ActiGraph is a leading provider of medical-grade physical activity and sleep monitoring solutions for the global scientific community. The company has FDA-cleared wearable activity monitors and robust data management and analytics platform to quantify human movement in academic and population health research.
As a strategic partner of ActiGraph, Techsol provides professional consulting services to implement Actigraph’s wearable technology solutions for pharmaceutical and life sciences organizations seeking to capture and monitor real-world physical activity, mobility, and sleep behavior for patients enrolled in clinical trials.
Our Consulting Services for Actigraph Products
We help biopharma and medical device companies to effectively use Actigraph's wearables and other e-source technologies for real-time data capture during the conduct of clinical trials.
Latest Insights
How to Proactively Prevent Clinical Trial Protocol Deviations and Protocol Violations
Understanding the Importance of a Clinical Trial Protocol The fundamental objective of a clinical trial protocol is to provide common scientific guidance on how to conduct the clinical study in a regulatory-compliant manner and gather data that will ultimately provide answers on the safety and efficacy of the investigational medicinal product. The Guidelines for Good [...]
Food & Nutraceuticals: How Companies can Prove Health Value with Clinical Trials
What are Food and Nutraceuticals? ‘Nutraceuticals’ is a composite term of ‘nutrition’ and ‘pharmaceutical’. They are a blend of products that possess both nutritional as well as medicinal value. They are designed to improve physical health, boost immunity, and deal with stress and increase longevity. Nutraceutical products play a significant role in maintaining normal physiological [...]
Best Practices for Signal Management in Pharmacovigilance
Pharmacovigilance involves the collection, detection, assessment, and monitoring of data on Adverse Drug Reactions (ADRs) which must be evaluated to derive vital safety information. Signal detection involves monitoring the adverse reaction data for patterns that suggest new safety information. Safety signals can be detected from an extensive range of sources, such as spontaneous reports, clinical [...]