<p>The structure of GCK in the closed form (PDB code: 1v4s) is shown as cyan and red ribbons that represent the small and large domain, respectively. Orange ribbons show the α13 helix. Yellow spheres are the mutation sites. Red and blue circles indicate clusters of mutations in the large and small domain, respectively.</p
<p>A) Representation of AGT dimer structure. The domain structure of one of the subunits is emphasiz...
Mutation processes differ between types of point mutation, genomic locations, cells, and biological ...
The large circle shows the percentage of mutations for which a specific phenotype is reported from p...
<p>The structure of GCK in the closed form (PDB code: 1v4s) is represented by cyan ribbons. A) Mutat...
<p>The structure of GCK in the closed form (PDB code:1v4s) is shown as cyan ribbons. A) p.His137Asp....
<p>A) Localization of mutated residues in the closed conformation of GK. A to E) An enlargement of t...
<p>For mutations in CaMK domain (R28L and Y268H), the structure 3c0i.pdb was used. For mutations in ...
<p>(A) compares the prevalence with which mutations from a specific cancer type fall within signific...
<p>(A) bar graph shows Ras domains encoded by different genes have different mutation rates across c...
<p>(<b>a</b>) All coding mutations relative to gene structure, with <i>GRM1</i> exons 1 to 8 shown i...
<p>(a) Schematic depicting the germline <i>ETV6</i> mutations detected in the MSKCC and SJCRH kindre...
<p>The wild-type GLS is shown at the left for comparison. The GLS mutant (referred to as <i>grkGLS<s...
<p>A. shows the distribution of mutational hotspots for different cancer types within a given domain...
<p>A) Heatmap of number of variants per tumour group. On the y-axis the different primary tumour sit...
<p>(A) A scheme of the MAPK pathway. (B) Mapping the mutations onto the three dimensional structures...
<p>A) Representation of AGT dimer structure. The domain structure of one of the subunits is emphasiz...
Mutation processes differ between types of point mutation, genomic locations, cells, and biological ...
The large circle shows the percentage of mutations for which a specific phenotype is reported from p...
<p>The structure of GCK in the closed form (PDB code: 1v4s) is represented by cyan ribbons. A) Mutat...
<p>The structure of GCK in the closed form (PDB code:1v4s) is shown as cyan ribbons. A) p.His137Asp....
<p>A) Localization of mutated residues in the closed conformation of GK. A to E) An enlargement of t...
<p>For mutations in CaMK domain (R28L and Y268H), the structure 3c0i.pdb was used. For mutations in ...
<p>(A) compares the prevalence with which mutations from a specific cancer type fall within signific...
<p>(A) bar graph shows Ras domains encoded by different genes have different mutation rates across c...
<p>(<b>a</b>) All coding mutations relative to gene structure, with <i>GRM1</i> exons 1 to 8 shown i...
<p>(a) Schematic depicting the germline <i>ETV6</i> mutations detected in the MSKCC and SJCRH kindre...
<p>The wild-type GLS is shown at the left for comparison. The GLS mutant (referred to as <i>grkGLS<s...
<p>A. shows the distribution of mutational hotspots for different cancer types within a given domain...
<p>A) Heatmap of number of variants per tumour group. On the y-axis the different primary tumour sit...
<p>(A) A scheme of the MAPK pathway. (B) Mapping the mutations onto the three dimensional structures...
<p>A) Representation of AGT dimer structure. The domain structure of one of the subunits is emphasiz...
Mutation processes differ between types of point mutation, genomic locations, cells, and biological ...
The large circle shows the percentage of mutations for which a specific phenotype is reported from p...