Join us for our October Seminar Session! The Correa Lab is investigating how fluctuating estrogen levels influence signaling pathways and neural activity within estrogen-sensitive regions of the hypothalamus. Their research
Appointed by Governor Gavin Newsom, California Surgeon General, Dr. Ramos will join us for an extraordinary public conversation on advancing the health and wellbeing of Californians through policies that promote
Join us for our upcoming Seminar Session! In this interactive presentation, Dr. Allard will share his laboratory’s research focused on identifying environmental exposures that disrupt reproduction and on uncovering the
Join us for our upcoming Seminar Session! In this presentation, Dr. Quinlan will discuss her lab’s research on how the oocyte is developed and organized to produce a viable gamete.
Join us for our upcoming Seminar Session! This talk explores how kin support—especially from grandmothers and othercaregivers—shapes health, development, and lifelong cognition. Drawing onevolutionary anthropology and biology, Dr. Fox will
Join us for our upcoming Seminar Session! Nausea is a protective but often debilitating sensation that limits the use of many important therapies, and current anti-nausea drugs are frequently ineffective
Join us for our upcoming Seminar Session! Bats show exceptional longevity with little biological aging despite high metabolic demands. Using methylation-based clocks across diverse species, Dr. Sears reveals that enhanced
Join us for our upcoming Seminar Session! This talk will explore how large-scale biobank data are transforming our understanding of the relationships between evolution, genetics, and complex traits across diverse
The UCLA Center for Reproductive Science, Health and Education welcomes National Medal of Science awardee Dr. Teresa Woodruff, a pioneer in merging the fields of oncology and fertility preservation and
Join us for our upcoming Seminar Session! This talk will explore how early human development is shaped by signaling pathways and gene regulation, using human stem cell–derived embryo models (blastoids)