CLINICAL TRIAL WEARABLES & SENSORS INSIGHTS
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![GettyImages-1362491337-sleep-scratch]( "Digital Measurement Of Nocturnal Scratch In Atopic Dermatitis")
Digital Measurement Of Nocturnal Scratch In Atopic DermatitisA major challenge in managing atopic dermatitis (AD) is the lack of objective tools to measure the impact of nocturnal scratching, but new digital measurement solutions could address this gap.
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![Wearable-health-innovation-GettyImages-1347130002]( "How Wearable Devices Improve Patient Engagement In Clinical Trials")
How Wearable Devices Improve Patient Engagement In Clinical TrialsWearables are no longer optional—they are foundational to the future of patient-centric, data-driven clinical research.
WEARABLES & SENSORS VIDEOS
Discover how the ActiGraph Science Team collaborates closely with study teams to capture meaningful clinical outcomes remotely and continuously using sensor-based Digital Health Technologies.
Watch as speakers explore the experiences of sites conducting digital and hybrid trials, discussing the critical benefits of a change management strategy and a unified digital trial platform.
The Philips Health band is a wrist-worn wearable device that captures clinically relevant, objective, and continuous cardiology, respiratory, sleep, and energy expenditure data. It provides intelligence for active evaluation of therapy support and future patient care.
Christine Guo, Ph.D., Chief Scientific Officer at Actigraph provides an update on their latest multisensor device under the LEAP™ suite of wearables and information about its Scientific Services.
WEARABLES & SENSORS RESOURCES
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![GettyImages-1363170016 wearables]( "Wearables For Optical Cardiovascular Monitoring")
Wearable digital health technologies (DHTs) are transforming cardiovascular health monitoring by enabling continuous, real-world assessment through optical sensors like photoplethysmography (PPG).
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![GettyImages-1414020314 wearables]( "3 Things To Know When Using Wearables In Your Study")
As wearables unleash new possibilities, the industry will need an effective strategy to utilize these useful tools. Consider these tips when incorporating wearables in a clinical study.
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![GettyImages-1163267030 treadmill weight loss]( "Looking Beyond Weight Loss In The Obesity Pandemic: What's Next?")
Here, we analyze the current landscape of obesity management, underscoring the critical need for comprehensive approaches that prioritize overall well-being beyond simple weight reduction.
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![Wearable-health-innovation-GettyImages-1347130002]( "How Wearable Devices Improve Patient Engagement In Clinical Trials")
Wearables are no longer optional—they are foundational to the future of patient-centric, data-driven clinical research.
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![Diagnostic-parkinson disease-GettyImages-478561284]( "Parkinson's Disease: Leveraging Wearable DHTs")
Wearable DHTs offer a solution to the challenges of measuring Parkinson's disease in clinical trials. Discover how these technologies can improve outcome measures and accelerate drug development.
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![GettyImages-912073314 In Home Nurse]( "Continuous Cough Monitoring: Addressing Placebo Effects And Data Gaps")
Modernizing symptom monitoring is essential to improving clinical trial quality, and these tools deliver richer, more accurate data that can help close information gaps.
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![GettyImages-1362491337 Nocturnal Scratch]( "Evaluating Usability And Incorporating The Patient Experience In DECODE-Nocturnal Scratch")
The DECODE-Nocturnal Scratch group, launched in November 2023, aims to introduce a purpose-built digital measure of nocturnal scratching to enhance patient-focused drug development in dermatology and provide deeper clinical insights.
