Events Search and Views Navigation

Event Views Navigation

Events

Today

  • MHI Seminar Series: Dr Matthias Nahrendorf

    321 MacNider Hall 333 S Columbia St., Chapel Hill, NC, United States

    Speaker: Dr. Matthias Nahrendorf,  Professor, Center for Systems Biology, Harvard University Topic: Myeloid Cells in Cardiovascular Disease

  • MHI Seminar Series: Dr. Da-zhi Wang

    321 MacNider Hall 333 S Columbia St., Chapel Hill, NC, United States

    Speaker: Dr. Da-zhi Wang, Harvard University

  • MHI Seminar Series: Dr. Ann Murphy

    321 MacNider Hall 333 S Columbia St., Chapel Hill, NC, United States

    Speaker: Dr. Ann Murphy, Johns Hopkins University

  • MHI Seminar Series: Dr. Robert Wirka

    321 MacNider Hall 333 S Columbia St., Chapel Hill, NC, United States

    Speaker: Dr. Robert Wirka, Stanford University. Topic: Single cell analysis of smooth muscle cell phenotypic modulation in vivo reveals a critical role for coronary disease gene TCF21 in mice and humans

  • MHI Seminar Series: Yoh-suke Mukouyama, Ph.D

    321 MacNider Hall 333 S Columbia St., Chapel Hill, NC, United States

    Speaker: Yoh-suke Mukouyama, Ph.D, National Institutes of Health Topic:Macrophage control of neuronal and vascular development Brief summary:  Macrophages have diverse functions in immunity as well as in homeostasis, yet their functions during organ development remain largely undefined. Our work employs high-resolution whole-mount imaging and genetic tools to determine how embryonic tissue-resident macrophages influence neuronal and … Read more

  • MHI Seminar Series: Elizabeth Murphy, Ph.D, “Novel mechanisms of cardioprotection”

    321 MacNider Hall 333 S Columbia St., Chapel Hill, NC, United States

    Speaker: Elizabeth Murphy, Ph.D, National Institutes of Health Topic: Novel mechanisms of cardioprotection Summary: In the heart, interruption of the blood supply can result in cardiac cell death and irreversible muscle damage. Dr. Murphy’s laboratory studies the molecular mechanisms involved in cardiac cell death, as well as the mechanisms that protect the heart against damage. … Read more