Christine Yu

John Rogers, a professor at Northwestern University, discusses cutting-edge sweat monitoring technology that optimizes hydration for athletes. Christine Yu, a journalist and author, emphasizes the historical neglect of women in sports science. They explore how improved gear design, including a new bike saddle for female athletes, addresses long-standing issues. This includes tackling discomfort that led many to undergo labiaplasties. The conversation highlights the importance of data-driven innovations in enhancing athletic performance and health.

On this week’s episode, WHOOP VP of Performance Science, Principal Scientist, Kristen Holmes is joined by author Christine Yu. Christine is an award-winning journalist focusing on the intersection of sports science and women athletes. Christine is here to discuss her new book UP to SPEED: The Groundbreaking Science of Women Athletes and the state of women’s health and wellness in today’s society. Kristen and Christine will discuss Christine’s journalism career (2:55), the biggest inequities in health and athletics (5:00), areas for more women’s health research (7:40), young athletes dealing with puberty (9:50), the impact of hormonal birth control on female athletes (14:57), media coverage of women’s sports (19:05), the push for equal pay in sport (21:50), key takeaways from Christine’s book (24:30), a research study that Christine believes changed the industry (26:05), a story about the Australian National Field Hockey team and ACL injuries (33:05), Christine’s learnings across the continuum of a female athlete’s life (35:25), what women should be doing in perimenopause (42:17), an inequity Christine would improve today (46:15), and tips for women to achieve high performance (52:05).Resources:Christine's WebsiteChristine’s InstagramUP to SPEED Support the showFollow WHOOP: www.whoop.com Trial WHOOP for Free Instagram TikTok X Facebook LinkedIn Follow Will Ahmed: Instagram X LinkedIn Follow Kristen Holmes: Instagram LinkedIn Follow Emily Capodilupo: LinkedIn