Potential applications for Complete Genomics' whole human genome sequencing service include:
The Complete Genomics Cancer Sequencing Service is specifically optimized for cancer studies, geared towards comparison of tumor-normal samples. Our Analysis Pipeline contains variation detection algorithms enhanced to account for the unique properties of a cancer genome, while maintaining superior performance across all sample types. Understanding somatic mutations can help guide a better understanding of cancer, and may lead to the development of new cancer therapeutics and diagnostics and may enable physicians to select the best course of therapy based on specific mutations found in a tumor.
There are thousands of Mendelian diseases, diseases that have been found to be prevalent in families and are likely to have a significant genetic component. However, the genetic cause of most of these diseases is currently unknown. By sequencing the whole genomes of the affected families, the genetic causes of these Mendelian diseases can be understood, which could lead to the development of novel diagnostics and therapeutics.
Diseases such as central nervous system disorders, cardiac disease and certain metabolic disorders that appear broadly in the population are thought to be caused by rare variants. Large-scale studies of affected individuals may help to identify the disrupted pathways and lead to the development of novel diagnostics and therapeutics.
Next-generation DNA sequencing has recently empowered scientists to identify genetic variations associated with human disease at higher resolution and greater sensitivity than previously possible. Two approaches are commonly employed -- exome sequencing and whole genome sequencing. Exome sequencing targets protein-coding regions comprising approximately 1% of the human genome, while whole genome sequencing uses an unbiased approach to investigate the majority of the human genome, including a comprehensive survey of coding and non-coding regions.
>> read moreEver since the human genome was first sequenced, scientists have been inspired by possibilities of using genomic...
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