October 14, 2025
Tactile Robotics is pleased to announce the publication of a new research paper from Dr. Kass’s lab at Johns Hopkins University, showcasing the application of CageView™ technology in advanced preclinical research.
In this study, CageView™ was used to measure voluntary exercise behavior in mice through the Wireless Running Mousercise™ system, enabling continuous, real-time activity tracking. The data generated played a critical role in advancing the understanding of metabolic and cardiovascular dynamics, further validating CageView™ as a powerful tool for both preclinical and translational research.
The successful use of CageView™ in this publication highlights its value in delivering high-resolution behavioral insights while minimizing disruption to animal subjects. Such capabilities are increasingly important for research teams studying exercise physiology, metabolism, and disease models.
Researchers based in the United States can now order CageView™ SmartVision, SmartFeeder, and Wireless Mousercise™ systems directly through Thermo Fisher Scientific, expanding access to these technologies across academic and industrial labs. Canadian research institutions are encouraged to contact Tactile Robotics directly to explore deployment options, demonstrations, and collaborations.
Tactile Robotics congratulates the Johns Hopkins University research team on this outstanding contribution and is proud to support research that bridges behavioral science, physiology, and advanced automation.
