Understanding the human body's tissue biomechanics—the physical deformation and
variations in intrinsic mechanical properties—has considerable potential in health …

Implantable medical devices (IMDs), like pacemakers regulating heart rhythm or deep brain
stimulators treating neurological disorders, revolutionize healthcare. However, limited …

The unique 1D structure of fibers offers intriguing attributes, including a high length‐to‐
diameter ratio, miniatured size, light‐weight, and flexibility, making them suitable for various …

The field of postoperative care has seen a remarkable shift toward the utilization of
electronic implantable devices, including sensors, biosensors, stimulators, and drug delivery …

Recent advances in non-invasive technologies have shown disruptive potential for
biomedical applications. However, while surgically non-invasive, they may introduce other …

In the human body, bioelectric cues are crucial for tissue stimulation and regeneration.
Electrical stimulation (ES) significantly enhances the regeneration of nerves, bones …

Wireless communication is critical for the non-invasive in-situ monitoring of vital signs in
deep tissues. Wireless ultrasonic links demonstrated so far solved the shortcomings of …

Starting from an overview of historical aspects of biomedical ultrasound development and its
application areas, as well as the brief description of state-of-the art microfabrication …