Those in the field expect digital twins based on organs to become a part of clinical care within the next five to 10 years, aiding diagnosis and surgical decision-making.

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

For example, a digital twin can "stand in" for the human organ undergoing a complex medical procedure to determine what risks the procedure may pose.

India’s largest IT services provider is building a digital twin of the heart of American marathoner Des Linden, who will participate in the New York City Marathon on 5 November.

Doctors can create a “digital twin” of your heart and other organs to reduce guesswork during surgery. The technology may transform health care.

AI can create digital humans and digital organs that can be used in clinical trials.

A new book presented at London’s Science Museum last week suggests the concept of human digital twins could be coming to life.

With its 100 million patches of simulated cells, the digital twin—a fully functional simulation of human anatomy— pumps at a leisurely pace as it tests treatments, from drugs to implants.

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