

Linda Griffith
Biological engineer and Scientific Director of the MIT Center for Gynopathology Research, specializing in tissue engineering and endometriosis research; featured guest discussing the biology and diagnosis of endometriosis.
Top 3 podcasts with Linda Griffith
Ranked by the Snipd community

13 snips
Oct 12, 2025 • 35min
The Woman's Disease - Linda Griffith | Maiden Mother Matriarch Episode 167
Linda Griffith, a Professor at MIT and director of the Center for Gynopathology Research, dives into the complexities of endometriosis. She shares her personal journey from debilitating symptoms to eventual diagnosis, highlighting the challenges of misunderstanding and the need for better clinician awareness. Linda discusses the historic biases that led to missed diagnoses in adolescents and emphasizes the importance of recognizing endometriosis early. Her advocacy and insights into women's pain shed light on the urgent need for improved treatment and education.

10 snips
Nov 3, 2025 • 18min
Endometriosis Is Common. Why Is Getting Diagnosed So Hard?
Dr. Linda Griffith, a biological engineer and Scientific Director of the MIT Center for Gynopathology Research, dives into the complexities of endometriosis—a condition affecting 1 in 10 individuals with a uterus. She discusses the long diagnostic delays, often due to stigma and the lack of quantifiable tests. Linda also explores innovative research, including tissue engineering to model lesions and emerging treatments like anti-inflammatory drugs. Personal experiences inspired her shift to this vital research area, shedding light on future diagnostic advancements.

Sep 1, 2025 • 9min
"Organs on a chip" help researchers better understand diseases like endometriosis
In this discussion, Linda Griffith, a bioengineer at MIT and director of the Center for Gynepathology Research, dives into revolutionary research on endometriosis using organs-on-chips technology. She explains how this innovative approach aids in creating patient-specific tissue models, enhancing our understanding of chronic inflammatory diseases. Griffith also tackles the intersection of hormones and the immune system, critiques current therapies, and advocates for deeper exploration into menstruation and hormone interactions, promising a future of precision medicine.


