Will disease become a thing of the past?

Fact or Fiction? Find out how some technologies might not exist without sci-fi.

Technologies that are set to change the landscape of tomorrow.

You might not change while vitrified, but vitrification certainly has.

Partial cellular reprogramming is a new type of genome editing that aims to rejuvenate cells.

Time is the longest distance for organ transplantation.

Low Temperatures, High Possibilities.

Where did it all start and where is it headed?

Discover the impact of cold temperatures on the healthcare system.

Discover the exciting results of a new study about human organ preservation.

What are the pros and cons of these two methods of human cryopreservation?

Discover some of the potential applications of nanotechnology below.

Discover why everyone is talking about the Metaverse and how it could influence your future after revival.

Rewarming cells after cryopreservation presents a number of challenges. Let’s explore a few below.

Let’s explore the research behind a new life extension medicine under development.

Explore some of the current obstacles facing AI in healthcare.

Explore the current applications of cryopreservation.

A new class of solvents recently tested for the cryopreservation of mammalian cells.

Past, present and future of technologies and how they influences our lives.

Apart from the future, cryogenic technology could also allow us to explore distant planets.

Artificial intelligence is changing medical training, drug development, diagnostic and more.

After centuries trying, we may be only a few decades away from succeeding.

How did people living 100 years ago imagined the future?

Discover how new technologies are transforming the medical system.

Cryogenics has uses you wouldn't expect.

Find out how nanotechnology could benefit cryonics.

Cryoprotectants help reduce the formation of ice during the cryopreservation process.