Respiratory biophysics and bioengineering

Problem

The application of advanced biophysical techniques is essential for developing and improving diagnostic tools, as they enable earlier and more accurate detection of respiratory pathologies. These techniques have driven the design of physiomimetic models, which closely replicate the functions and structures of lung tissue, facilitating both the study of the underlying mechanisms of various respiratory diseases and the evaluation of new therapeutic strategies. 

Approach

Our research group focuses on studying the biophysical mechanisms that regulate respiratory function to better understand the underlying processes involved in lung health and its alterations. Through a combination of experimental techniques, we analyse respiratory biomechanics, the interaction between cells and the extracellular matrix, as well as the effects of different pathological conditions. 

Impact

Thanks to these advances, the interaction between biophysics and medicine continues to drive the development of innovative solutions, promoting more accurate diagnoses and more effective treatments that improve the quality of life for patients with respiratory diseases.