Research Training

The Division has held an active NIH T-32 Fellowship Training Grant since 1975, supporting the development of future investigators in Pulmonary/Critical Care Medicine. To facilitate the development of an academic career, approximately one half of the Fellow’s time is devoted to research training during the 3 years of fellowship. These mechanisms of support, in conjunction with fellow-specific mentorship programs led by the Program Director and an Associate Program Director for Research, have enabled many of our fellows to establish careers in academic medicine. A list of graduates from our program who have taken positions at academic medical centers can be found at the following link: Recent graduates. research - 1.jpg

The North Carolina Translational and Clinical Sciences (NC TraCS) Institute at UNC-CH is one of 60 medical research institutions working together as a national consortium to improve the way biomedical research is conducted across the country. This consortium, funded through the NIH Clinical and Translational Science Awards (CTSA), shares a common vision to reduce the time it takes for laboratory discoveries to become treatments for patients, and to engage communities in clinical research efforts. To achieve these goals, TraCS offers a number of programs and services to assist researchers, including pulmonary fellows, through all phases of the process of translating basic science discoveries into meaningful health advances. The NC TraCS institute sponsors a CTSA KL2 Program whose mission is to train and develop junior investigators who will become the next generation of successful translational and clinical researchers. Click here to read more about our CTSA KL-2 program.

Planning for research begins during the clinical year. In the fall of the first year, each fellow meets with the program directors to discuss their research interests and career goals, and the research opportunities that will best serve the fellow in achieving his or her career goals. Over the winter the Fellow’s research interests are solidified and prospective mentors are discussed. By the spring of the first year a research mentor is chosen and a research plan formulated. Each fellow develops and executes, with the help of a faculty mentor, a basic or clinical research project. Fellows are trained in grantsmanship and are guided in the 1) submission of applications for extramural funding, 2) presentation of their work at the American Thoracic Society International Conference, 3) submission of manuscripts to peer-reviewed scientific journals, and 4) presentation of their work through seminars at Division research conferences.


Basic and translational research in Pulmonary and Critical Care Medicine at UNC is conducted out of three distinct centers on the UNC Medical Campus. A brief description of each center is provided below:

Center for Environmental Medicine, Asthma, and Lung Biology (CEMALB)

reaseach 4.jpg
EPA Human Studies Facility
UNC is one of 16 Asthma and Allergic Disease Centers funded by the NIH. Investigators in the CEMALB conduct basic science mechanistic studies and translational studies on the effects of common environmental pollutants on asthma pathogenesis and lung health. The effects of novel therapeutic interventions for asthma are also tested by investigators in this center. Human studies are conducted in the EPA Human Studies Facility on the UNC Medical Campus, and mechanistic studies are conducted in the Lung Disease Models Core in the Burnett-Womack Building. For more information about ongoing research in the CEMALB, please follow the link here.

Cystic Fibrosis/Pulmonary Research and Treatment Center (CF-PRT)

research 6 .jpg
Thurston-Bowles Building
Originally developed to study the pathogenesis of cystic fibrosis (CF), this center has grown into one of the world’s largest research centers in epithelial cell biology. Research involving all aspects of airway epithelial cell biology is conducted in the CF-PRT, housed on 5 floors of the Thurston-Bowles Building. Researchers in the CF-PRT have used physiologic, genetic, molecular, and informatics techniques to dissect the pathophysiology of CF, and are now using this knowledge to translate their basic science discoveries into new therapies for patients. In addition to continued investigation into the pathogenesis of CF, the research infrastructure developed in the CF-PRT over the past 30 years is now being exploited to study other major airway diseases including COPD, asthma, and non-CF bronchiectasis. For more information about research in the CF-PRT, please use the following link: CF-PRT

Center for Airways Disease

research 7.jpg
Medical Biomolecular Research Building
The goal of the Center for Airways Disease is to further our conceptual and mechanistic understanding of diseases that affect the airways of the lungs, particularly smoking-related diseases such as chronic obstructive pulmonary disease and lung cancer, as well as lung infections, including pneumonia. The Center’s mission is to stimulate research that defines airways disease at a molecular level, enabling early diagnosis, prognosis and personalized treatment of patients with these lung diseases. The ultimate goal is to translate research findings into better care for residents of North Carolina and throughout the nation, addressing both the disease predictors and therapies and the social and behavioral aspects of these diseases through the tools of individualized medicine. The Center for Airways Disease is located in the Medical Biomolecular Research Building on the UNC Medical Campus.

Clinical Research

research 8.jpg
Bioinformatics Building
While the CEMALB and CF-PRT conduct clinical trials in addition to basic and translational studies, the majority of clinical research is conducted out of the Division. The UNC Pulmonary and Critical Care Division conducts clinical trials and outcomes research in a number of areas including asthma, COPD, bronchiectasis (including CF, PCD, and idiopathic bronchiectasis), sarcoidosis, pulmonary hypertension, ARDS, sepsis and prolonged mechanical ventilation. As a member of the NIH-supported ARDSnet clinical trials network, we have the opportunity to lead and participate in clinical trials of the most promising new therapies for acute lung injury. Clinical trials in critical care are complemented by outcomes studies using longitudinal cohort models and analyses of large databases. The clinical trials group seeks to translate innovative medical ideas into useful clinical therapies and assess the impact of those therapies on patient outcome. Clinical trials research staff and clinical researchers are based in the administrative home of the Division in the Bioinformatics Building.