Course description
Course type
Basic
Course description
Understanding the biological, genetic, and technological implications of reproductive aging is crucial as people continue to delay parenthood. This campus will explore the causes and consequences of this global trend for male and female biological processes. Leading experts will share insights into the health and disease implications of ovarian aging, the loss of the Y-chromosome, and the genetic and epigenetic impact The course will highlight the potential and limitations of cutting-edge research and therapies to mitigate the effects of reproductive aging. The adjustments needed in the clinic for advanced reproductive age patients and the educational challenges will also be discussed.
Target audience
Reproductive geneticists, stem cell researchers, and MAR practitioners.
Educational needs and expected educational outcomes
Better understanding is needed of the biological and genetic impacts of reproductive aging. Knowledge gaps also exist in how to apply emerging therapies successfully in diverse clinical settings. This course aims to address these issues by providing evidence on the latest scientific findings and practical strategies to overcome challenges and complexities in this area. At the end of the campus, attendees will have a comprehensive understanding of the molecular and genetic mechanisms of reproductive aging in females and males. They will also be able to recognise the gulf between research promise and clinical implementation, and have improved their skills for discussing reproductive aging and fertility options with patients.
Educational methods
Language
The official language of the course is English.