CLINICAL TRIAL WEARABLES & SENSORS INSIGHTS
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![modern financial management, female investor empowerment, remote participation-GettyImages-2222754770]( "DiMe's Navigator: Why Teams Still Stall On Digital Endpoints")
DiMe's Navigator: Why Teams Still Stall On Digital EndpointsDiMe’s sDHT Adoption Navigator helps clinical teams move from guidance to action, but the real test is whether organizations use it early enough to matter.
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![API Application Programming Interface connects services, internet data communication-GettyImages-2203607940]( "Digital Endpoints Are Ready. Clinical Development Isn't")
Digital Endpoints Are Ready. Clinical Development Isn'tRegulatory guidance and validation science for digital endpoints are solid. The real barrier is cross-functional execution – and the cost of waiting is compounding.
WEARABLES & SENSORS VIDEOS
Rakesh Pilkar, Ph.D., and Marcin Straczkiewicz, Ph.D., unveil their latest endeavors in devising innovative metrics to quantify gait and upper limb movement for monitoring ALS progression.
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.
Drug developers, researchers, patients, and regulators are recognizing the benefits of sensor-based digital health technologies for clinical research.
Discover insights from the ActiGraph Digital Data Summit (ADDS), a unique gathering uniting researchers across academia and industry to promote digital health technology in clinical research, shaping the future of healthcare.
WEARABLES & SENSORS RESOURCES
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![Wearables]( "Position Your DHT Innovation For Success")
Explore three factors that significantly influence the success of clinical trials incorporating digital health technology.
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![getty-155277133-storytelling-data-paper-digital]( "Real-World Value Realized From DHTs In Clinical Trials")
Explore four real-world examples of clinical trials that successfully integrated DHTs. Each case study highlights how DHTs impacted specific aspects of trial design.
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![GettyImages-1382188141 sleep]( "Unveiling The Critical Role of Sleep In Clinical Studies")
Explore the critical role of sleep in clinical trials and its impact on health outcomes, emphasizing the need to address sleep disturbances for more effective and reliable research.
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![GettyImages-1125882055 DCT]( "Deriving Reliable Clinical Outcome Scores From Continuous DHT Data")
DHT-derived endpoints, especially percentile-based metrics, hold promise for robust, scalable measurement in clinical trials—provided they're chosen statistically and with adherence in mind.
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![GettyImages-1390654899 esource patient]( "How Capturing Data Directly Is Transforming Trials")
With the right eSource technology, discover how trial data can be aggregated, integrated, and classified to accelerate data analysis for insight-based decisions in real time.
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![iStock-1182475990-scratching]( "Objective Scratch Assessments Using DHTs")
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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![Doctor Calling On Phone]( "Maximize The Value Of Wearable Data")
Explore this near real-time adherence monitoring solution for clinical trial sponsors that compares wearable device data collected from a participant's scheduled activities and visit dates.
