New in @Matter_CP, we provide a perspective on micro- and nanorobotics for brain-targeted delivery. We discuss how propulsion may enhance vascular residence, improve BBB interactions, and expand tissue coverage. https://t.co/67Ze8K2ai4
Had a great time at #MARSS2025 @ Purdue! Honored to be an invited speaker in “Acoustics for Targeted Therapeutic Approaches.” —thanks to Paul Wrede for organizing! Grateful to share our work & connect with leaders and peers. Huge thanks Prof. Wei Gao! 🙏 #Acoustics#WomenInSTEM
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
Had an amazing time at #MRS25 in Seattle! Grateful for the chance to present my work ‘Imaging-Guided Bioresorbable Acoustic Microrobot’and to hear so many brilliant ideas from leading experts in the field. Huge thanks to my advisor @WeiGaoLab for the and continuous support!
PAMs in Action!
@ScienceMagazine
Our paper: https://t.co/YybGwtHUUI
Related perspective article: https://t.co/iMckRAJ80L
Video source: https://t.co/JcsdGbFGnk
Video credit: Wenjie Zhou and Peter Holderness/Caltech
New in @SciRobotics, we introduce a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot (BAM) that can operate in vivo with high stability. Many thanks to my advisor @WeiGaoLab, the best collaborator @Xiaotian_M and all co-authors!!!
https://t.co/0KCQjOcuUL
New in @SciRobotics, we report a hydrogel-based, imaging-guided, bioresorbable acoustic microrobot, that can operate in vivo with high stability. Congrats to @Honghan_Caltech @Xiaotian_M and all the collaborators!! @Caltech https://t.co/WS1H7ZXZDD
Our newest work All-printed Soft Human-Machine Interface for Robotic Physicochemical Sensing was published today in @SciRobotics and featured on the Journal Cover. @Caltech@CaltechEAS Congrats to @yuyoufree! https://t.co/cXDaGocUxl