<p>The heatmap reflects the significance of cancer-type-specific mutation density of each domain instance in different cancers. Side bars in the same color indicate domain instances encoded by the same gene, and domain instances belonging to the same domain type.</p
The fight against cancer is hindered by its highly heterogeneous nature. Genome-wide sequencing stud...
<p>Domain position-based mutational hotspots shared by at least three cancers with functional annota...
<div><p>The fight against cancer is hindered by its highly heterogeneous nature. Genome-wide sequenc...
<p>Visual representation and hierarchical clustering of oncodomain hotspots on genes that were signi...
<p>A. shows the distribution of mutational hotspots for different cancer types within a given domain...
Mutation frequency within each cancer type ranges from light red (0%) to dark red (≥ 10% of samples)...
The heatmap shows hierarchical clustering of 770 immune-related genes in all 515 patients across the...
<p>Rectangles represent protein domain instances in a given gene. Colored dots represent mutations d...
<p>The heatmap shows genes (rows) and tumors (columns) with mutations (blue). The number of events p...
<p>Significantly mutated domain instances and corresponding genes in each cancer type.</p
<p>Prevalence of predicted damaging mutations in domain instances among cancer types.</p
<p>(A) compares the prevalence with which mutations from a specific cancer type fall within signific...
Identifying driver mutations and their functional consequences is critical to our understanding of c...
<p>Genes that encode more than one cancer-type-specific significantly mutated domain instance.</p
<p>Genes are indicated on the right. The colored bar above the heatmap represents the different canc...
The fight against cancer is hindered by its highly heterogeneous nature. Genome-wide sequencing stud...
<p>Domain position-based mutational hotspots shared by at least three cancers with functional annota...
<div><p>The fight against cancer is hindered by its highly heterogeneous nature. Genome-wide sequenc...
<p>Visual representation and hierarchical clustering of oncodomain hotspots on genes that were signi...
<p>A. shows the distribution of mutational hotspots for different cancer types within a given domain...
Mutation frequency within each cancer type ranges from light red (0%) to dark red (≥ 10% of samples)...
The heatmap shows hierarchical clustering of 770 immune-related genes in all 515 patients across the...
<p>Rectangles represent protein domain instances in a given gene. Colored dots represent mutations d...
<p>The heatmap shows genes (rows) and tumors (columns) with mutations (blue). The number of events p...
<p>Significantly mutated domain instances and corresponding genes in each cancer type.</p
<p>Prevalence of predicted damaging mutations in domain instances among cancer types.</p
<p>(A) compares the prevalence with which mutations from a specific cancer type fall within signific...
Identifying driver mutations and their functional consequences is critical to our understanding of c...
<p>Genes that encode more than one cancer-type-specific significantly mutated domain instance.</p
<p>Genes are indicated on the right. The colored bar above the heatmap represents the different canc...
The fight against cancer is hindered by its highly heterogeneous nature. Genome-wide sequencing stud...
<p>Domain position-based mutational hotspots shared by at least three cancers with functional annota...
<div><p>The fight against cancer is hindered by its highly heterogeneous nature. Genome-wide sequenc...