BILD Study overview
Our hypothesis is that specific mechanisms may be responsible for the impairment of lung growth. While the impact of each risk factor may be small, it is the interaction between the genetic, environmental, and developmental aspects that could teach us something. Our research has revealed that certain constellations of these risk factors, at specific times during a child's development, will increase the risk for the later development of asthma. We take a novel approach to the study of lung disease by looking at these complex interactions. Wheezing disorders and asthma in infants and preschool children has become a major health issue. The BILD study investigates the effects of genetics, environment (namely, air pollution and tobbaco smoke exposure), and Western lifestyle on lung growth and development, and subsequent consequences for later respiratory disease in early childhood.
Aims
Our cohort is extremely data-rich, consisting of genetic analysis, environmental air pollution measurements, microbial colonization and viral infection data, and highly standarised longitudinal clinical, lung function, and inflammatory biomarker data. With this data we seek to answer questions related to the effects of air pollution on respiratory symptoms, the role of airway microbiome in early infancy, and genetic biomarkers in early infancy. We take a systems medicine approach, clustering based on fluctuation of weekly symptoms in the first year of life.
Significance
