histogram. Each bar represents the number of bac...
The rapid increasing number of completed bacterial genomes provides a good opportunity to compare th...
We test the hypothesis that organisms sourced from different environments exhibit unique fingerprint...
The rapid increasing number of completed bacterial genomes provides a good op-portunity to compare t...
<p>The predicted numbers of (A) membrane (mem), (B) potentially surface exposed (pse), and (C) secre...
Proteomics data provide unique insights into biological systems, including the predominant subcellul...
On the abundance of intrinsically disordered proteins in the human proteome and its relation to dise...
The comparison of proteomes between genetically heterogeneous bacterial strains may offer valuable i...
The fundamental goal of proteomics is to gain an understanding of the expression and function of the...
<p>The relative rates of flexible, constrained and non-conserved disorder in the human proteome are ...
<p>The average degree, betweenness and shortest path length properties of human proteins targeted by...