Search Results

Results 201 - 210 of 791 for stem cells. (3.72 seconds)
  • Three to receive Dean’s Medal

    The medal honors individuals who have made scientific, medical, humanitarian, public service or other contributions that have significantly advanced the mission of the school.

  • Five faculty elected to medical academy

    The academy elected Stanford faculty members Laura Carstensen, Christopher Garcia, Mark Krasnow, Mark Musen and Thomas Rando to its membership.

  • Dietary approach to depleting stem cells

    A new study shows that a diet deficient in valine effectively depleted the blood stem cells in mice and made it possible to perform a blood stem cell transplantation on them.

  • Seven faculty receive NIH grants

    The five-year grants encourage scientists to explore bold approaches to major research challenges.

  • How Zika affects cranial precursor cells

    New research shows that cranial neural crest cells can be infected by the Zika virus, causing them to secrete high levels of cytokines that can affect neurons in the developing brain.

  • Wernig, Prakash named Faculty Scholars

    The Howard Hughes Medical Institute, the Simons Foundation and the Bill & Melinda Gates Foundation selected 84 young scientists who will receive five-year grants to support their work.

  • Pediatric cancer grants announced

    Kara Davis, Melissa Mavers and Liora Schultz awarded St. Baldrick’s Foundation grants.

  • Common molecular pathology in Parkinson’s

    Intracellular defects that lead to cells’ failure to decommission faulty “power packs” known as mitochondria cause nerve cells to die, triggering the symptoms of Parkinson’s disease.

  • Cell, gene medicine lab opens

    Making cell- or virus-based therapies for use in humans requires a rigid set of quality-control standards outlined by the Food and Drug Administration. A new Stanford facility will allow promising new therapies to be tested in the clinic.

  • iPS cell-derived heart cells predict drug toxicity

    Heart muscle cells made from induced pluripotent stem cells share gene expression patterns with native donor tissue, researchers discovered. These cells can be used to indicate people who should avoid certain medications that could damage their hearts.