Christian Rosas-Salazar

Study to explore antibiotics’ role in childhood asthma

Goal is to inform the design of microbiome-based therapeutics that can help deliver antibiotics safely during early life and reduce the burden of childhood asthma.

Registered respiratory therapist Natasha Vanderbilt, RRT, encourages 10-year-old Kate to exhale a complete breath during a lung function test in the Pediatric Pulmonary Medicine clinic. (photo by Susan Urmy)

Removing race improves accuracy of lung function testing in children

The study suggests the adjustment for race in spirometry resulted in an underreporting — and thus possibly undertreatment — of chronic lung diseases, including asthma and cystic fibrosis, in Black children.

Stokes, Austin, Rosas-Salazar honored by the American Thoracic Society

The mission of the ATS is to promote the respiratory health of children and adolescents and to improve the care of children with respiratory disease through research, education, patient care and advocacy.

A clinical trial supports approval of a new medication to treat moderate-to-severe asthma in children.

Study finds early RSV infection linked to significantly increased risk of asthma in children

A Vanderbilt study has found that RSV infection in the first year of life is associated with a significantly increased risk of asthma in children.

Study to explore nasal bacteria of children born by C-section

Vanderbilt is recruiting pregnant women scheduled to undergo a repeat cesarean section at VUMC for a study of potential interventions to change the bacteria living in the nose of children born by C-section.

Contributors to the COVID-19 microbiome study include (front row, from left) Julie Bastarache, MD, Meghan Shilts, MS, MHS, (middle row, from left) Jodell Jackson, PhD, Suman Das, PhD, Angela Jones, MS, (back row, from left) Jonathan Schmitz, PhD, MD, Simon Mallal, MBBS, and Jordan Best, PhD.

‘Friendly’ bacteria may impact COVID severity

The U.S. Centers for Disease Control and Prevention (CDC) has awarded Vanderbilt University Medical Center a two-year, $3.7-million contract to determine genetic and bacterial factors that may increase the risk for severe illness and death from COVID-19.