STAT+: Wearables, and the flood of data they generate, inch closer to entering the clinic
A major selling point for wearable devices is the promise that they’ll help identify hidden health conditions before they lead to major harm. But a nagging issue has been the connection to clinician guidance when a smartwatch or ring raises the alarm.
To help address this issue, wearable makers Oura and Whoop recently announced they’ll make it possible for users to connect virtually with doctors directly from their apps. While the move could represent the first step in the long-awaited adoption of consumer health data by traditional clinical care, experts cautioned that the bar for data in clinical decision-making is higher than for simple wellness purposes. The Food and Drug Administration has only authorized a handful of wearable features for clinical use, and the evidence base for using wearable data to inform medical care is nascent. Widespread use by clinicians will take considerably more work.
“This was an inevitable development,” said Ida Sim, a physician and professor at the University of California, San Francisco, who studies how to make best use of consumer health data. “We’ve got these sensors that have ostensibly valuable data … but we haven’t even begun to tap into the real clinical value.”
Effects of Concurrent and Consecutive Repetitive Transcranial Magnetic Stimulation (rTMS) and Cognitive Bias Modification (CBM)
Interventions: Device: TMS; Behavioral: Cognitive Bias Modification; Device: Sham TMS
Sponsors: The University of Hong Kong
Recruiting
My MS Toolkit: An Internet-Based Depression Self-Management Program for Adults Living With Multiple Sclerosis
Interventions: Device: My MS Toolkit
Sponsors: University of Washington
Not yet recruiting
Effects of Transcranial Magnetic Stimulation on Social Cognition, Cognitive Processing, and Functional Brain Architecture
Interventions: Device: continuous theta burst stimulation (cTBS); Device: Intermittent theta burst stimulation (iTBS); Device: Sham
Sponsors: University of Colorado, Denver; National Institute of Mental Health (NIMH)
Not yet recruiting
Development of a Mobile Terminal-Based Intelligent Detection System for Multiple Anterior Segment Diseases of the Eye
Interventions: Device: Smartphone-based on-device artificial intelligence system for anterior segment eye disease screening
Sponsors: Zhongshan Ophthalmic Center, Sun Yat-sen University
Recruiting
Fronto-Parietal Transcranial Alternating Current Stimulation for ADHD in Children and Adolescents
Interventions: Device: Active transcranial alternating current stimulation; Device: Sham transcranial alternating current stimulation
Sponsors: Central South University
Recruiting
Precision HD-tACS for Enhancing Sensory Experience in Schizophrenia
Interventions: Device: Transcranial neurostimulation; Device: Sham Transcranial neurostimulation
Sponsors: Hôpital le Vinatier
Not yet recruiting
Precision ICU Care: Evaluating an AI-Driven Nursing Decision Support System for Delirium Prevention
Interventions: Device: MLP-based Clinical Decision Support System (MLP-CDSS); Behavioral: VR-based Cognitive Intervention; Behavioral: VR-assisted Early Mobility Exercise
Sponsors: Taipei Medical University
Not yet recruiting
Edwards Lifesciences makes a simple change for a first-of-its-kind tricuspid valve
The first-of-its-kind Edwards Lifesciences Triformis Resilia doesn’t look all that different from the structural heart device developer’s other prosthetic valves, but a simple yet critical design change allows it to address an unmet patient need. Edwards earned FDA approval for Triformis Resilia in May 2026. It’s the first surgical valve designed for the tricuspid position.…
The post Edwards Lifesciences makes a simple change for a first-of-its-kind tricuspid valve appeared first on Medical Design and Outsourcing.

