In this review, we focus on the history of cancer driver genes identification from the beginning of cancer research through the advent of cancer genomics and [...]
We are very excited to release a new version of IntOGen, our framework to identify cancer genes and pinpoint putative mechanism of tumorigenesis. The IntOGen website [...]
Coinciding with the publication of our latest paper, on Monday (9 March 2015) (See blog post) we have crafted a new IntOGen interface which presents the results of [...]
We are pleased to announce that the Oncodrive methods family has a new member: OncodriveROLE, an approach to classify cancer drivers into loss of function and activating [...]
Yesterday I gave a talk at the PRBB Computational Genomics Seminars Series. In that talk I summarized our work of this year in the lab. Basically, we [...]
We have recently developed a novel method, named OncodriveCLUST, aimed to analyse the mutations observed in sets of tumor samples and identify genes involved in the disease. [...]
The possibility to rapidly and inexpensively sequence tumor genomes is opening important new avenues for cancer research. One of the main objectives when sequencing tumor genomes is [...]
We are proud to announce the brand new version of the IntOGen Somatic Mutations Analysis (IntOGen SM) pipeline. We call it version 2.0.0 as it has been completely [...]
One of the current challenges of oncogenomics is to elucidate which of the aberrations observed in the cancer genome is involved in the disease and which of [...]
We have recently published transFIC, a computational method to assess the functional impact of somatic cancer mutations (see this post). To evaluate the performance of transFIC we [...]
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