<p>The functional annotation of unigenes in COG, GO, KEGG, Swissprot and Nr database.</p
<p>Functional annotation of assembled sequences based on gene ontology (GO) categorization.</p
<p>The unigenes were classified into different functional groups based on COG annotation.</p
<p>A total of 950 assembled unigenes were annotated and assigned to 24 functional categories.</p
<p>Functional annotation of new genes and differentially expressed genes in the COG, GO, KEGG, Swiss...
<p>Unigenes annotated by five public databases (COG, GO, KEGG, Swissprot and Nr).</p
Distribution of annotation results of Unigenes in Nr, GO, KEGG, COG, Swissprot database.</p
<p>Overall: the number of unigenes which can be annotated in at least one functional database.</p
<p>Functional annotation of rhododendron unigenes by sequence similarity search to Swiss-Prot, Pfam,...
<p>The annotated unigenes are divided into a variety of functional orthologous groups, which are ind...
<p>Functional annotation of yellow horn unigenes in public protein databases.</p
<p>Each annotated sequence was assigned at least one GO term. GO terms at the second level were disp...
<p>Unigenes aligned to the COG database can be classified functionally into 25 molecular families.</...
<p>X axis represents the number of Unigenes. Y axis represents the KEGG functional categories.</p
Functional annotation from protein sequence database of Uniprot, Myristica fatua</p
<p>Best hits were aligned to the GO database and transcripts were assigned to at least one GO term. ...
<p>Functional annotation of assembled sequences based on gene ontology (GO) categorization.</p
<p>The unigenes were classified into different functional groups based on COG annotation.</p
<p>A total of 950 assembled unigenes were annotated and assigned to 24 functional categories.</p
<p>Functional annotation of new genes and differentially expressed genes in the COG, GO, KEGG, Swiss...
<p>Unigenes annotated by five public databases (COG, GO, KEGG, Swissprot and Nr).</p
Distribution of annotation results of Unigenes in Nr, GO, KEGG, COG, Swissprot database.</p
<p>Overall: the number of unigenes which can be annotated in at least one functional database.</p
<p>Functional annotation of rhododendron unigenes by sequence similarity search to Swiss-Prot, Pfam,...
<p>The annotated unigenes are divided into a variety of functional orthologous groups, which are ind...
<p>Functional annotation of yellow horn unigenes in public protein databases.</p
<p>Each annotated sequence was assigned at least one GO term. GO terms at the second level were disp...
<p>Unigenes aligned to the COG database can be classified functionally into 25 molecular families.</...
<p>X axis represents the number of Unigenes. Y axis represents the KEGG functional categories.</p
Functional annotation from protein sequence database of Uniprot, Myristica fatua</p
<p>Best hits were aligned to the GO database and transcripts were assigned to at least one GO term. ...
<p>Functional annotation of assembled sequences based on gene ontology (GO) categorization.</p
<p>The unigenes were classified into different functional groups based on COG annotation.</p
<p>A total of 950 assembled unigenes were annotated and assigned to 24 functional categories.</p
DOI
Add to ORKG