Mechanical Forces: Emerging Tools for Diagnosis and Therapy
Mechanical forces play essential roles in biology. Measuring and controlling these forces represent emerging strategies for disease diagnosis and therapeutic intervention, to complement more traditional approaches. This review article, published today in Nature Reviews Bioengineering (https://t.co/byKGFuVFLH), summarizes the status of work in this area -- from organisms, organs and tissues to cells and molecules -- and future directions. Check it out if you’d like to learn more about this field of research and translation. Big thanks to my senior co-authors, Prof. @songli_UCLA, Prof. Jun Chen and Prof. Viola Vogel, for their leadership on this piece, to Dr. Min-Seung Jo (postdoc in the group) for his contributions to our sections on sensors and actuators, and to the other co-authors for their roles.
Shape‑conformal 3D Frameworks Enable Full‑surface Neural Organoid Electrophysiology
If you’re interested in organoid biology and/or 3D bioelectronics, then check out our paper published today in Nature Biomedical Engineering, titled ‘Shape-conformal porous frameworks for full coverage of neural organoids and high-resolution electrophysiology,’ at https://t.co/Y7MzvRQKTm. This work introduces a technology...
Bioresorbable Implant Uses Heat to Block Pain
Our latest paper appeared today as a cover (inside front) feature article in Advanced Functional Materials, titled “A Bioresorbable Neural Interface for On-Demand Thermal Pain Block.” The focus is on a bioresorbable, implantable form of neural electronics that supports precisely...
Editor Shares Insights at Nanotech Conference Plenary
Wrapping up two days at the 10th biennial International Conference on Nanoscience and Nanotechnology here in Sydney, Australia. Highly engaging event, where my participation involved serving on a panel discussion with other journal editors and delivering a plenary presentation on our...
