<p>Distribution of the GO categories assigned to the <i>D</i>. <i>muscipula</i> transcriptome. Unique transcripts (unigenes) were annotated in three categories: cellular components, molecular functions, and biological processes.</p
<p>GO categories of biological process, cellular component and molecular function for the transcript...
<p>51638 transcripts were assigned to GO terms and they were grouped into three main categories with...
<p>The X-axis shows that transcripts were assigned to the cellular component, biological process, or...
<p>Distribution of the GO categories assigned to the Amur ide transcriptome. Unique transcripts (uni...
<p>Distribution of the GO categories assigned to the <i>Pogonus chalceus</i> transcriptome. Unique t...
<p>Unigenes were annotated in three categories: biological processes (26 sub-categories, 12,428 sequ...
<p>Unigenes were annotated in three categories: cellular components, molecular functions, and biolog...
<p>All 2,053 transcripts were assigned to at least one GO term and were grouped into three main GO c...
<p>GO terms assigned to unigenes were classified into three major functional classes: cellular compo...
<p>GO functional annotations are summarized in three main categories: cellular component, molecular ...
<p>The functions of unigenes are divided into three main categories: biological processes, cellular ...
<p>Unigenes were assigned to three main categories (biological processes, cellular components, and m...
<p>Unigenes were annotated in three main categories: biological process, cellular component, and mol...
<p>Distribution of the GO categories assigned to the <i>P. maximum</i> transcriptome. Transcripts we...
<p>Pie diagrams of the percentage distribution of sequences among the three principal GO categories ...
<p>GO categories of biological process, cellular component and molecular function for the transcript...
<p>51638 transcripts were assigned to GO terms and they were grouped into three main categories with...
<p>The X-axis shows that transcripts were assigned to the cellular component, biological process, or...
<p>Distribution of the GO categories assigned to the Amur ide transcriptome. Unique transcripts (uni...
<p>Distribution of the GO categories assigned to the <i>Pogonus chalceus</i> transcriptome. Unique t...
<p>Unigenes were annotated in three categories: biological processes (26 sub-categories, 12,428 sequ...
<p>Unigenes were annotated in three categories: cellular components, molecular functions, and biolog...
<p>All 2,053 transcripts were assigned to at least one GO term and were grouped into three main GO c...
<p>GO terms assigned to unigenes were classified into three major functional classes: cellular compo...
<p>GO functional annotations are summarized in three main categories: cellular component, molecular ...
<p>The functions of unigenes are divided into three main categories: biological processes, cellular ...
<p>Unigenes were assigned to three main categories (biological processes, cellular components, and m...
<p>Unigenes were annotated in three main categories: biological process, cellular component, and mol...
<p>Distribution of the GO categories assigned to the <i>P. maximum</i> transcriptome. Transcripts we...
<p>Pie diagrams of the percentage distribution of sequences among the three principal GO categories ...
<p>GO categories of biological process, cellular component and molecular function for the transcript...
<p>51638 transcripts were assigned to GO terms and they were grouped into three main categories with...
<p>The X-axis shows that transcripts were assigned to the cellular component, biological process, or...