Ensuring stable integration of diverse soft electronic components for reliable operation
under dynamic conditions is crucial. However, integrating soft electronics, comprising …

A fully biodegradable, ultra‐sensitive, and soft strain sensor is pivotal for temporary, real‐
time monitoring of microdeformations, crucial in disease diagnosis, surgical precision, and …

Flexible and stretchable electronics promote the development of electronic devices in a
more flexible, convenient, and human-friendly direction, showing huge application potential …

Over the past decade, flexible electronics has become a cutting-edge technology owing to
its broad applications in robotics, health monitoring, and human-machine interface. The …

Polymers for implantable devices are desirable for biomedical engineering applications.
This study introduces a water-resistant, self-healing fluoroelastomer (SHFE) as an …

Vessel transplantation is currently considered the “gold standard” treatment for
cardiovascular disease. However, ideal artificial vascular grafts should possess good …

Vascular grafts, widely utilized in managing cardiovascular diseases (CVD), are susceptible
to postoperative complications. Recent strides in intelligent vascular grafts leveraging …

Recently, implantable devices for treating peripheral nerve disorders have demonstrated
significant potential as neuroprosthetics for diagnostics and electrical stimulation. However …

Intravascular medical devices, like catheter, not only need to fulfill the challenge of
biocompatibility but also be resistant to cracking or even breakage due to blood flushing and …

Thrombosis and infection are the primary challenges limiting the clinical application of small-
diameter artificial blood vessels. Numerous studies have focused on improving the …