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Fox News: ‘Smart Mask’ Could Detect Asthma, COPD and Other Medical Conditions, Dr. Osborn Comments

The EBCare mask aims to enable personalized health care, but some doctors question the benefits

Published September 10, 2024 4:30am EDT

Wei Gao, a professor of medical engineering at the California Institute of Technology (Caltech) in Pasadena and his team has recently created a mask that could hold clues to your health.

EBCare mask is designed to analyze the chemicals in someone’s breath via a cooling mechanism that converts the breath into a liquid and then transports it to sensors. These sensors are programmed to detect any existing health issues such as respiratory infections, COPD, asthma, and post-COVID infections.

Fox News Smart Mask Could Detect Asthma, COPD and Other Medical Conditions, Dr. Osborn Comments

It was also stated by Gao to Fox News Digital that this mask has the ability to enable “continuous, real-time monitoring of exhaled breath condensate (EBC) in a non-invasive and wearable format.”

The idea for this smart mask, according to Gao, is not to replace traditional medical diagnoses, but to provide “early warning” through health monitoring during daily activities and to “bridge the gap” between doctor’s visits.

While this mask poses plenty of innovative benefits to one’s future health monitoring, there are some potential limitations that Dr. Brett Osborn, a Florida neurosurgeon and longevity doctor, wants future users to be aware of.

Osborn shared his query to Fox News of whether or not this type of technology would make a difference in everyday life and then expressed how he believes that the concept of the EBCare mask is better suited for “specific, high-stakes environments,” such as situations that revolve around the monitoring of toxic gases in military or industrial settings.

While Gao did acknowledge the limitation of a “relatively small sample size in some of the clinical trials, particularly for conditions like COPD and asthma,” he did assure Fox News that “future studies with larger and more diverse populations will help to further validate the device’s performance across a broader range of conditions and environments.

The full version of this article was published on Fox News by Melissa Rudy on September 10, 2024