We are a research group focusing on micro-, nano- bio-/bio-inspired materials, integration in bioelectronic/bioprotonic devices, and translational applications.
Abstract submission for the 2026 edition of the Asilomar Bioelectronics Symposium is now open! https://t.co/mmNNluZYW1 @InalSahika@jrivnay#bioelectronics
Real-time #wound monitoring and healing🩹
Personalized treatment is key to speed up wound repair. Scientists at @RolandiGroup at @ucsc propose an integrated #bioelectronic wearable that images wounds and applies drugs/electricity to promote regeneration📷
https://t.co/3RrT710QRN
A team of #BaskinEngineering researchers at UC Santa Cruz is using #AI and #bioelectronics to speed up wound healing! Their #WearableTech device tracks healing stages and delivers personalized treatment—speeding recovery by ~25% in preclinical trials! 🤯
Our latest research on machine learning powered adaptive bioelectronic wound therapy has just been published in NPJ Biomedical Innovations (https://t.co/oJqxP8UbrK)! Thanks @DARPA@ARPAHealth for funding! @BaskinEng@ucsc#bioelectronics
New in @ScienceTM, we present iCARES—a microfluidic smart bandage designed for real-time wound exudate management and analysis in human chronic wounds. Congrats to @WCanran, Kexin, @DGArmstrong , and the team!! @Caltech@USC https://t.co/ihE06lszyw
Out today! @chchengg and @wu_yilei characterized the microstructure of high-performance polymer:polymer solar cells by XRD and HRTEM. This a first in characterizing a polymer:polymer donor:acceptor junction at high resolution. We find that… 1/4
https://t.co/1u05lGYTrg
Since this week is all about the crystal ball, I’m going go with chemically amplified photoresists. Fascinating chemistry. Immeasurable positive impact on society. Immense strategic importance to every advanced economy. Fréchet and Willson.
It was exciting to give an invited talk at the Asilomar Bioelectronics Conference about our work on wireless sub-cellular sized nanoelectronics for seamless integration with biology. Also, so wonderful to catch up with old friends and made so many new ones!
Thanks to @InalSahika, @jrivnay, Marco Rolandi and Aleksandr Noy for organizing this amazing event!
@RolandiGroup
Prof. @WeiGaoLab talking about skin interfaced wearable biosensors at IMRC2024 in the symposium E1. Biomaterials for highly performing biosensors! @luisa_torsi@QuyenUCSB Paolo Bollella
Prof. Marco Rolandi delivering his fantastic talk @IMRC24 in the symposium on ‘Biomaterials for highly performing Biosensors’ @eleonoramacchia, @QuyenUCSB Paolo Bollella
Our recent work on developing a simple yet powerful method for making high-resolution laser-induced graphene #sensors for #wearables is out now! We use stencil-masking to obtain a 60% reduction in feature sizes and improve overall sensor performance.
https://t.co/Xgo5S21djC
Choose packaging that is better for the environment and people. Discover @plasticpollutes Coalition Member, @CruzFoam packaging foam, a completely sustainable EPE & EPS replacement made of agricultural food waste and starches. 🫛 #PlasticPollutes#PlasticFreeJuly
Our latest paper on controlling bacteria #bioelectricity with #bioelectronics in collaboration with the Suel group at UCSD is published in Biomedical Materials and Devices https://t.co/YUpBuaFCnF