NEW YORK (GenomeWeb) – An international team led by researchers at Yale University has confirmed that suspected tumor suppressor genes previously found to be mutated in in vitro cells are most likely to cause liver cancer when they are mutated in animal cells.

While recurrent mutated genes (RMGs) are well known tumor suppressors or oncogenes, researchers have not previously performed experiments on the genes within the native tumor environment of a living organism.

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Microsoft co-founder Paul Allen also contributed to brain research, NPR reports.

The New York Times reports on the shifting interpretations of what some genetic variants mean over time.

In Cell this week: investigation of metastatic tumor evolution, more than 16,000 genetic variants introduced into the budding yeast model organism, and more.

MIT's Technology Review reports on Genentech's pursuit of personalized cancer vaccines.

Oct
25
Sponsored by
Roche

This webinar will detail a comprehensive strategy that a lab has put in place to evaluate  NGS oncology assays for genomic tumor profiling of plasma and tissue samples.  

Nov
05
Sponsored by
Sophia Genetics

With the Next Generation Sequencing (NGS), genomes sequencing has been democratized over the last decades with the detection of genomic alterations, thus replacing Sanger sequencing.

Nov
07
Sponsored by
Qiagen

This webinar will provide a first-hand look at how a leading pathology lab implemented a next-generation sequencing panel to capture comprehensive molecular tumor profiles.

Nov
27
Sponsored by
Genialis & Roche

While next-generation sequencing (NGS) has driven recent advances in precision oncology research, it often falls short when identifying the molecular mechanisms underlying many malignancies. As a result, alternative NGS-based approaches are needed to identify oncogenic drivers and potential drug targets.