A biomaterial fibrin-agarose complex was used to generate the artificial skin that was later grafted onto athymic nude mice. Optimal skin development, maturation and functionality results were ...

Students and faculty study how the human central nervous system regulates cardiovascular function, body fluid, and sodium homeostasis. Their work in the Cardiovascular Physiology Laboratory includes ...

Vastnaut, a wearable robotics pioneer, introduces the world's first AI-powered 4x4 exoskeleton for the toughest terrain. Its ...

Dr. Ehsan Rashedi is director of Occupational Ergonomics and Biomechanics Laboratory in Industrial and Systems Engineering Department. His research interests include both theoretical and ...

Objective: Acetabular labral tears predominantly affect young patients and are a source of hip pain in the athlete. Four causes of the initiation of labral tears have been proposed; trauma, hypolaxity ...

Human skin has evolved to allow maximum durability and flexibility, according to new research from Binghamton University, State University of New York. Associate Professor of Biomedical Engineering ...

In this paper we present rotational symplectic geometry for use in modern biomechanics of human motion. Generalized Hamiltonian formalism has been formulated on the configuration manifold consisting ...

A group of scientists have devised a novel way to produce skin in almost any 3D shape, which could then be transplanted as "biological clothing". The team of researchers from Columbia University ...

Using synchronous video taken with a pair of smartphones, scientists have created an open-source motion-capture app that gathers human movement data, with rapid analysis via an artificial intelligence ...