<p>Protein identifications from the three different conditions were exported from the in-house developed Central Proteomics Facilities data analysis pipeline (CPFP) and uploaded to ProteinCenter software. <b>A</b> illustrates the percentage of protein identifications versus protein cellular localizations (GO cellular annotations); <b>B</b> illustrates the percentage of protein identifications versus protein molecular functions (GO molecular annotations) and <b>C</b> illustrates the percentage of protein identifications versus protein ...
Red bars represent the proportion of proteins found in the tegument samples, and grey bars represent...
<p>The data represents the distribution of the annotated isotigs (black) and the annotated singleton...
<p>We performed a gene-set enrichment analysis by comparing Gene Ontology (GO) annotations of the 31...
<p>The graphs show the percentages of corresponding GO terms to the total number of annotated protei...
<p>The proteins were annotated into three main categories: cellular component, biological process, o...
<p>The official gene symbols of differentially expressed proteins are used for the GO annotations. O...
<p>GO annotations are presented by category: A) biological process B) cellular components C) molecul...
<p>(A) Highly enriched biological processes were determined by using FatiGO. All GO annotations rela...
<p>Kiviat diagram representing, the relative abundance of Gene Ontology (GO) terms, in percent for t...
<p>Gene ontology analysis of plasma membrane proteins enriched in M1 macrophages, M2 macrophages, al...
<p>The three main GO categories include biological process (red), cellular component (green), and mo...
<p>Gene ontology analysis of proteins followed by biological processes, molecular activity, and loca...
<p>Pie diagrams of the percentage distribution of sequences among the three principal GO categories ...
<p>The default setting for Database for Annotation, Visualization and Integrated Discovery (DAVID) w...
<p>The top 10 represented GO terms for each of the GO categories: Biological Process, Molecular Func...
Red bars represent the proportion of proteins found in the tegument samples, and grey bars represent...
<p>The data represents the distribution of the annotated isotigs (black) and the annotated singleton...
<p>We performed a gene-set enrichment analysis by comparing Gene Ontology (GO) annotations of the 31...
<p>The graphs show the percentages of corresponding GO terms to the total number of annotated protei...
<p>The proteins were annotated into three main categories: cellular component, biological process, o...
<p>The official gene symbols of differentially expressed proteins are used for the GO annotations. O...
<p>GO annotations are presented by category: A) biological process B) cellular components C) molecul...
<p>(A) Highly enriched biological processes were determined by using FatiGO. All GO annotations rela...
<p>Kiviat diagram representing, the relative abundance of Gene Ontology (GO) terms, in percent for t...
<p>Gene ontology analysis of plasma membrane proteins enriched in M1 macrophages, M2 macrophages, al...
<p>The three main GO categories include biological process (red), cellular component (green), and mo...
<p>Gene ontology analysis of proteins followed by biological processes, molecular activity, and loca...
<p>Pie diagrams of the percentage distribution of sequences among the three principal GO categories ...
<p>The default setting for Database for Annotation, Visualization and Integrated Discovery (DAVID) w...
<p>The top 10 represented GO terms for each of the GO categories: Biological Process, Molecular Func...
Red bars represent the proportion of proteins found in the tegument samples, and grey bars represent...
<p>The data represents the distribution of the annotated isotigs (black) and the annotated singleton...
<p>We performed a gene-set enrichment analysis by comparing Gene Ontology (GO) annotations of the 31...