Epidermal bioelectronics, consisting of thin, soft electronic systems that are interfaced with the human body, has started to transform traditional healthcare. Hundreds of early versions of sensors, actuators and transmitters integrated into patches or bandages are deployed in various medical conditions, and their number is ever-growing. Among many devices, epidermal biosensors are at the center of this effort and offer a huge potential to revolutionize conventional healthcare that involves a physical examination and biochemical analysis to assess overall health and detect abnormalities. In our lab, we develop translational approaches to eliminate the biological and mechanical mismatch between conventional, rigid, static diagnostic technologies and human skin by integrating soft, complex and multifunctional electronics and microfluidic systems for medical diagnostics and therapy. Here, in brief, albeit comprehensive I would like to describe the key ideas and presents some of the most recent device examples developed in our lab, including wireless, battery-free electronic 'patches' with applications in continuous monitoring of vital signs through human skin for dermatological, neurological applications; and microfluidic/electronic platforms that can capture key biomarkers including hormones, neurotransmitters, cytokines and various metabolites and microorganisms through human skin.

ESDR241 - Epidermal electronics for diagnostics and therapy in dermatology

The scientific meeting of the European Society for Dermatological Research (ESDR) is held yearly, usually in September. With an international attendance of more than 1000 skin scientists from around the globe, the four-day event includes short oral presentations from peer-reviewed abstracts, keynote lectures from international experts, sponsored symposia, satellite programs, educational events as well as an important focus on posters, networking and building collaborations amongst scientists. For more information about this year’s meeting visit our website.