BREATHE-CC Cohort Study
Bridging Respiratory Exposures, Asthma, and Environmental Health in Corpus Christi
BREATHE-CC Study Participant Portal
For enrolled participants with a Driscoll Children's Hospital Study ID
If you have already signed your informed consent form and received your Driscoll Children's Hospital Study ID from the clinic study team, you may begin your baseline questionnaires below. You will complete a series of three short surveys:
Registration & Contact Info
Basic contact details
Demographics Intake
Family & background info
Household Questionnaire
Home environment details
Complete Your Baseline Forms
Complete the Registration and Demographics Intake forms. For compensation details, please ask the study team in office.
⏱ Takes only 10–15 minutes for both forms
Begin Survey →The BREATHE-CC study is supported by dedicated physicians at Driscoll Children's Hospital who are committed to advancing childhood respiratory care in South Texas.
Dr. Mari Allison-Hoien
Dr. Mari Allison-Hoien is a clinical partner on the BREATHE-CC study at Driscoll Children's Hospital, supporting patient identification and enrollment efforts to advance pediatric asthma research in the Corpus Christi community.
Dr. Jon Roberts
Dr. Roberts is a pediatric pulmonologist and the medical director of pediatric pulmonology and respiratory therapy at Driscoll Children's Hospital, dedicated to advancing childhood respiratory care in South Texas.
The BREATHE-CC study represents a landmark prospective birth cohort investigation examining the relationships between early life environmental exposures and respiratory outcomes in pediatric patients at Driscoll Children's Hospital. Located along the Gulf Coast in Nueces County, Texas, Corpus Christi faces notably high pediatric asthma rates, estimated at approximately 7.8%, driven by unique regional environmental and meteorological factors including industrial emissions, allergens, and coastal humidity.
This comprehensive study aims to address environmental health disparities by investigating how household conditions, socioeconomic factors, ambient air quality, and proximity to industrial zones contribute to the development of asthma exacerbations. The research targets Hispanic children aged 0-10 years, a population that bears a disproportionate burden of asthma-related morbidity in South Texas.
Funded Research Project
Texas Higher Education Coordinating Board
Minority Health Grant Program (RFA# 01724)
FY2025 - 2027
Principal Investigator: Dr. Rajesh Melaram
The BREATHE-CC study represents a robust partnership between leading healthcare and academic institutions, ensuring comprehensive clinical expertise and research infrastructure.
College of Nursing and Health Sciences
Lead Institution
Clinical Partner
Patient Care & Research Site
Research Partner
Health Disparities Research
Collaborative Research Team
| Principal Investigator | Institution | Role | Expertise |
|---|---|---|---|
| Dr. Rajesh Melaram | Texas A&M University-Corpus Christi | Principal Investigator | Environmental epidemiology, asthma disparities |
| Dr. Donald E. Warden | Texas A&M University-Corpus Christi | Co-Investigator | Biostatistics, respiratory health |
| Dr. Lei Jin | Texas A&M University-Corpus Christi | Co-Investigator | Statistics, machine learning |
| Dr. Natalie Johnson | Texas A&M University-College Station | Co-Investigator | Environmental toxicology, air pollution, asthma |
The BREATHE-CC study is designed around two primary research aims that address critical gaps in understanding childhood asthma etiology and environmental determinants in the South Texas coastal region.
Aim 1: Household Characteristics and Asthma
Objective: Identify novel associations between household characteristics and incidence of asthma exacerbations in Hispanic children.
Focus: Understanding how differences in household environments contribute to asthma development and exacerbation patterns over time.
Aim 2: Environmental and Geographic Factors
Objective: Assess the impact of geospatial and environmental factors on asthma exacerbation rates.
Focus: Examining how geographic location, air quality, and environmental exposures contribute to disparities in asthma symptoms and severity.