CLINICAL TRIAL WEARABLES & SENSORS INSIGHTS
-
![GettyImages-1362491337-sleep-scratch]( "Digital Measurement Of Nocturnal Scratch In Atopic Dermatitis")
Digital Measurement Of Nocturnal Scratch In Atopic DermatitisA 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.
-
![Wearable-health-innovation-GettyImages-1347130002]( "How Wearable Devices Improve Patient Engagement In Clinical Trials")
How Wearable Devices Improve Patient Engagement In Clinical TrialsWearables are no longer optional—they are foundational to the future of patient-centric, data-driven clinical research.
WEARABLES & SENSORS VIDEOS
Christine Guo, Ph.D., Chief Scientific Officer at Actigraph provides an update on their latest multisensor device under the LEAP™ suite of wearables and information about its Scientific Services.
ALS drug development struggles with trial failures due to complex biology and endpoints. Digital health offers sensitive, objective measures to improve clinical trial outcomes collaboratively.
Understand the importance of platform-enabled real-time data capture and how to leverage AI and machine learning platforms to drive study insight into disease progression and treatment.
Explore the forefront of wearable digital health technology and its potential impact on advancing clinical research and healthcare innovation.
WEARABLES & SENSORS RESOURCES
-
![How To Spec, Purchase, And Implement The Right IRT System For Your Clinical Trial]( "Ready For Remote: eCOA Adapts To A Hybrid World")
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.
-
![GettyImages-1168902334 FDA]( "FDA Releases Updated Draft Guidance On Decentralized Clinical Trials")
Take a closer look at the FDA's draft guidance on designing and implementing DCTs, notably remote trial visits, the use of digital health technologies, institutional review board oversight, and more.
-
![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.
-
![GettyImages-1200984194 elderly mobility]( "Digital Endpoint Resource Guide: Parkinson's Disease")
Explore how sensor-based digital health technologies can revolutionize the treatment and management of movement disorders by providing more accurate, patient-centered outcomes.
-
![human-heart-cardiac]( "How Can Digital Measures Advance Heart Failure Research?")
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.
-
![DreamStation]( "Remote Captured Sleep Data Unlocks New Clinical Insights")
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.
-
![Laptop clinical trials iStock-653839742]( "What Are Decentralized Clinical Trials (DCTs)?")
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.
