<p>Total number of allergenic molecules (retrieved form Allergome database) in these families/superfamily and their ‘close homologs’ in eukaryotic metazoan parasites are shown.</p
Lists of the top-three families that occur across the greatest number of phyla, for both NQID and pr...
Several proteins that have substantially diverged during evolution retain similar three-dimensional ...
A systematic computational analysis of protein sequences containing known nuclear domains led to the...
<p><b>A</b>, The number of homologues; <b>B</b>, the number of allergen families (AllFams) with homo...
<p>Protein domain families considered for this analysis are highlighted in the box based on the fami...
<p>Number of Pfam domain families with no allergenic members have also been represented. The Y-axis ...
<p>The distribution of protein molecule entries (dark gray bars) listed in the Allergome database ac...
Recent progress in the biochemical classification and structural determination of allergens and alle...
Hierarchical classification of eukaryote groups and results for assignment of Pfam domains are summa...
The SUPERFAMILY database provides protein domain assignments, at the SCOP ‘superfamily ’ level, for ...
A systematic computational analysis of protein sequences containing known nuclear domains led to the...
The SUPERFAMILY resource provides protein domain assignments at the structural classification of pro...
Only a small number of protein homologues cause the majority of allergies. There is no consensus str...
The prevalence of allergic diseases was rapidly increasing in the 20th century. Currently, many peop...
Automatic identification and annotation of protein domains is a major challenge for genome sequencin...
Lists of the top-three families that occur across the greatest number of phyla, for both NQID and pr...
Several proteins that have substantially diverged during evolution retain similar three-dimensional ...
A systematic computational analysis of protein sequences containing known nuclear domains led to the...
<p><b>A</b>, The number of homologues; <b>B</b>, the number of allergen families (AllFams) with homo...
<p>Protein domain families considered for this analysis are highlighted in the box based on the fami...
<p>Number of Pfam domain families with no allergenic members have also been represented. The Y-axis ...
<p>The distribution of protein molecule entries (dark gray bars) listed in the Allergome database ac...
Recent progress in the biochemical classification and structural determination of allergens and alle...
Hierarchical classification of eukaryote groups and results for assignment of Pfam domains are summa...
The SUPERFAMILY database provides protein domain assignments, at the SCOP ‘superfamily ’ level, for ...
A systematic computational analysis of protein sequences containing known nuclear domains led to the...
The SUPERFAMILY resource provides protein domain assignments at the structural classification of pro...
Only a small number of protein homologues cause the majority of allergies. There is no consensus str...
The prevalence of allergic diseases was rapidly increasing in the 20th century. Currently, many peop...
Automatic identification and annotation of protein domains is a major challenge for genome sequencin...
Lists of the top-three families that occur across the greatest number of phyla, for both NQID and pr...
Several proteins that have substantially diverged during evolution retain similar three-dimensional ...
A systematic computational analysis of protein sequences containing known nuclear domains led to the...