• Justin Pieter Van Beusecum, PhD

    CVRC Seminar Series

    Lupus Associated Cardiovascular Disease: Pathological Role of Endothelial Autoantibodies Systemic Lupus erythematosus (SLE) is a chronic autoimmune disease that is 3x more likely to affect minority women compared to white women. SLE has been demonstrated to affect the heart, kidney, … Read More

  • Heddwen Brooks, PhD

    MR5 Room 3005
    CVRC Seminar Series

    Sex differences in hypertension, inflammation and diabetes, and the impact of menopause on disease progression Premenopausal females are known to be protected against developing hypertension. However, after going through menopause, a woman’s risk of developing hypertension and other cardiovascular complications … Read More

  • Career Development- Mentorship

    MR5 Room 1005
    Career Development Series

    Dr. Stefanie Robel Associate Professor of Neuroscience, University of Alabama at Birmingham (Academic Joint Departments, Cell, Development and Integrative Biology) and Productivity and Performance Mastery for Academics and their Research Teams.

  • Li Qian, PhD

    MR5 Room 3005
    CVRC Seminar Series

    Altering Cardiac Cell Fate for Heart Repair We will discuss how insights from developmental biology and stem cell concepts—particularly in cell identity, fate determination, and epigenetics—have been leveraged to uncover the molecular mechanisms underlying direct cardiac reprogramming, concomitantly enhancing reprogramming … Read More

  • Thomas Andrew Qvistgaard Jepps, PhD, FBPhS

    MR5 Room 3005
    CVRC Seminar Series

    Targeting the microtubule network to treat hypertension This talk will focus on the role of the microtubule network in vascular smooth muscle andhow it can regulate vascular tone. This work has revealed how targeting the microtubulenetwork may represent a potential … Read More

  • Shaodong Guo, PhD

    MR5 Room 3005
    CVRC Seminar Series

    The forkhead transcription FoxO1 signaling in health and disease. The topic will cover the complex regulatory mechanisms of Foxo1 by multiple hormones, such as insulin, estrogen, and glucagon, which reveals the mechanism of insulin resistance for type 2 diabetes and … Read More