<p>Pie diagrams of the percentage distribution of sequences among the three principal GO categories were shown for (A) all 5,568 features on UniShrimpChip and (B) the 682 differentially expressed transcripts. Bar graph showed comparison between all features on UniShrimpChip (darker colored bar) and the differentially expressed transcripts (lighter colored bar) in each GO sub-category: (C) biological processes, (D) cellular components and (E) molecular functions.</p
<p>The results are summarized in three main GO categories (cellular component, molecular function, a...
<p>12,503 unigenes were assigned to three GO categories containing 52 functional subcategories.</p
<p>The results are summarized in three main categories: biological process, molecular function and c...
<p>All 2,053 transcripts were assigned to at least one GO term and were grouped into three main GO c...
<p>Bar graphs (A), (B) and (C) show three independent Gene Ontology (GO) information categories: cel...
<p>Unigenes were annotated in three categories: biological processes (26 sub-categories, 12,428 sequ...
<p>The differentially expressed genes were assigned into three groups, including biological process,...
<p>51638 transcripts were assigned to GO terms and they were grouped into three main categories with...
<p>GO functional annotations are summarized in three main categories: cellular component, molecular ...
<p>Gene ontology (GO) annotation of the assembled transcriptomes. <b>A:</b> The percentage distribut...
<p>GO annotations are presented by category: A) biological process B) cellular components C) molecul...
<p>Horizontal axis in the top displays the percentage of significant genes in each column, while axi...
<p>Results are classified into Biological process, Molecular function and Cellular component at the ...
<p>The data represents the distribution of the annotated isotigs (black) and the annotated singleton...
<p>The graphs show the percentages of corresponding GO terms to the total number of annotated protei...
<p>The results are summarized in three main GO categories (cellular component, molecular function, a...
<p>12,503 unigenes were assigned to three GO categories containing 52 functional subcategories.</p
<p>The results are summarized in three main categories: biological process, molecular function and c...
<p>All 2,053 transcripts were assigned to at least one GO term and were grouped into three main GO c...
<p>Bar graphs (A), (B) and (C) show three independent Gene Ontology (GO) information categories: cel...
<p>Unigenes were annotated in three categories: biological processes (26 sub-categories, 12,428 sequ...
<p>The differentially expressed genes were assigned into three groups, including biological process,...
<p>51638 transcripts were assigned to GO terms and they were grouped into three main categories with...
<p>GO functional annotations are summarized in three main categories: cellular component, molecular ...
<p>Gene ontology (GO) annotation of the assembled transcriptomes. <b>A:</b> The percentage distribut...
<p>GO annotations are presented by category: A) biological process B) cellular components C) molecul...
<p>Horizontal axis in the top displays the percentage of significant genes in each column, while axi...
<p>Results are classified into Biological process, Molecular function and Cellular component at the ...
<p>The data represents the distribution of the annotated isotigs (black) and the annotated singleton...
<p>The graphs show the percentages of corresponding GO terms to the total number of annotated protei...
<p>The results are summarized in three main GO categories (cellular component, molecular function, a...
<p>12,503 unigenes were assigned to three GO categories containing 52 functional subcategories.</p
<p>The results are summarized in three main categories: biological process, molecular function and c...