Scientists studying genetic data from nearly 50,000 people have uncovered several DNA sequence variations associated with the electrical impulses that make the heart beat. The findings may pave the ...

A new skin-like sensor developed by an international team led by researchers at Penn State could help doctors monitor vital signs more accurately, track healing after surgery and even help patients ...

The biologic and genetic mechanisms controlling the formation and function of the cardiac conduction system (CCS) are not well understood, but new research with mice shows that altered function of a ...

The device, which converts light signals captured by video to electrical impulses that can be read by the brain, is already changing lives. Welcome to the bionic future you’ve been waiting for. After ...

This combined signal is then sent through the user's skull using bone conduction, due to consisting of low-frequency and mid-frequency signals within its range of utility. The high-frequency component ...

The patent describes the sensors as having accelerometers which can detect vibration in the skull of the wearer while a conversation occurs. Upon detection, it will then identify speech and will ...