<p>A) The number of mutations inside functional and control TFBSs, plotted for each tumour sample in this study. B) Cancer mutations in TF binding sites, stratified by tumour type. Heatmap of mutation counts in functional motifs, relative to control sites and 1KG polymorphisms. Only motifs that occur in at least 1,000 binding sites in the genome are shown, for the four tumour types with the highest total number of mutations. Increasing shades of red: ratio > 1, indicating an excess of functional mutations in cancer; grey: ratio <1.</p
In many countries, cancer is one of the biggest threats for citizens’ health, especially among aged ...
<p>Percentages are the proportion of tumors having a mutation within a subtype, e.g. 37% of Bronchio...
Identifying driver mutations and their functional consequences is critical to our understanding of c...
<p>The X-axis shows the ratio of the number of substitutions in functional, relative to control site...
<p>(A) In the 1KG dataset, high frequency polymorphisms (>5% minor allele frequency) are depleted at...
Oncogenes can potentially cause uncontrolled cell growth, leading to cancer development, and these g...
Abstract Background Cancer mutations accumulate through replication errors and DNA damage coupled wi...
Statistical analysis of pathogenicity of somatic mutations in cancer Recent large-scale sequencing s...
<p>A) Heatmap of number of variants per tumour group. On the y-axis the different primary tumour sit...
Identifying driver mutations and their functional consequences is critical to our understand-ing of ...
Background: Genome wide-association studies have successfully identified several hundred independent...
<p><b>(a)</b> Per-individual numbers, sorted from high to low, of somatic mutations falling in ZF po...
Large cancer genome sequencing initiatives have led to the identification of cancer driver genes bas...
Aberrant regulation of gene expression in cancer can promote survival and proliferation of cancer ce...
Relative frequencies of non-coding mutation contexts in different cancer types. (top panel) Three ca...
In many countries, cancer is one of the biggest threats for citizens’ health, especially among aged ...
<p>Percentages are the proportion of tumors having a mutation within a subtype, e.g. 37% of Bronchio...
Identifying driver mutations and their functional consequences is critical to our understanding of c...
<p>The X-axis shows the ratio of the number of substitutions in functional, relative to control site...
<p>(A) In the 1KG dataset, high frequency polymorphisms (>5% minor allele frequency) are depleted at...
Oncogenes can potentially cause uncontrolled cell growth, leading to cancer development, and these g...
Abstract Background Cancer mutations accumulate through replication errors and DNA damage coupled wi...
Statistical analysis of pathogenicity of somatic mutations in cancer Recent large-scale sequencing s...
<p>A) Heatmap of number of variants per tumour group. On the y-axis the different primary tumour sit...
Identifying driver mutations and their functional consequences is critical to our understand-ing of ...
Background: Genome wide-association studies have successfully identified several hundred independent...
<p><b>(a)</b> Per-individual numbers, sorted from high to low, of somatic mutations falling in ZF po...
Large cancer genome sequencing initiatives have led to the identification of cancer driver genes bas...
Aberrant regulation of gene expression in cancer can promote survival and proliferation of cancer ce...
Relative frequencies of non-coding mutation contexts in different cancer types. (top panel) Three ca...
In many countries, cancer is one of the biggest threats for citizens’ health, especially among aged ...
<p>Percentages are the proportion of tumors having a mutation within a subtype, e.g. 37% of Bronchio...
Identifying driver mutations and their functional consequences is critical to our understanding of c...