CLINICAL TRIAL WEARABLES & SENSORS INSIGHTS
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![GettyImages-1208552262 elderly, patient, telehealth]( "Telehealth In Clinical Trials: What Sites And Patients Think")
Telehealth In Clinical Trials: What Sites And Patients ThinkSites and patients have complicated views on telehealth in trials. Here’s what the evidence shows about who benefits, who bears the burden, and where the limits are.
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![decisions, pick the right path-GettyImages-2156909134]( "Pick The Right PV Technology With Help From A Safety Data Management Expert")
Pick The Right PV Technology With Help From A Safety Data Management ExpertOtsuka's Head of U.S. GPV Safety Data Management Vikalp Khare shares how smart governance should inform pharmacovigilance (PV) technology choices.
WEARABLES & SENSORS VIDEOS
Clinical trial technologies have been innovated and introduced into clinical research with the hope of making trials quicker, easier, and more accurate — for all parties involved. But what happens when the approach isn’t as patient centric as intended? Janssen Clinical Innovation’s Bert Hartog describes how using one particular wearable nearly derailed a study.
Watch as professionals from ActiGraph describe what sets the company apart from others within the industry and what you can expect when working with their team.
In this pre-recorded webinar, experts from the industry share real-world insights and practical guidance on how to achieve success in decentralized clinical trials.
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.
WEARABLES & SENSORS RESOURCES
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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-1357084676 wearables]( "Reduce Patient Burden — And Make The Most Of Valuable Data")
As actigraphy continues to advance, explore how improvements in device comfort and usability will enhance patient compliance, further optimizing its pivotal role in clinical research across various therapeutic domains.
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![Wearables-iStock-531571505]( "Navigating Wearable Integration: Key Operational Considerations")
Explore wearable devices' transformative potential and innovative capabilities for data collection, patient monitoring, and endpoint measurement.
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![What Motivates Patients To Participate In Multiple Clinical Trials?]( "The Rise Of Decentralized Clinical Trials")
Discover how technological advancements have created the Internet of Things (IoT), in which numerous devices, including wearables like fitness trackers, can all be connected through software and cloud computing.
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![GettyImages-1357084676 wearables]( "Reliable Methods For Examining Long-Term Wearables In Gait & Sway")
Review this evaluation framework for wear duration when confirming if wearable sensor-based methods for capturing gait and balance impairment in the free-living environment are fit for purpose.
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![GettyImages-1314299046 econsent]( "Preparing Studies With eConsent For IRB Approval")
Understand how eConsent can benefit trials and align with IRB ethical commitments, how to prepare your IRB submission for approval, and the future impact of large language models.
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![GettyImages-1061984054 medical device]( "Planning Ahead: 5 Best Practices For The Integration Of Wearables")
Prioritize the considerations outlined by the author to plan effectively, optimize wearable data utility, and significantly enhance your trial outcomes.
