CLINICAL TRIAL WEARABLES & SENSORS INSIGHTS
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Digital Measurement Of Nocturnal Scratch In Atopic Dermatitis
A 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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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.
WEARABLES & SENSORS RESOURCES
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Due to the global health impact of COVID-19, many aspects of daily life have been moved to a hybrid model, meaning a mix of in-person and technology-enabled interactions In this blog, learn why eCOAs are especially well-suited for hybrid clinical trials.
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Take a closer look at the FDA's draft guidance on designing and implementing DCTs, notably remote trial visits, the use of digital health technologies, institutional review board oversight, and more.
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Explore how an objective scratch measure is now achievable through the use of wrist-worn wearable technology that is both non-invasive and easy to implement.
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Explore how sensor-based digital health technologies can revolutionize the treatment and management of movement disorders by providing more accurate, patient-centered outcomes.
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Wearable DHTs offer a less burdensome means of collecting data on physical activity, mobility, and sleep patterns, all of which are crucial indicators in heart failure management.
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Gathering rich, real-world data in formal clinical trials has been difficult. Gain insight into ways to start collecting quality sleep data remotely by leveraging cloud-based data ingestion and processing.
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Discover how DCTs leverage “virtual” tools, such as telemedicine, sensory-based technologies, wearable medical devices, and direct delivery of study drugs and materials to patients’ homes.