Search Results 1-5 of 5 for Anabolic

1. Robert J. Pignolo, M.D., Ph.D. - Mayo Clinic Faculty Profiles - Mayo Clinic Research

   He also identified vibration-induced bone-enhancing (vibe) genes in stem cells, as proof-of-principle for development of anabolic agents to promote bone and muscle strength.

2. Elizabeth (Liz) W. Bradley, Ph.D. - Mayo Clinic Faculty Profiles - Mayo Clinic Research

   Bradley and colleagues study how anabolic signaling is dampened by phosphatases, a class of molecular switches, and how this affects skeletal generation, cartilage degeneration and bone resorption.

3. Andre J. van Wijnen, Ph.D. - Mayo Clinic Faculty Profiles - Mayo Clinic Research

   Dr. van Wijnen and his colleagues use human and mouse cell culture models to understand how stem cells turn into bone cells (cell fate determination during osteogenesis) and how anabolic bone cells mature into active cells that produ...

4. Ian R. Lanza, Ph.D. - Mayo Clinic Faculty Profiles - Mayo Clinic Research

   Additional translational studies are being conducted to evaluate the therapeutic potential of dietary omega-3 consumption in people with insulin resistance; these dietary lipids exhibit anabolic effects, and studies are underway to e...

5. John R. Hawse, IV, Ph.D. - Mayo Clinic Faculty Profiles - Mayo Clinic Research

   Hawse's group is currently examining the role of TGFβ inducible early gene-1 (TIEG) in mediating the anabolic effects of estrogen in this tissue as well as its role in bone maintenance and turnover.