News from the Broad

The Broad Institute is committed to open sharing not only of its scientific data and tools, but also information and news about our progress towards achieving our mission. Below are just a few highlights from the Broad scientific community.
  • GTEx findings reveal new insights into how DNA differences influence gene activity, disease susceptibility

    May 7th, 2015
    NIH-funded pilot study provides a new resource about variants across the human genome
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  • New paper addresses “on-target” effects of engineering human pluripotent stem cells

    May 6th, 2015

    Human pluripotent stem cells (hPSCs) are useful tools for studying disease, performing chemical screens, and looking for cellular therapies. But in these scenarios, studies with hPSCs are only as good as the genome engineering processes used to investigate them. The leading method for doing so is the CRISPR-Cas9 system, which can target one allele or another as it cuts DNA at specific points along the genome. The approach is extremely powerful for studying biology, but it can also introduce unintended mutations.

  • Tool for annotating cancer-related variants now publicly available

    May 5th, 2015

    Cancer genome sequencing can reveal thousands of mutations per tumor, but scientists need more data to interpret those variants. Since 2011, members of Broad's Cancer Genome Analysis team have used Oncotator, a tool for annotating cancer-related variants, resulting in more than 20 publications. In the journal Human Mutation, a team led by Broad researchers Gad Getz, Alex Ramos, and Lee Lichtenstein announced the first public release of Oncotator, which draws information from 14 publicly available cancer resources and is available as a python module hosted on Github, as well as a web service and stand-alone application.

  • New MCL1 protein construct solves previously intractable structural biology problem

    May 4th, 2015

    As one of the most commonly altered genes in cancer, MCL1 has been the focus of widespread drug development efforts — but the gene, which encodes a protein that helps keep cells alive, remains an elusive target. A new finding published this week by Broad researchers is expected to catalyze the development of effective MCL1 inhibitors. The team, led by senior author Michael Serrano-Wu, designed a new MCL1 protein construct that provides a robust solution to a previously intractable structural biology problem. Their paper is published online in PLoS One.

  • Better data for the bedside: Broad sequencing gets closer to the clinic

    May 1st, 2015
    CRSP appoints a new clinical director and aims to increase the impact of clinical sequencing services
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