Lifeboat Foundation

Why eradicating age-related diseases through rejuvenation biotechnology is probably not going to result in ever-living tyrants.

Suppose there was a country ruled by an evil dictator. Further, suppose the entire world was plagued by a terrible disease affecting 100% of the population. The disease isn’t infectious, but it is congenital. It progresses extremely slowly over the course of several decades, but it eventually ends up severely impairing one’s quality of life, and it is always fatal; it’ll take its own sweet time to kill a patient, but it always will, and it isn’t going to be fun.

If it was suggested that a cure for this disease should not be developed so that we could be sure the aforementioned dictator will eventually pass away, would you agree? Would your answer change if you lived in that country?

Continue reading “Why Eradicating Age-related Diseases is Unlikely to Create Immortal Dictators” »

The so-called “year without a summer,” 1816, was bleak, if not strangely gothic. Mount Tambora in Indonesia had erupted the year before, pitching volcanic ash into the atmosphere and obscuring the sun. Torrential rains pressed deep into the year, resulting in global crop failures. The birds quieted down by midday, as darkness descended, and for days at a time, a group of writers huddled by candlelight in a rented mansion on Lake Geneva. The dashing 23-year-old poet Percy Shelley and his 18-year-old companion, Mary, who had already taken to calling herself “Mrs. Shelley,” traveled to the lake to spend the summer with the poet Lord Byron. On the night of June 15, 1816, they read ghost stories aloud. And then, Byron suggested they each try their hand to write one.

Mary Shelley would write her stunning exegesis Frankenstein, or The Modern Prometheus in just under 11 months. She set forth to write a penny dreadful but instead wrote a stinging commentary on the times that came to her in a flash, a waking dream. A collision of forces discharged in her writing, and she produced something more than a ghost story—a “book of ideas.”

A scientist sets out to create a more perfect entity, only to have it backfire as the thing he creates gets out of control.

Continue reading “Frankenstein in the Age of CRISPR-Cas9” »

Emergency Physician Joshua Broder realized his son’s Wii controller could detect movement than a $50,000 ultrasound machine. So he combined them.

Alzheimer’s may be contagious.

A protein might be capable of spreading Alzheimer’s through blood transfusions and surgical equipment, but we don’t know yet how much of a risk this is.

‘It’s another tool in the toolbox’

The Life Extension Advocacy Foundation, in collaboration with Singularity University Moscow Chapter and consulting group Deloitte, is hosting in Moscow an expert discussion on how to inform society about the potential and the advancement of gerontology and preventive medicine.

Life Extension Advocacy Foundation, in collaboration with Singularity University Moscow Chapter and consulting group Deloitte, are hosting in Moscow an expert discussion on how to inform society about the potential and the advancement of gerontology and preventive medicine. These experts believe that attracting people’s attention to the capabilities of medical technologies to prevent aging might help extend the healthy period of life and significantly decrease morbidity from age-related diseases.

The panel discussion “6 ways to talk to people about ending aging” will bring together famous futurists, scientists, science popularizers and public figures who foster the dissemination of the idea to prevent aging in Russia and other countries.

Continue reading “6 Ways to Talk to People about Ending Aging – Moscow Nov 4th” »

Neurosurgeon Sergio Canavero likens himself to Peter Parker and Victor Frankenstein, and controversially claims that a successful human head transplant is imminent.

Click to read an excerpt – subscribers can read the whole thing.

In recent articles, we have talked about the potential of the immune system to help repair tissue, including for peripheral nerve damage, Atherosclerosis, and Parkinson’s. Immune cells not only fight infection; as this new study shows, they also help the nervous system remove debris, paving the way for nerve regeneration following injury.

While previous studies suggested that nerve cell damage repair was conducted by other immune cell types, such as macrophages, researchers from Case Western Reserve University School of Medicine have shown that neutrophils also play a role.