Traditional animal models and simplified cell cultures often fail to capture human biology, limiting progress in biomedical research and drug development. Emerging microfluidic "Organ-on-Chip" ...

Organs-on-chips (OoCs) represent a revolutionary advancement in the study of human physiology and disease, offering an in vitro microphysiological environment that mimics the functions of human organs ...

A frequently reported fact in the drug discovery and development industry is that approximately 90 % of drug candidates reaching clinical trials fail, with even higher amounts discarded before ...

The models can be used to plan surgeries and in the future could be used to help trial new drugs. A healthy heart beats at a steady rate, between 60 and 100 times a minute. That’s not the case for all ...

Researchers at UC Berkeley have built a microfluidic organ-on-a-chip system that compresses roughly 40 years of human aging into just four days. The device, which pairs miniature models of fat and ...

For decades, animal models have been the gold standard for preclinical testing of potential drugs. Yet, even the best animal models are not perfect. For example, small rodent species with engrafted ...

Sad sack or serious salvation? A small group of scientists is angling to replace laboratory animals with living “organ sacks” grown from human cells. R3 Bio, a billionaire-backed biotech startup, is ...

Cloning human organs has sparked intense interest and debate in recent years, drawing attention from scientific, ethical, and medical communities. The potential for cloning human organs presents ...

An international team of scientists and clinicians has announced, in Science Advances, the launch of a new open-access 3D portal that allows users to explore intact human organs in unprecedented ...