CLINICAL TRIAL WEARABLES & SENSORS INSIGHTS
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![GettyImages-1531115888 wearables]( "Wearable DHT 101: Foundations For Use In Regulated Clinical Trials")
Wearable DHT 101: Foundations For Use In Regulated Clinical TrialsDelve into the benefits of continuous sensor data, the scope of wearable use in clinical trials, and the specific sensors and measures employed by wearable DHTs.
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![GettyImages-1357084676 wearables]( "Reduce Patient Burden — And Make The Most Of Valuable Data")
Reduce Patient Burden — And Make The Most Of Valuable DataAs 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.
WEARABLES & SENSORS VIDEOS
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.
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.
Given the essential role of sleep in overall quality of life and its link to various chronic conditions, accurately measuring sleep is crucial for developing patient-centric therapies and enhancing public health.
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.
WEARABLES & SENSORS RESOURCES
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![GettyImages-1312761837 data capture]( "How Electronic Source Data Revolutionizes Clinical Research")
By increasing interoperability and embracing digital solutions, see how the research community can maximize the benefits offered by eSource, leading to improved trial outcomes and data quality.
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![GettyImages-1415642842 data cloud]( "Pioneering The Next Generation Of Connected Health Solutions")
Test this innovative approach to handling diverse wearable sensor and digital health technology data in clinical trials to facilitate swift assimilation and analysis of patient data.
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![Doctor-patient-GettyImages-1345513639]( "Balancing Clinical Care With Digital Utility In Hybrid Trials")
To create an effective decentralized clinical trial, tools and methods must be considered within the context of challenges faced by the clinical trial’s patients, physicians, and sites.
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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-1403114912 oncology patient]( "Simply Digital: Trial Technologies Help Reduce Oncology's Burden")
Oncology trials are notorious for presenting participants and sites with many challenges. With the FDA having put its support behind digital tools, learn how they make oncology trials easier for everyone.
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![GettyImages-1363170011 wearables]( "Wearables In Clinical Trials: Real Benefits Beyond The Hype")
Gain insight into the slow adoption rates and consider several compelling reasons why researchers should integrate these devices sooner rather than later.
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![GettyImages-1139719728 FDA]( "What Does The New FDA DHT Guidance Mean?")
In December 2023, the FDA released the final version of its digital health technologies guidance, outlining the facilitated use of sensor-based DHTs and wearables in clinical investigations.
