<p>A. shows the distribution of mutational hotspots for different cancer types within a given domain instance. B. shows mutational hotspot distribution patterns of different domain instances (encoded by different genes) that each correspond to the same protein domain type. Mutational hotspots are shown as balls and sticks, domain instances are shown as boxes. Mutational hotspots in different colors represent mutations in different cancer types.</p
Abstract Background Discriminating driver mutations from the ones that play no role in cancer is a s...
<p>Prevalence of predicted damaging mutations in domain instances among cancer types.</p
Identifying driver mutations and their functional consequences is critical to our understand-ing of ...
<p>Domain position-based mutational hotspots shared by at least three cancers with functional annota...
<p>The heatmap reflects the significance of cancer-type-specific mutation density of each domain ins...
<p>Rectangles represent protein domain instances in a given gene. Colored dots represent mutations d...
<p>Visual representation and hierarchical clustering of oncodomain hotspots on genes that were signi...
Identifying driver mutations and their functional consequences is critical to our understanding of c...
<div><p>Identifying driver mutations and their functional consequences is critical to our understand...
The MutationAligner web resource, available at http://www.mutationaligner.org, enables discovery and...
<p>(A) compares the prevalence with which mutations from a specific cancer type fall within signific...
<p>A) Heatmap of number of variants per tumour group. On the y-axis the different primary tumour sit...
The percentage of different mutational subtypes across all defined hotspot mutations. On each hotspo...
Mutation hotspots are either solitary amino acid residues or stretches of amino acids that show elev...
Mutation hotspots are either solitary amino acid residues or stretches of amino acids that show elev...
Abstract Background Discriminating driver mutations from the ones that play no role in cancer is a s...
<p>Prevalence of predicted damaging mutations in domain instances among cancer types.</p
Identifying driver mutations and their functional consequences is critical to our understand-ing of ...
<p>Domain position-based mutational hotspots shared by at least three cancers with functional annota...
<p>The heatmap reflects the significance of cancer-type-specific mutation density of each domain ins...
<p>Rectangles represent protein domain instances in a given gene. Colored dots represent mutations d...
<p>Visual representation and hierarchical clustering of oncodomain hotspots on genes that were signi...
Identifying driver mutations and their functional consequences is critical to our understanding of c...
<div><p>Identifying driver mutations and their functional consequences is critical to our understand...
The MutationAligner web resource, available at http://www.mutationaligner.org, enables discovery and...
<p>(A) compares the prevalence with which mutations from a specific cancer type fall within signific...
<p>A) Heatmap of number of variants per tumour group. On the y-axis the different primary tumour sit...
The percentage of different mutational subtypes across all defined hotspot mutations. On each hotspo...
Mutation hotspots are either solitary amino acid residues or stretches of amino acids that show elev...
Mutation hotspots are either solitary amino acid residues or stretches of amino acids that show elev...
Abstract Background Discriminating driver mutations from the ones that play no role in cancer is a s...
<p>Prevalence of predicted damaging mutations in domain instances among cancer types.</p
Identifying driver mutations and their functional consequences is critical to our understand-ing of ...