• A single gene spawning multiple disorders: Guoping Feng on Shank3 in autism, schizophrenia

    Veronica Meade-Kelly, December 10th, 2015

    Over the last few years, genetic datasets for psychiatric disorders have grown and many have merged, thanks in large part to the collaborative efforts of the Stanley Center for Psychiatric Research at Broad Institute, their partners at the Psychiatric Genomics Consortium, and the tens of thousands of donors who have contributed biological samples with the hope of helping to combat these debilitating disorders.

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  • A biologist, a mathematician, and a computer scientist walk into a foobar

    Jon Bloom, December 1st, 2015

    Ryan Adams’ colloquium and machine learning at Broad

    On November 12, the Broad welcomed a visit from Ryan Adams, a world leader in machine learning - a field at the intersection of applied math and computer science that develops models and algorithms to learn from data.

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  • Seeking common ground in cancer cell line data

    Nicole Davis, November 19th, 2015

    The field of pharmacogenomics lies at the scalpel’s edge of personalized medicine, harnessing genomic tools to guide the use of drugs to treat disease. The idea is to marry precision with power — the right drug at the right time in the right patient. In cancer, researchers across the world have created two massive databases to help propel the biomedical community toward this goal.

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  • CRISPR in the news

    Paul Goldsmith, November 13th, 2015

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  • 5 Takeaways: Genetic association studies improve red blood cell production in vitro

    Angela Page, October 22nd, 2015

    Access to lifesaving blood transfusions can be limited due to supply. And even when matched donor blood is available, it can still be rejected by the patient’s immune system. A more effective means of generating red blood cells (RBCs) from stem cells could be game-changing for a number of different patient groups.

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  • Five Questions with Chengwei Luo

    Angela Page, September 10th, 2015

    Our bodies are full of bugs — and as we’re learning, this is great news. These millions of microscopic species, collectively called the microbiome, outnumber our own cells and help keep us healthy and alive. Maintaining (and in some cases restoring) a healthy microbiome requires a solid understanding of what those bugs are and how they function. Complicating this is the fact that, just as there are genetically distinct families of humans, there are also many families, or strains, within a single bacterial, viral, or fungal species.

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  • Single-cell analysis helps sort out host-pathogen interactions

    Veronica Meade-Kelly, September 10th, 2015

    What: When bacteria invade the human body, immune cells rush to our defense, initiating a high-stakes tug-of-war in which macrophages – a type of immune cell that engulfs and digests pathogens and cellular debris – attempt to destroy the invaders while the bacteria look to survive and replicate. The outcomes of these cellular death matches vary from cell to cell: some macrophages engulf bacteria while others remain uninfected, and of those infected, some destroy their invaders while others allow bacteria to thrive.

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  • Zhang lab unlocks crystal structure of new CRISPR/Cas9 genome editing tool

    Paul Goldsmith, August 27th, 2015

    In a paper published today in Cell researchers from the Broad Institute and University of Tokyo revealed the crystal structure of the Staphylococcus aureus Cas9 complex (SaCas9)—a highly efficient enzyme that overcomes one of the primary challenges to in vivo mammalian genome editing.

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  • New insights on an old virus

    Angela Page, August 13th, 2015

    Between 2013 and 2015, an outbreak of Ebola virus killed more than 11,000 people. Broad Institute researchers quickly deployed real-time sequencing efforts that confirmed that the virus was primarily spreading through human-to-human contact rather than between animals and humans and that the viral genome was mutating. This work had a profound impact on how public health officials diagnosed the disease and developed strategies to contain it.

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  • From Barrett’s to cancer

    Veronica Meade-Kelly, July 20th, 2015

    What: A new study by researchers from the Broad Institute of MIT and Harvard, Dana-Farber Cancer Institute, and Brigham and Women’s Hospital suggests that esophageal adenocarcinoma (EAC) progresses differently than previously suspected.

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