Prof. Nicholas Melosh, Siddarth Doshi et al describe a method for heat-treating PEDOT:PSS films that make them water-stable without the need for cross-linking materials, for use as mixed ionic-electronic conductors in bioelectronics.
Read more about Thermal processing creates water-stable PEDOT:PSS films for bioelectronicshttps://mailchi.mp/a43129a13a2d/ewear-newsletter-march-032025…
Read more about March 2025Dr. Xiang Qian and Dr. QiLiang Chen demonstrate the feasibility of a minimally invasive PNS technique that provides reduction in headache pain for a sustained time, even after the device is removed.
Read more about Peripheral neuromodulation stimulator (PNS) implantation for treatment of intractable headachehttps://mailchi.mp/d130ccb88695/ewear-newsletter-february-021325…
Read more about February 2025Prof. Michael Snyder, Prof. Tracey McLaughlin, Dr. Ahmed Metwally et al have developed algorithms that can parse 3 of the 4 most common Type 2 diabetes subtypes using data from CGM devices.
Read more about Prediction of metabolic subphenotypes of Type 2 diabetes via continuous glucose monitoring (CGM) and machine learninghttps://mailchi.mp/cfbd2367e242/ewear-newsletter-january-011625…
Read more about January 2025Prof. Zhenan Bao et al provide a comprehensive, detailed description of protocols, including design principles, material preparation, fabrication processes, and troubleshooting, to foster further advancements in stretchable electronics.
Read more about Design considerations and fabrication protocols of high-performance intrinsically stretchable transistors and integrated circuitshttps://mailchi.mp/5866cf6cdf65/ewear-newsletter-december-120424…
Read more about December 2024https://mailchi.mp/dad8b04ff12f/ewear-newsletter-november-112124…
Read more about November 2024Prof. Arash Momeni, Prof. Bruce Daniel et al demonstrate, for the first time, surgical preplanning sessions using MR headsets, in which a surgeon and a remotely located physician trainee interact with images of patient vasculature and mark key blood vessels for the operation.
Read more about Reconstructive metaverse: Collaboration in real-time shared mixed reality (MR) environments for microsurgical reconstructionA wearable hydraulic shock absorber with efficient energy dissipation
