Our team is grateful to be featured by Rutgers Today @RutgersU@BMERutgers, highlighting our recent living bioelectronics research published in @ScienceMagazine. Hope to bring this technology to clinical settings soon!
https://t.co/NVPeWkSi8b
My team at @BMERutgers is thrilled to contribute the development of this Active Biointegrated Living Electronics technology with Prof. Bozhi Tian's team at the University of Chicago. I believe this groundbreaking platform heralds a new era for next-generation bioelectronics.
A Science study describes a living bioelectronic device that monitors and manages psoriasis in mice. The results demonstrate the potential for clinical application of devices that promote drug-free therapeutic effects through a living hydrogel interface. https://t.co/HNV9XSqn14
Glad that our technology published in 2022 was highlighted by the Wall Street Journal. Yuanwen and I are currently developing the 2nd generation of this technology and we hope that this technology can benefit patients with chronic wounds.
Wound management is a longstanding medical challenge. We are very grateful to WSJ for covering our smart bandage work (https://t.co/LwqBG8IPke), and we look forward to its clinical translation to benefit more patients. Permalink to the WSJ article (https://t.co/giXZFLz8C9)
I am listed as one of the MIT Technology Review Innovators Under 35 Global! I deeply thank my advisors and collaborators to support my research on stretchable electronics! https://t.co/wsXfRfClqc
A team of researchers have developed a new polymer diode that is stretchable and operates at high enough frequency to unlock wireless operation and power. Read the @Nature paper: https://t.co/mKWfJakZsZ
Our work, "High-frequency and intrinsically stretchable polymer diodes", is now introduced on youtube. I appreciate the team who made this very nice video! https://t.co/BSwqn9Twfy
A paper in Nature describes the development of intrinsically stretchable polymer diodes that can operate at wireless communication frequencies, for use in skin-like wearable electronics https://t.co/WTcb1faRWq