WEBINAR: Effects of Ovarian Failure on Muscle Form and Function

Aurora Scientific is proud to be a sponsor of the 2024 Women’s Health Webinar Series: A Physiological Analysis. The American Physiological Society (APS), Society for Women’s Health Research (SWHR), and InsideScientific are hosting a joint webinar series covering late-breaking research, novel discovery, fundamental principles, and research innovation in the field of women’s health and related disease models.

In this presentation, Parastoo Mashouri, PhD Candidate will explore her pioneering research on the effects of gradual ovarian failure on skeletal muscle function.

Utilizing an occupational chemical called VCD, which induces gradual ovarian failure, Parastoo’s work offers a nuanced perspective on the time-course changes in muscle function throughout menopause. She will discuss her findings on the contractile properties of skeletal muscles at the single fiber level as well as explore morphological alterations, particularly focusing on fatty infiltration and fibrosis in muscles post-ovarian failure, which will have implications on overall muscle health and function.

This session will also highlight the broader implications of these changes, emphasizing the importance of studying the perimenopause phase. Parastoo will discuss how understanding the physiological changes during this critical transitional phase can lead to potential strategies for mitigating the negative effects of menopause on women’s health. Attendees will gain insights into the innovative use of the VCD model, contrasting it with the more common ovariectomy model, and learn about the significance of estrogen in maintaining muscle function. This talk aims to provide a comprehensive understanding of the intricate, and rather complex, relationship between menopause and skeletal muscle health, offering new perspectives for future research and potential therapeutic approaches.

Key Topics Include:

• Understand the VCD model: Gain insights into the VCD (4-vinylcyclohexene diepoxide) model of chemically induced ovarian failure and its advantages over the ovariectomy (OVX) model.
• Explore skeletal muscle changes: Learn about the impact of gradual ovarian failure on the contractile properties and morphology of skeletal muscles.
• Time course changes of menopause: Understand the importance of studying menopause as a dynamic process rather than a singular timepoint, and how this perspective can lead to more accurate interpretations of research findings.
• Evaluate broader implications: Consider the broader implications of menopause-related muscle changes on women’s health and potential future direction suggestions for the field to help identify strategies for mitigating negative effects.