<p>Functional classification of assembled unigenes based on Gene Ontology (GO) categorisation. The results are summarised in three main GO categories: biological process, cellular component and molecular function. The x-axis indicates the subcategories, and the y-axis indicates the numbers related to the total number of GO terms present; the unigene numbers that are assigned the same GO terms are indicated on the top of the bars.</p
<p>GO analysis was performed at the level for three main categories (cellular component, molecular f...
<p>The 21,716 matched unigenes were classified into 3 functional categories: molecular_function, bio...
<p>GO analysis was performed at the level 2 for three main categories (cellular component, molecular...
<p>A) Functional classification of the assembled unigenes based on Gene Ontology (GO) categorisation...
<p>The unigenes were assigned into three main categories: cellular component, molecular function, an...
<p>The unigenes are summarized into three main categories: cellular component, molecular function an...
<p>The unigenes are summarized into three main categories: cellular component, molecular function an...
<p>(A) Comparison of Gene Ontology (GO) classifications of common wild rice. Unigene numbers assigne...
<p>(<b>A</b>) The distribution for assembled unigenes assigned to molecular functions, biological pr...
<p>The results are classified into three main categories: biological process, cellular component and...
<p>GO analysis was performed for three main categories: cellular components, molecular function, and...
<p>Total 17,156 unigenes were categorized into three main categories: biological process, cellular c...
<p>Unigenes were assigned to three main categories (biological processes, cellular components, and m...
<p>Total 29,666 unigenes were categorized into three main categories: Biological process (81,460, 40...
<p>Results are summarized for three main Go categories: Biological Process, Molecular Function, and ...
<p>GO analysis was performed at the level for three main categories (cellular component, molecular f...
<p>The 21,716 matched unigenes were classified into 3 functional categories: molecular_function, bio...
<p>GO analysis was performed at the level 2 for three main categories (cellular component, molecular...
<p>A) Functional classification of the assembled unigenes based on Gene Ontology (GO) categorisation...
<p>The unigenes were assigned into three main categories: cellular component, molecular function, an...
<p>The unigenes are summarized into three main categories: cellular component, molecular function an...
<p>The unigenes are summarized into three main categories: cellular component, molecular function an...
<p>(A) Comparison of Gene Ontology (GO) classifications of common wild rice. Unigene numbers assigne...
<p>(<b>A</b>) The distribution for assembled unigenes assigned to molecular functions, biological pr...
<p>The results are classified into three main categories: biological process, cellular component and...
<p>GO analysis was performed for three main categories: cellular components, molecular function, and...
<p>Total 17,156 unigenes were categorized into three main categories: biological process, cellular c...
<p>Unigenes were assigned to three main categories (biological processes, cellular components, and m...
<p>Total 29,666 unigenes were categorized into three main categories: Biological process (81,460, 40...
<p>Results are summarized for three main Go categories: Biological Process, Molecular Function, and ...
<p>GO analysis was performed at the level for three main categories (cellular component, molecular f...
<p>The 21,716 matched unigenes were classified into 3 functional categories: molecular_function, bio...
<p>GO analysis was performed at the level 2 for three main categories (cellular component, molecular...