Week of September 7, 2026 — curated from leading sleep research and health sources, summarized by AI.
Disputed sleep-stage claims illustrate why a single accuracy percentage can obscure important differences in what wearables measure, infer, and get wrong.
A recent randomized clinical trial suggests that gut-targeted treatment protocols using fecal microbiota transplantation may significantly improve sleep efficiency and subjective sleep quality in adults with chronic insomnia.
Recent findings suggest that sleeping more than eight and a half hours per night may reflect early neurodegenerative processes, highlighting the complex relationship between sleep quantity and brain health.
Facial hair remains one of the toughest fitting challenges for users of positive airway pressure systems. Better results start by tracing the mask seal, testing under pressure, and changing geometry.
A newly launched diagnostic model handles device shipping and patient support, allowing practitioners to focus on clinical interpretation and program growth.
Mobile alertness checks deliver a clear result in minutes, benchmarking fatigue risk against a worker's personal baseline to replace self-reporting and guesswork.
A new integration aims to streamline the journey from obstructive sleep apnea diagnosis to treatment by connecting prescribers and home medical equipment providers through a digital workflow.
Vivos Therapeutics and South Palm Cardiovascular Associates partner to establish a regional facility integrating sleep apnea care into cardiology.
Overnight pulse oximetry offers sleep specialists a noninvasive way to assess nocturnal oxygen patterns, support OSA prescreening, and inform therapy follow-up.
The clinical trial will evaluate an oral combination therapy to refine dosing ahead of a planned phase 3 development program for obstructive sleep apnea.
Happy Health has secured $75 million in funding to scale its AI-powered, home-based platform designed to diagnose obstructive sleep apnea in as few as three nights using an FDA-cleared smart ring.
New research reveals how specific genetic variants interact with sleep duration and quality to influence early brain changes associated with cognitive decline.