Keep pulling the thread on Venki Ramakrishnan.
Shinya Yamanaka demonstrated that introducing just four genes into any cell can revert it to an early-form pluripotent stem cell.
The most likely way to break the 120-year human lifespan barrier is through cellular reprogramming.
Some of the genes used for cellular reprogramming are oncogenes, which can cause cancer.
AI has revolutionized structural biology by enabling the prediction of protein structures from genetic sequences.
Altos Labs, a venture backed by Jeff Bezos and Yuri Milner, has raised $5 billion to fund longevity research.
There is no physical or chemical law that dictates the current human lifespan.
The maximum expected human lifespan today is approximately 110 to 120 years.
Extending human life by hundreds of years is highly unrealistic with today's technology.
John Gurdon demonstrated that a new frog could be cloned by transferring the nucleus from a skin cell into an egg, proving the developmental clock could be reset.
Reverting all of a person's organs back to pluripotent stem cells would result in a confused mass of tissue and tumors.
The maximum human lifespan has not significantly changed, even as average life expectancy has risen.
Cellular reprogramming experiments in mice did not increase their maximum lifespan, although older mice appeared healthier.