<p>(a) Flow diagram of the filtering analysis of the exome sequencing data. The data from the patients and controls were compared, and known SNPs and InDels were excluded as described in the Materials and Methods section. The causative mutation was identified after a comprehensive analysis. (b) The c.1223G>A mutation in patient III-5 compared to the control was confirmed by Sanger sequencing. The position is indicated by an arrow. (c) Sequence alignment of multiple species. The red line shows the position of the p.Trp408X mutation.</p
Exome sequencing in families affected by rare genetic disorders has the potential to rapidly identif...
<p>The presence of mutations colored in red was not confirmed by Sanger sequencing while the presenc...
<p>Novel mutations were identified in 10 <i>NLRP</i> genes in HNSCC. Most mutations were involving c...
<p>Figures represent the sequencing chromatograms from controls (upper panels) and patients (lower p...
<p>Mutations in four <i>NLRP</i> genes were identified in FOM HNSCC patients. Black triangles indica...
<p>Mutations known for each sample are listed. SSP-1 to SSP-8 are exome sequenced. Mutations in othe...
<p>A. Structure of the two families that were selected for whole exome sequencing. The family number...
<p>(A) Clustering of whole exome sequencing mutation data based on the mutation status of the genes ...
<p><b>S.No.1</b>–<b>5:</b> Mutations identified by direct sequencing analysis of <i>RPE65</i>.</p><p...
International audienceHigh-throughput sequencing technologies have become fundamental for the identi...
<p><b>A</b>, identification of a region on chr 5q13 spanning approximately 40 Mb (from 67, 7 Mb (rs8...
Exome sequencing in families affected by rare genetic disorders has the potential to rapidly identif...
analysis to predict the analytic sensitivity of WES using pathogenic variants identified on targete...
<p>(A) Schematic representation of the relative linear location of all four <i>MYO7A</i> mutations i...
<p>Sequence chromatograms of A) Unaffected individual 15 homozygous for wild-type allele; B) unaffec...
Exome sequencing in families affected by rare genetic disorders has the potential to rapidly identif...
<p>The presence of mutations colored in red was not confirmed by Sanger sequencing while the presenc...
<p>Novel mutations were identified in 10 <i>NLRP</i> genes in HNSCC. Most mutations were involving c...
<p>Figures represent the sequencing chromatograms from controls (upper panels) and patients (lower p...
<p>Mutations in four <i>NLRP</i> genes were identified in FOM HNSCC patients. Black triangles indica...
<p>Mutations known for each sample are listed. SSP-1 to SSP-8 are exome sequenced. Mutations in othe...
<p>A. Structure of the two families that were selected for whole exome sequencing. The family number...
<p>(A) Clustering of whole exome sequencing mutation data based on the mutation status of the genes ...
<p><b>S.No.1</b>–<b>5:</b> Mutations identified by direct sequencing analysis of <i>RPE65</i>.</p><p...
International audienceHigh-throughput sequencing technologies have become fundamental for the identi...
<p><b>A</b>, identification of a region on chr 5q13 spanning approximately 40 Mb (from 67, 7 Mb (rs8...
Exome sequencing in families affected by rare genetic disorders has the potential to rapidly identif...
analysis to predict the analytic sensitivity of WES using pathogenic variants identified on targete...
<p>(A) Schematic representation of the relative linear location of all four <i>MYO7A</i> mutations i...
<p>Sequence chromatograms of A) Unaffected individual 15 homozygous for wild-type allele; B) unaffec...
Exome sequencing in families affected by rare genetic disorders has the potential to rapidly identif...
<p>The presence of mutations colored in red was not confirmed by Sanger sequencing while the presenc...
<p>Novel mutations were identified in 10 <i>NLRP</i> genes in HNSCC. Most mutations were involving c...