Background: Few non-invasive, wearable medical devices exist to allow for biomarker measurement in canines in out-of-clinic environments. Current clinical methods for obtaining biomarkers can be manual and invasive, leading to inaccurate readings
Objective: To assess the efficacy of a non-invasive device to monitor temperature, pulse, and respiration (TPR) in canines.Animals: A total of 20 previously-owned dogs were included within this study. Canines did not present acute or chronic conditions at the time of measurements.
Methods: NxVET, equipped with a phonocardiography, temperature sensing, and actigraphy sensing, was tested on a diverse range of canines at the Kingston Humane Society. TPR readings of these canines were obtained using NxVET and subsequently compared to measurements obtained by an anesthetic monitoring machine. All measurements were obtained by a board-registered veterinarian.
Results: NxVET demonstrates a high degree of accuracy in TPR measurements, with a strong correlation to the anesthetic monitoring machine's data. The device's non-invasive nature allowed for continuous monitoring without causing distress to the animals. Unique insights were gained through the device's ability to detect subtle physiological changes, contributing to proactive health management.
Conclusion: NxVET proves to be a valuable tool in veterinary medicine, offering accurate, non-invasive, and continuous monitoring of vital signs. Its application can enhance animal health management, improve diagnostic accuracy, and potentially lead to better health outcomes in veterinary practice.
