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Can we get rid of menopause? Stochastic modeling of ovarian aging and procedures for menopause delay

The Golden Hourglass by Craig Schaffer
April 16, 2024
10:20AM - 11:15AM
MW 154

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Add to Calendar 2024-04-16 10:20:00 2024-04-16 11:15:00 Can we get rid of menopause? Stochastic modeling of ovarian aging and procedures for menopause delay Title: Can we get rid of menopause? Stochastic modeling of ovarian aging and procedures for menopause delaySpeaker: Sean Lawley (University of Utah)Abstract: Ovarian tissue cryopreservation is a proven tool to preserve ovarian follicles prior to gonadotoxic treatments. What if this procedure is applied to healthy women to delay or eliminate menopause? In this talk, we will present a mathematical model to predict the efficacy of this procedure and optimize its implementation. We will also discuss how stochastic models of ovarian aging offer answers to longstanding questions surrounding the timing of perimenopause and menopause and the "wasteful oversupply" of ovarian follicles. This talk is based on joint work with Joshua Johnson (University of Colorado School of Medicine), John Emerson (Yale University), Kutluk Oktay (Yale School of Medicine), Nanette Santoro (University of Colorado School of Medicine), and Mary Sammel (Colorado School of Public Health). MW 154 Department of Mathematics math@osu.edu America/New_York public

Title: Can we get rid of menopause? Stochastic modeling of ovarian aging and procedures for menopause delay

Speaker: Sean Lawley (University of Utah)

Abstract: Ovarian tissue cryopreservation is a proven tool to preserve ovarian follicles prior to gonadotoxic treatments. What if this procedure is applied to healthy women to delay or eliminate menopause? In this talk, we will present a mathematical model to predict the efficacy of this procedure and optimize its implementation. We will also discuss how stochastic models of ovarian aging offer answers to longstanding questions surrounding the timing of perimenopause and menopause and the "wasteful oversupply" of ovarian follicles. This talk is based on joint work with Joshua Johnson (University of Colorado School of Medicine), John Emerson (Yale University), Kutluk Oktay (Yale School of Medicine), Nanette Santoro (University of Colorado School of Medicine), and Mary Sammel (Colorado School of Public Health).

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