Lifeboat Foundation

The clinical trials show that two patients have potentially been cured of their genetic illnesses.

Healththis blood scan reveals every virus that’s ever infected youlike…

https://www.youtube.com/watch?v=ts2gQhuhuN8

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William H. Andrews ► https://goo.gl/vsNcbh

William Henry “Bill” Andrews, Ph.D. is an American molecular biologist and gerontologist whose career has centered on searching for a cure for human aging. Andrews is the founder and president of the biotechnology company Sierra Sciences. In 1997, he led the team at Geron Corporation that was the first to successfully identify human telomerase.

Continue reading “Bill Andrews — Turning Back the Aging Clock” »

Chun Yuan Chiang of IHDpay Group says artificial intelligence cannot completely replace the “high-touch” nature of medical care. However, technology can be helpful in diagnosis or in situations where patients have long, complicated medical histories, he says. Chiang was speaking on a panel with Jai Verma of Cigna International and Dai Ying of GE Healthcare.

A “missing link” of cellular immortality has been found between single-celled animals, humans and the plant kingdom, according to a new study.

We must use the power of #Capitalism to destroy #Communist #China and their illegal organ harvesting that is killing millions of people and is a human rights violation because of #genocide. Free #HongKong, #Tibet, and #Taiwan.

China has been accused of the “state-run mass murder” of prisoners for their organs. Now the country is also accused of a systematic cover-up.

Scientists have discovered a way to manipulate the body’s own immune response to boost tissue repair. The findings, published in Current Biology today, reveal a new network of protective factors to shield cells against damage. This discovery, made by University of Bristol researchers, could significantly benefit patients undergoing surgery by speeding recovery times and lowering the risk of complication.

When a tissue is damaged, (either accidentally or through surgery), the body quickly recruits immune cells to the injury site where they fight infection by engulfing and killing invading pathogens, through the release of toxic factors (such as unstable molecules containing oxygen known as “reactive oxygen species” e.g. peroxides). However, these bactericidal products are also highly toxic to the host tissue and can disrupt the repair process. To counteract these harmful effects the repairing tissue activates powerful protective machinery to “shield” itself from the damage.

Now, researchers from Bristol’s School of Biochemistry studying tissue repair, have mapped the exact identities of these protective pathways and identified how to stimulate this process in naïve tissues.

A new study is suggesting a metabolite produced by gut microbes could increase neuron production in the brain, improve intestinal function, and ultimately slow the aging process. Across several compelling mouse experiments the research found the negative effects of aging could be counteracted by enhanced microbial production of a molecule called butyrate.

Investigating the effect of the gut microbiome on aging, the new research first performed gut microbiome transplants between old and young mice. Using fecal transplants, young germ-free mice were colonized with the gut microbiota of older mice. The results were somewhat unexpected as the younger mice colonized with the older microbiomes displayed increased neurogenesis, a process whereby new neurons are produced in the brain.

“We’ve found that microbes collected from an old mouse have the capacity to support neural growth in a younger mouse,” explains Sven Pettersson, lead on the research team from Nanyang Technological University in Singapore. “This is a surprising and very interesting observation…”