Lifeboat Foundation

Mild cognitive impairment (MCI) is an intermediate stage between the expected cognitive decline of normal aging and the more-serious decline of dementia. It can involve problems with memory, language, thinking, and judgment that are greater than normal age-related changes.

If you have mild cognitive impairment, you may be aware that your memory or mental function has “slipped.” Your family and close friends also may notice a change. But generally these changes aren’t severe enough to significantly interfere with your day-to-day life and usual activities.

Mild cognitive impairment may increase your risk of later progressing to dementia, caused by Alzheimer’s disease or other neurological conditions. But some people with mild cognitive impairment never get worse, and a few eventually get better.

“The prospect of intervening in a profound way in human aging is still not seen as credible by the vast majority of thoughtful people around the world,”

Here’s the Inside Scoop from an Icon in the Longevity Field.

A number of therapies that directly target the aging processes are currently in human trials and could change medicine significantly in the next decade if the results are positive.

What is aging?

Aging is basically the accumulation of damage and errors caused by a collection of varied processes that harm the functions of the body through the accumulation of waste, imperfect repair, the deregulation of cellular processes, the dysfunction of the immune system, chronic inflammation, and other disorders.

Warming oceans are killing the world’s reefs, but scientists may have found a way to help them get out of hot water—by putting corals into a deep freeze.

Today, we want to discuss this review published in the journal Science, as it provides a whistle-stop tour of caloric restriction, intermittent fasting, and time-restricted feeding.

There is a considerable amount of data supporting the effects of caloric restriction and similar dietary approaches on both health and lifespan in multiple species. In general, the more simple the organism, the greater the observed effect tends to be, although the effect is less so in longer-lived organisms. For example, caloric restriction has a significant effect on mouse lifespan, but it appears to do little, if anything, to the lifespan of humans.

Why is this? One explanation could be that, as humans, we have already evolved efficient repair systems that more thoroughly address the damages of aging than the repair systems of mice and other short-lived species. In other words, there is little improvement to be made to human repair systems compared to those of mice.

Continue reading “A Review of Caloric Restriction, Fasting, and Time Restricted Feeding” »

Project for Awesome (P4A) 2018 is finally here, and you can help us to win much-needed funds at no cost to you by voting for the videos supporting our charity.

Every year, a number of charities are chosen through voting, and they each receive a sum of money based on what the fundraiser at P4A has raised. In the past, charities have received around $25,000 each, which is a considerable sum, especially for a small non-profit org such as LEAF.

Continue reading “Support the Drive to End Age-Related Diseases During Project for Awesome” »

Continue reading “Regenerage — SMX Radio — The Net of Regenerative Medicine — Bioquark” »

Today, we want to highlight results from human trials in which stem cell transplants have been shown to reduce age-related frailty.

Age-related frailty and stem cell transplants

Currently, there are no specific approved therapies to address age-related frailty, which can cause elderly people to suffer potentially fatal falls and injuries. There has been considerable interest in stem cell therapies to combat frailty in recent years, and the results we will discuss today are from one of the more advanced human clinical trials exploring mesenchymal stem cell (MSC) transplants [1].