<p>The statistics were based on manual searching from GO categorization instead of simple annotation description of proteins in terms of the key items such as “photoperiodism”, “flower”, “cold”, and “salt/water/desiccation”. Some proteins involved multiple biological processes; therefore, the statistical figures may overlap. The boldface figures in the circles indicate the number of proteins under the items. The italics figures in the small circles represent the number of DPs. DPs, differential proteins in abundance; GO, Gene Ontology.</p
<p>(A) <i>A</i>. <i>baerii</i>. (B) <i>A</i>. <i>schrenckii</i>. (C) overlapped results from both sp...
<p>The figure describes the number of significantly enriched GO terms (p-value 10<sup>−6</sup> or sm...
<p><b>Copyright information:</b></p><p>Taken from "Automatic extraction of gene ontology annotation ...
The Y-axis represents the number of differentially abundant proteins: above zero the number of prote...
<p>Kiviat diagram representing, the relative abundance of Gene Ontology (GO) terms, in percent for t...
<p>Abundance distribution of proteins in the mass and the information categories was compared by cum...
<p>The three main GO categories include biological process (red), cellular component (green), and mo...
<p>#Protein, #PPI, #<i>Essential protein</i>, and #<i>Annoted Protein</i> denote the numbers of prot...
<p>AgriGO web-based program was used to analyze GO categories. The X-axis is the categories of GO te...
a<p>Number of identified differentially expressed protein spots on each 2-D map. Preferentially accu...
<p>(a) Precursor mass error against relative number of peptide identifications for dataset I against...
All identified plant proteins were analysed using the GO term analysis tool using AmiGO (http://www....
<p>The graphs show the percentages of corresponding GO terms to the total number of annotated protei...
(A) Change in the distribution of knownness of the 7,515 clusters that contain at least 1 protein fr...
<p>The top 20 most abundant biological process categories are shown. Gene numbers are displayed for ...
<p>(A) <i>A</i>. <i>baerii</i>. (B) <i>A</i>. <i>schrenckii</i>. (C) overlapped results from both sp...
<p>The figure describes the number of significantly enriched GO terms (p-value 10<sup>−6</sup> or sm...
<p><b>Copyright information:</b></p><p>Taken from "Automatic extraction of gene ontology annotation ...
The Y-axis represents the number of differentially abundant proteins: above zero the number of prote...
<p>Kiviat diagram representing, the relative abundance of Gene Ontology (GO) terms, in percent for t...
<p>Abundance distribution of proteins in the mass and the information categories was compared by cum...
<p>The three main GO categories include biological process (red), cellular component (green), and mo...
<p>#Protein, #PPI, #<i>Essential protein</i>, and #<i>Annoted Protein</i> denote the numbers of prot...
<p>AgriGO web-based program was used to analyze GO categories. The X-axis is the categories of GO te...
a<p>Number of identified differentially expressed protein spots on each 2-D map. Preferentially accu...
<p>(a) Precursor mass error against relative number of peptide identifications for dataset I against...
All identified plant proteins were analysed using the GO term analysis tool using AmiGO (http://www....
<p>The graphs show the percentages of corresponding GO terms to the total number of annotated protei...
(A) Change in the distribution of knownness of the 7,515 clusters that contain at least 1 protein fr...
<p>The top 20 most abundant biological process categories are shown. Gene numbers are displayed for ...
<p>(A) <i>A</i>. <i>baerii</i>. (B) <i>A</i>. <i>schrenckii</i>. (C) overlapped results from both sp...
<p>The figure describes the number of significantly enriched GO terms (p-value 10<sup>−6</sup> or sm...
<p><b>Copyright information:</b></p><p>Taken from "Automatic extraction of gene ontology annotation ...