Articles and Insights About Wearables for Clinical Trials

Our Employee Spotlight series highlights a different team member each month, offering a behind-the-scenes look at the people integral to our success. This month, we are speaking with one of our company founders, Patrick Hankey, PhD., VP of Business Development.

The adoption of wearables into clinical trials is fostering innovative ideas about novel digital biomarker development. The following articles discuss strategies for developing respiratory endpoints using real-world data and a patient-centered approach. Learn more and advance ideas for your next research project!

Our Employee Spotlight series highlights a different team member each month, offering a behind-the-scenes look into the people who are an integral part of our success. This month we are talking to Dudley Tabakin, CEO and co-founder.

Our Employee Spotlight series highlights a different team member each month, offering a behind-the-scenes look into the people who are an integral part of our success. This month we are talking to Project Manager, Lindsey Ungerman.

Our Employee Spotlight series highlights a different team member each month, offering a behind-the-scenes look into the people who are an integral part of our success. This month we are talking to one of our newest employees Clinical Scientist, Jen Blankenship, PhD.

Severe respiratory disease is one of the leading causes of infant illness and death worldwide. There is a significant upward trend of clinical infant respiratory studies, including the investigation into respiratory success in ventilated infants, SIDS, and neurological disorders that affect the normal respiratory pattern. In this article, we discuss how noninvasive respiratory monitoring and VivoSense^® software helps researchers collect and analyze respiratory data for clinical studies focused on infant and neo-natal breathing patterns.

San Diego State University’s Clinical Psychology research group and the Drexel University WELL Center joined forces using VivoSense^® to investigate Heart Rate Variability (HRV) and its link to obesity, binge eating, and loss of control while eating. Specifically, the study examined the association between HRV and binge eating and change in HRV from a resting to a stressed task as a potential marker of emotional regulation capacity in obese individuals.

Here’s an example of how a clinical research team studying stuttering respiratory patterns and other biosignals used VivoSense® software to integrate a multitude of wearable physiological sensor data, manage signal artifacts and produce robust data analysis.

June 14, 2019 Newport Coast CA – VivoSense (Vivonoetics), the leading provider of visualization and analysis software for data from wearable sensors, is excited to announce our VivoSense^® 3.3 release.

VivoSense (Vivonoetics, Inc.) is proud to announce its partnership with Cardiac Insight, Inc. to expand the use of its wearable cardiac sensors in regulated pharmaceutical clinical trials and other healthcare research applications. To find out more, read our featured article in Business Wire.