Sanchez Research Lab

My research program addresses these health challenges by developing and validating novel wearables, devices, and biomarkers suited to meet the individual needs of these populations. Specifically, the technologies I am developing leverage the electrical properties of biological tissues and fluids, which vary depending on the tissue type and its pathological state. My research program aims to gain fundamental mechanistic insights into the biological factors that influence the tissue’s electrical behavior and to develop devices applicable in clinical and at-home settings. My research efforts are centered around three interrelated activities to advance the development of bedside medical devices. Firstly, I am developing novel approaches and conducting experiments to elucidate the underlying biophysical electrical mechanisms responsible for tissue alterations in disease conditions. Secondly, I am designing devices capable of accurately assessing and imaging these electrical properties. Lastly, I am deploying these cutting-edge technologies out-of-the-lab and into the real world. These three core research areas collectively contribute to my overarching objective: attaining a comprehensive mechanistic understanding to facilitate the creation of devices tailored to address an increasing healthcare crisis in underprivileged and rural communities. These inequalities contribute to gaps in health insurance coverage, uneven access to services, and poorer health outcomes. My research will provide a well-structured platform to collect valid and reliable health data and an infrastructure for conducting observational and interventional studies while implementing inclusive population research.