Christmas

Our office will be closed Tuesday and Wednesday, December 24th and 25th for the Christmas holiday. We will reopen at regular business hours on Thursday, December 26th.

Usability Evaluation Program

Our program allows study teams to make data-driven decisions about integrating DHTs by conducting usability validation prior to your trial.

Team of Researchers

Usability Evaluation Program

Study teams can now conduct usability validation using our comprehensive DHT solution through the Usability Evaluation Program prior to your trial.

Our Services

Scientific Services

End-to-End Scientific Support to Accelerate Clinical Development

 

Senior Man Wearing ActiGraph LEAP™

Usability Validation

Usability is essential to realizing the full potential that digital health technologies (DHTs) can bring to clinical research. Recognizing this, the Digital Medicine Society (DiME) recently announced DataCC V3+ framework, which adds usability validation to the V3 components of verification, analytical validation, and clinical validation.

Usability validation involves establishing best practices for the design, development, and usability testing of sensor-based DHTs. Device characteristics such as design, battery life, and memory storage affect usability. The scalability, ease of use, and integrations of the platform are equally important. Each element is critical to generate the high-quality, complete data essential to a successful study.

Poor usability can lead to site disengagement, low patient adherence, and incomplete or low-quality data. In clinical research where multiple stakeholders (including study teams, sites, and participants) are crucial to trial success, validating usability helps you maximize the value of your DHT investment and capture the value that DHTs can bring to your development program.

Usability Evaluation Program

To validate that ActiGraph’s end-to-end DHT solution is fit-for-purpose for your specific study, we offer an evaluation program for clinical trial sponsors who have a qualified upcoming trial. This allows study teams to perform usability validation with our complete DHT solution before your trial.


The Evaluation Program includes:

  • 5 wearable devices
  • 5 CentrePoint Data Hubs and cellular data
  • 2 months access to CentrePoint digital health platform
  • 2 months Project Management and user support
  • Science consulting engagement
  • 1 virtual training session
  • API or 1 standard data transfer at end of evaluation

View the Case Study of the usability evaluation that UCB conducted with ActiGraph to select fit-for-purpose DHTs for their clinical trials.

Team of Researchers

Delivering Exceptional Scientific Services for Your Clinical Trials

How Our Team Can Help Accelerate Your Clinical Development Program

At ActiGraph, we understand that introducing novel or additional elements to your development program can bring great opportunities, but also can come with risks. That’s why we built a world-class Science Team so you can leverage our expertise and experience to realize benefits such as improved enrollment, reduced participant burden, accelerated development timelines, and supported regulatory engagement.

We help you incorporate DHTs with a detailed deployment consultation and help you plan for effective fit-for-purpose data collection by leveraging shared best practices and avoiding common pain points.

Endpoint Design

Endpoint Design

Select and design the DHTs for the context of use and support the content validation of meaningful aspect of health.


See Services
  • Technical literature review and documentation
  • DHT feasibility and usability evaluation
  • Patient-focused research
  • Protocol development
Algorithm Validation

Algorithm Validation

Develop, validate, and implement algorithms that are fit-for-purpose for the context of use.


See Services
  • Compare and evaluate algorithm performance, including equivalency studies comparing devices
  • Develop and implement new algorithms relevant for your study population(s)
  • Refine and validate algorithms and data output
DHT Data Analysis

DHT Data Analysis

Conduct appropriate biostatistical analysis of the digital endpoints with consultation and/or full services.


See Services
  • Develop digital endpoint statistical analysis plan
  • Program and execute statistical analysis plan of wearable raw data
  • Manuscript development and publication
Regulatory Engagement

Regulatory Engagement

Support regulatory engagement with our experience, knowledge, and documentations.


See Services
  • Consultations for regulatory engagement
  • Clinical validity evaluation
  • Develop Fit-For-Purpose regulatory dossier

ActiGraph Science Team

Sensor-based DHTs are inherently more complex than traditional clinical measures. To help study teams maximize the benefit of DHTs, ActiGraph has built a world-class team of engineers, data scientists, biostatisticians, and clinical scientists. Our multidisciplinary team provides end-to-end services to tailor the application of DHTs to the clinical hypotheses and reveal the otherwise invisible clinical insights derived from high-quality sensor data.

Christine Guo, PhD

Christine Guo, PhD

Chief Scientific Officer

Rakesh Pilkar, PhD

Rakesh Pilkar, PhD

Senior Data Scientist

Ali Neishabouri, PhD

Ali Neishabouri, PhD

Head of Data Science

Dawid Gerstel, PhD

Dawid Gerstel, PhD

Data Engineer

Matthew Patterson, PhD

Matthew Patterson, PhD

Senior Data Scientist

Sylvain Zorman, PhD

Sylvain Zorman, PhD

Director Digital Health Sciences


Additional Resources

Sensor-based DHTs enable previously inaccessible insights into participant behavior to advance clinical development programs, but integrating wearables into a clinical trial calls for strategic alignment, meticulous planning, and early engagement with DHT partners. We've selected some useful resources below that share examples and best practices for maximizing the value of your DHT investment.

All Publications

Featured Publications

All Publications
Treating insomnia symptoms with medicinal cannabis: arandomized, crossover trial of the efficacy of a cannabinoid medicine compared with placebo - Jennifer H. Walsh et al. (2021)
A Randomized, Double-Blind, Placebo-Controlled Study to Assess the Safety and Efficacy of Pulsed, Inhaled Nitric Oxide at a Dose of 30 mg/kg Ideal Body Weight/hr in Subjects at Risk of Pulmonary Hypertension Associated With Pulmonary Fibrosis Receiving Oxygen Therapy - Nathan et al., (2020)
Sensory-Evoked 40-Hz Gamma Oscillation Improves Sleep and Daily Living Activities in Alzheimer’s Disease Patients - Cimenser et al., (2021)
Validation of open-source step-counting algorithms for wrist-worn tri-axial accelerometers in cardiovascular patients - Femiano et al., (2022)
Prospective Examination of Objectively Assessed Physical Activity and Sedentary Time after Breast Cancer Treatment: Sitting on the Crest of the Teachable Moment - Sabiston et al., (2014)
Methods to estimate aspects of physical activity and sedentary behavior from high-frequency wrist accelerometer measurements - Staudenmayer et al., (2015)

Schedule a Meeting with Our Science Team

Schedule a meeting with a member of our Science Team to learn more and receive personalized guidance on maximizing the benefits of digital health technologies (DHTs) throughout the clinical development lifecycle.

Contact Our Sales Team

Do you have an upcoming trial that could benefit from the use of digital measures? If so, contact us to learn more about our usability evaluation program.


ActiGraph

Pioneering the Digital Transformation of Clinical Research