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  • 08
    17

    2015

    DNA Repair Genes May Determine When Huntington Symptoms Begin

    A research team that searched the chromosomes of more than 4,000 Huntington's disease patients reports that they found that DNA repair genes may determine when the neurological symptoms begin. The scientists believe the results may provide a guide for discovering new treatments for Huntington's disease and a roadmap for studying other neurological disorders.

  • 08
    14

    2015

    Jackson Laboratory Launches Precision Genetics Center with $10M NIH Grant

    The Jackson Laboratory (JAX) will partner with several collaborating institutions to establish a new Center for Precision Genetics, to be launched through a five-year, $9,971,936 grant from the NIH.

  • 08
    14

    2015

    MedImmune Licenses Inovio Cancer Vaccine for Up-to $727.5M

    AstraZeneca’s MedImmune subsidiary will acquire exclusive rights to Inovio Pharmaceuticals’ Phase I/II INO-3112 immunotherapy, which targets cancers caused by human papillomavirus (HPV) types 16 and 18, the companies said today. MedImmune and Inovio will also collaborate to develop up to two more cancer vaccine candidates under a license agreement and collaboration that could generate up to $727.5 million-plus for Inovio.

  • 08
    13

    2015

    To Kill Cancer, Do Not Repress It, Excite It

    The momentum of a cancer’s attack can be used against the cancer, say scientists who practice a form of molecular judo. Instead of directly blocking the action of cancer-causing genes, the scientists use this action against cancer cells, throwing them off balance. Committed to a super-stimulated state, cancer genes can’t help but generate a super-abundance of proteins, which pile up, unfolded, overwhelming the cancer cells’ protein-processing machinery, triggering a stress response, and—finally—bringing the cancer cells down.

  • 08
    13

    2015

    Zombie Cells Survive and Divide Amidst Heavy Mutations

    Scientists at the University of Southern California say they have developed a yeast model to study a gene mutation that disrupts the duplication of DNA, causing massive damage to a cell's chromosomes, while somehow allowing the cell to continue dividing.