Jeremy Heit (left) and Renee Zhao demonstrate how to insert the milli-spinner using a life-sized model of the human circulatory system The compressive force presses the fibrin threads together as ...

In February, the University of Tokyo, in collaboration with Waseda University, created an 18-centimeter arm ... system that can support an organ or muscle at its natural size. “We are going in the ...

Scientists with the Fralin Biomedical Research Institute at VTC have created an engineered model of the supportive tissue ...

Engineers develop a liquid-based energy system inspired by the human body, offering efficient power for robots and chemical processes.

Get ready to dive into the fascinating world of human biology with a hands-on school project! Ever wondered how the lungs ...

During his final semester at college, Vitaliy Bondarchuk created a multitool prosthetic arm, which is more than just a senior ...

An artificial-intelligence model did something last month that no machine was ever supposed to do: It rewrote its own code to avoid being shut down. Nonprofit AI lab Palisade Research gave OpenAI ...

This hyper-realistic synthetic arm is built to mimic skin, muscle, and bone—but how does it hold up against the violent power of an industrial shredder? From initial contact to final collapse ...

Each 2.54 square centimetre (a square inch) of human skin has six metres (20ft) of blood vessels. Veins hold about 65 per cent of the body's blood and have one-way valves tohelp blood move.