Functional Cardiovascular Engineering Laboratory
Our research applies a multiscale approach, where the initial stage is set by molecular biochemical interactions that produce cellular effects, which generate tissue changes. Their balance defines systemic regulation and new homeostatic set points. Fundamentally, our work is gas-driven living cellular behavior reprogramming, and our goal is to discover and analyze the underlying fundamental regulatory processes. The potential for translation of our research is highly significant, since most of the experimental studies are performed in whole mammalian organisms, preserving all the metabolic and regulatory mechanisms existing in physiological and pathophysiological conditions. Read more about our research.
Potential postdocs should email their CV to Dr. Cabrales.
PhD student positions will be available in Fall 2021. Prospective Students should apply directly to the department.