Groundbreaking New Research: How HRV Could Predict Preterm Births with Emily Capodilupo and Dr. Patrick Carroll

In this episode, we discuss groundbreaking research around pregnancy that could pave the way in improving the lives and health outcomes of premature infants worldwide New research from WHOOP has uncovered a first-of-its-kind digital biomarker that can be a potential indicator of preterm delivery, all by using HRV patterns. VP of Data Science and Research Emily Capodilupo joins the show to discuss what we found in our pregnancy data (3:55), how she looked at her own data as a pregnant member (5:25), a pregnancy study conducted at West Virginia University by Dr. Shon Rowan (7:16), the HRV inflection point (9:19), how Dr. Rowan used WHOOP in his study (10:26), how WHOOP conducted a pregnancy research study with members (11:43), what you can learn from the inflection point (13:35), the impact of preterm births (16:25), the options and preventative measures regarding preterm births (18:10), and how we will incorporate this research into the WHOOP app (20:36). WHOOP Chief Medical Officer Dr. Patrick Carroll joins the show to talk about how wearables are impacting health care (27:52), providing WHOOP data to your medical provider (30:29), the power of non-invasive studies (32:52), the exclusion criteria for the study (34:00), and the overall impact on the medical field (34:49).

Resources:
The Locker: Understanding Every Stage of Pregnancy
Dr. Shon Rowan's Research Study from WVU

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