CLINICAL TRIAL WEARABLES & SENSORS INSIGHTS
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![GettyImages-1357084676 wearables]( "The Future Of Wearable Technology In Clinical Trials")
The Future Of Wearable Technology In Clinical TrialsLearn how wearable technology is reshaping the future of clinical trials, offering unprecedented opportunities to collect continuous, real-time health data while improving patient access and engagement.
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![Bryan Screenshot]( "Pros & Cons Of Using Wearables In Clinical Trials")
Pros & Cons Of Using Wearables In Clinical TrialsWhat are the biggest advantages and challenges of using wearables in a clinical trial? And who do you need on your team to add wearables to a trial? These are the questions Bryan Hansen, Ph.D. of Johnson & Johnson Innovative Medicine answers in this Q&A.
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.
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.
As the volume and variety of clinical trial data have exploded - including electronic health records (EHR), sensors, and ePRO data - processes to manage and monitor that data have not kept pace. These processes are still grounded in a retroactive data review and reconciliation with a primary focus on eCRF data.
Watch as experts from ActiGraph, Bellerophon Therapeutics, and IQVIA come together to explore the obstacles and potential breakthroughs in rare disease research.
WEARABLES & SENSORS RESOURCES
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![GettyImages-1247768657 sleep]( "Advancing Patient-Centric Research With DHTs")
Sleep quality is pivotal for overall health. Explore how wearable digital health technologies can revolutionize our understanding of sleep and enhance research outcomes.
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![GettyImages-1368237809 data]( "Defining 'Evidence Generation' Within Modern Clinical Trials")
Learn how this distinctive approach centered on enabling clinical trial sponsors to gather data and generate evidence ensures the successful acquisition of diverse information.
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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-1531115888 wearables]( "Guide: How Connected Devices Improve Clinical Trial Data")
Gain an overview of how and why connected devices provide sponsors and CROs with better clinical trial data, and offer patients much better trial experiences!
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![iStock-1182475990-scratching]( "Generating A Novel Measure Of Scratch Using Wrist-Worn Wearables")
In this interview, learn how scientists are developing a novel digital outcome measure for measuring scratch in people with atopic dermatitis.
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![Silhouette Meeting GettyImages-485983391]( "PEAK Matrix® For Decentralized Clinical Trial Platforms Provider 2023")
Explore how technological advancements, innovative business models, increased wearables support, FDA’s push to the industry to adopt DCTs, and a holistic approach to clinical trials have proliferated the DCT landscape.
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![iPad Tablet]( "Exploring Integrations In Decentralized Clinical Trials")
In this blog, see how each decentralized clinical trial is unique and has its own set of requirements. Based on your trial’s design, consider how to plan for necessary system interactions, leverage the data collected, and select the right partner.
