Industry News
Nox Medical recently launched its newest business entity, Nox Medical Canada, Inc. The new entity will expedite the process of getting its sleep testing equipment directly to healthcare providers throughout Canada.
Industry News
Nox Medical recently announced its receipt of a patent each from the United States Patent and Trademark Office and the European Patent Office related to the Nox respiratory inductance plethysmography belts that are incorporated into all of Nox Medical’s diagnostic sleep tests.
Nox A1 PSG System
Nox Medical recently released a polysomnography comparison guide, a comprehensive resource to assist sleep professionals in making informed decisions when selecting a new PSG system.
Industry News
After years of trial and error in building a sleep enterprise in Arizona, a healthcare entrepreneur looks to Nox Medical to enhance the sleep diagnostics of her business. Read her story here.
Industry News
Tampa General Hospital, a 1,040-bed research and academic medical center, uses Nox Medical for all the hospital’s diagnostic sleep needs. In a recent video testimonial, members of the sleep lab staff describe how the experience is so far and why they enjoy partnering with Nox.
Industry News
We at Nox Medical understand that this may be a difficult time for many in diagnostic sleep labs throughout the United States. During this challenging time, we wanted to connect with our customers in the industry to express that we are here for all your diagnostic sleep care needs.
Industry News
Clinical experts from Nox Medical share their insights on how to maximize patient comfort in the sleep lab to improve the accuracy of diagnostic testing.
Industry News
To maximize the accuracy of diagnostic sleep tests and to spur innovation in the field of sleep medicine, clinical scientists and engineers at Nox Medical have spent years engineering Nox respiratory inductance plethysmography (RIP) sensors.
Industry News
In the future, endophenotyping, the process of identifying specific traits to form subgroups of a disease, could make a new level of advanced precision medicine a reality.
