Director of UArizona Health Sciences’ Asthma and Airway Center has deep connection to making sure everyone breathes easier.

A predictive test could help parents and doctors use interventions to prevent asthma during the first two years of life.

A collaboration of UArizona researchers is assessing the use of azithromycin for severe wheezing and asthma in children.

COVID-19 dominated coverage but research by faculty, staff and students continued to advance healthcare and make headlines around the world.

COVID-19 vaccines were approved for children ages 5 to 11 in late October.

World-renowned physician-scientist Dr. Fernando Martinez says that true innovation goes against the established way of thinking and should surprise people.

Covering just a few of the BIO5 Institute's current members' projects, this article shows the impacts that the BIO5 institute has on addressing pressing problems of the 21st century.

Researchers at the University of Arizona will be launching a study of how prone Hispanic children are to asthma in Tucson compared with their peers on the other side of the U.S.-Mexico border in Nogales, Sonora.

Researchers at UArizona will be launching a study of how prone Hispanic children are to asthma in Tucson compared with their peers on the other side of the U.S.-Mexico border in Nogales, Sonora.

A cross-border investigation of children's susceptibility to asthma and other childhood illnesses in the United States and Mexico is the focus of a new study led by researchers in the Asthma and Airway Disease Research Center at the University of Arizona

The BEAMS study seeks to provide a better understanding of the early origins of asthma and to offer new asthma prevention strategies to improve respiratory health for the Mexican-American community in Southern Arizona, and potentially for all Americans.

Research being done by a team of BIO5 researchers could very possibly lead to the future of asthma prevention. By studying dust found in homes and barns on Amish farms, these scientists believe they can revolutionize the next generation of drugs to treat