<p>Colors in graph A and table B are related. A. Plot shows the number of proteins reported in databases in relationship with immune response. B. Grid represents either controls or microconidia concentrations in each treatment column (microconidia/mL). Column at the left of the protein name provides the color of the biological function. Some proteins have two or more functions, but for immune activity we selected two, including immune response. The column at the right of the protein name shows the concentration level of peptides. Gray represents an unknown function, but the protein domains were identified as follows: purple, catabolic process; blue, oxidation-reduction; yellow, immune response; green, storage; and red, transport.</p
<p>One of the major challenges in modern biology is the use of large omics datasets for the characte...
<p>The proteins marked in blue were found in the serum dataset, those marked in green in both tumor ...
<p>Colored keys represent the fold changes (log<sub>2</sub> transformed counts) of gene expression b...
<p>Network immune system process diagram depicting GO categories enriched in the caput (blue) and ca...
Red bars represent the proportion of proteins found in the tegument samples, and grey bars represent...
<p>Modes of action are shown in different colors. Differentially expressed proteins are represented ...
<p>Pie chart showing biological processes of 70 proteins identified with high confidence in all the ...
<p>The network highlights proteins involved in immune response. Proteins in green highlight a 2-fold...
<p>(A) Shape and relation legend. (B) Inflammatory response, cell-to-cell signaling and interaction,...
<p>Venn diagrams indicate numbers of sharing and upregulated (A) and downregulated (B) proteins in D...
<p>The network was visualized using Cytoscape software. upregulated proteins are indicated in red, a...
<p>The plot represents a comparative data expression level of the quantitative peptide concentration...
<p>ClueGO plugin of Cytoscape was used to generate a functional network (biological process). Node s...
<p>Network biological process diagram indicating functional enrichment of GO categories for proteins...
<p><b>(A)</b> Representative 2-D gel showing spot numbers of identified proteins. Red spots represen...
<p>One of the major challenges in modern biology is the use of large omics datasets for the characte...
<p>The proteins marked in blue were found in the serum dataset, those marked in green in both tumor ...
<p>Colored keys represent the fold changes (log<sub>2</sub> transformed counts) of gene expression b...
<p>Network immune system process diagram depicting GO categories enriched in the caput (blue) and ca...
Red bars represent the proportion of proteins found in the tegument samples, and grey bars represent...
<p>Modes of action are shown in different colors. Differentially expressed proteins are represented ...
<p>Pie chart showing biological processes of 70 proteins identified with high confidence in all the ...
<p>The network highlights proteins involved in immune response. Proteins in green highlight a 2-fold...
<p>(A) Shape and relation legend. (B) Inflammatory response, cell-to-cell signaling and interaction,...
<p>Venn diagrams indicate numbers of sharing and upregulated (A) and downregulated (B) proteins in D...
<p>The network was visualized using Cytoscape software. upregulated proteins are indicated in red, a...
<p>The plot represents a comparative data expression level of the quantitative peptide concentration...
<p>ClueGO plugin of Cytoscape was used to generate a functional network (biological process). Node s...
<p>Network biological process diagram indicating functional enrichment of GO categories for proteins...
<p><b>(A)</b> Representative 2-D gel showing spot numbers of identified proteins. Red spots represen...
<p>One of the major challenges in modern biology is the use of large omics datasets for the characte...
<p>The proteins marked in blue were found in the serum dataset, those marked in green in both tumor ...
<p>Colored keys represent the fold changes (log<sub>2</sub> transformed counts) of gene expression b...