The EU is promoting digital healthcare with virtual twins. Binding standards are still lacking, but this is set to change.

Researchers have developed a wireless implantable drug delivery system that enables anticancer drugs to penetrate deep into ...

The pig’s heart was graying rapidly, so McCully decided to try it. He loaded a syringe with the extracted mitochondria and ...

Clinicians can simulate therapy responses using digital twins to predict treatment outcomes and adjust care plans in a controlled virtual environment.

Machine learning and surrogate modelling significantly reduced simulation time, enabling personalised cardiac models to be ...

New digital twin technology that allows a University of Virginia-developed artificial pancreas system to adapt to users' changing needs—and lets users adjust the settings—has been shown to ...

Early in the 20th century, Dr. Mathieu Jaboulay turned the idea into action with one of the first well-documented attempts to make an animal organ work for a human.

The story of transplants has always been one of altruism. After all, organs can be neither sold nor purchased. They can only be donated as a gift of life.

AI replicas trained on your digital footprint can take meetings, answer questions from clients, and comfort loved ones after you die.

“Spare” living human bodies might provide us with organs for transplantation But will these “bodyoids” ever be ethically acceptable?

Innovative organ-on-chip specialist Dynamic42 and ESQlabs, experts in digital life sciences solutions, have successfully developed a three-organ system, in close collaboration with Consumer Health ...

Even though relatively new, digital twins are virtualising industrial settings, urban environments and strategic decision-making scenarios, but they can also virtualise biological systems and ...