Whole exome sequencing, owing to its low cost and computational burden, has become the standard for causal gene detection in disease and treatment management. This article provides a brief overview of exome data generation and discusses the computational pipeline involved in utilizing exome sequencing data to identify specific variants, as well as its applications in clinical settings. In particular, we present the steps necessary to facilitate relevant data analysis practices, and survey relevant computational tools to streamline these analyses. This article is aimed to serve as a quick guide for researchers working on exome sequencing data
Recent advances in next-generation sequencing technologies have brought a paradigm shift in how medi...
The recent improvement in high throughput sequencing technologies has led to the sharp decrease in t...
The field of genetics was drastically changed with the emerge of next-generation DNA sequencing, all...
Whole exome sequencing, owing to its low cost and computational burden, has become the standard for ...
Next-generation sequencing has catapulted healthcare into a revolutionary genomics era. One such tec...
With the widespread adoption of next generation sequencing technologies by the genetics community an...
The advent of next-generation sequencing technologies has greatly promoted advances in the study of ...
Whole Exome Sequencing (WES) is the application of the next-generation technology to determine the v...
Exome sequencing means that all protein-coding genes in a genome are sequenced. In Humans, there ar...
In whole-exome sequencing (WES), target capture methods are used to enrich the sequences of the codi...
Delineation of underlying genomic and genetic factors in a specific disease may be valuable in estab...
New sequencing technology has enabled the identification of thousands of single nucleotide polymorph...
Mendelian disorders are mostly caused by single mutations in the DNA sequence of a gene, leading to ...
The recent advent of next-generation sequencing technologies has dramatically changed the nature of ...
Purpose: Despite the recognized clinical value of exome-based diagnostics, methods for comprehensive...
Recent advances in next-generation sequencing technologies have brought a paradigm shift in how medi...
The recent improvement in high throughput sequencing technologies has led to the sharp decrease in t...
The field of genetics was drastically changed with the emerge of next-generation DNA sequencing, all...
Whole exome sequencing, owing to its low cost and computational burden, has become the standard for ...
Next-generation sequencing has catapulted healthcare into a revolutionary genomics era. One such tec...
With the widespread adoption of next generation sequencing technologies by the genetics community an...
The advent of next-generation sequencing technologies has greatly promoted advances in the study of ...
Whole Exome Sequencing (WES) is the application of the next-generation technology to determine the v...
Exome sequencing means that all protein-coding genes in a genome are sequenced. In Humans, there ar...
In whole-exome sequencing (WES), target capture methods are used to enrich the sequences of the codi...
Delineation of underlying genomic and genetic factors in a specific disease may be valuable in estab...
New sequencing technology has enabled the identification of thousands of single nucleotide polymorph...
Mendelian disorders are mostly caused by single mutations in the DNA sequence of a gene, leading to ...
The recent advent of next-generation sequencing technologies has dramatically changed the nature of ...
Purpose: Despite the recognized clinical value of exome-based diagnostics, methods for comprehensive...
Recent advances in next-generation sequencing technologies have brought a paradigm shift in how medi...
The recent improvement in high throughput sequencing technologies has led to the sharp decrease in t...
The field of genetics was drastically changed with the emerge of next-generation DNA sequencing, all...