Gambling, Culture, Living, Traveling, Food, all things Vietnam and South East Asia

[flyingillini]

check out the best country in the world

@Tanko @BMR Genie @Wagerallsports @quantumleap

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[flyingillini]

Please respect Buddha

 

[flyingillini]

 

[flyingillini]

Chinese researchers are working on one of the most ambitious anti-aging breakthroughs in modern science — a drug based on PCC1, a compound found in grapeseeds that targets and eliminates senescent cells, the “aged” cells responsible for tissue decline and chronic inflammation. Early studies published in Nature Metabolism showed that mice given PCC1 lived noticeably longer and healthier lives, with improved muscle strength, organ health, and overall vitality. Scientists believe this senolytic approach could eventually push human lifespan beyond 120 — and possibly toward the 150-year mark.

A Shenzhen-based biotech company, Lonvi Biosciences, is now preparing PCC1-based treatments for human trials, marking a major step toward real-world life-extension medicine. While researchers caution that human aging is far more complex than animal models, the progress is significant — the type that could redefine healthcare, longevity, and what it means to grow old. For the first time, adding decades of healthy life may no longer belong to science fiction.

 

[BMR Genie]

check out the best country in the world

@Tanko @BMR Genie @Wagerallsports @quantumleap

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It's a paradise, po!

 

[BMR Genie]

View attachment 78451

Also, PH! Nice!

 

[BMR Genie]

View attachment 78452Chinese researchers are working on one of the most ambitious anti-aging breakthroughs in modern science — a drug based on PCC1, a compound found in grapeseeds that targets and eliminates senescent cells, the “aged” cells responsible for tissue decline and chronic inflammation. Early studies published in Nature Metabolism showed that mice given PCC1 lived noticeably longer and healthier lives, with improved muscle strength, organ health, and overall vitality. Scientists believe this senolytic approach could eventually push human lifespan beyond 120 — and possibly toward the 150-year mark.

A Shenzhen-based biotech company, Lonvi Biosciences, is now preparing PCC1-based treatments for human trials, marking a major step toward real-world life-extension medicine. While researchers caution that human aging is far more complex than animal models, the progress is significant — the type that could redefine healthcare, longevity, and what it means to grow old. For the first time, adding decades of healthy life may no longer belong to science fiction.

I'm good, no thanks..

 

[flyingillini]

FT | DPR Korea - Japan (- on penalties)

Japan edge this all-Asian thriller to advance towards #U17WC quarter-finals

 

[Tanko]

check out the best country in the world

@Tanko @BMR Genie @Wagerallsports @quantumleap

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Looks like a dump....

 

[Wagerallsports]

View attachment 78452Chinese researchers are working on one of the most ambitious anti-aging breakthroughs in modern science — a drug based on PCC1, a compound found in grapeseeds that targets and eliminates senescent cells, the “aged” cells responsible for tissue decline and chronic inflammation. Early studies published in Nature Metabolism showed that mice given PCC1 lived noticeably longer and healthier lives, with improved muscle strength, organ health, and overall vitality. Scientists believe this senolytic approach could eventually push human lifespan beyond 120 — and possibly toward the 150-year mark.

A Shenzhen-based biotech company, Lonvi Biosciences, is now preparing PCC1-based treatments for human trials, marking a major step toward real-world life-extension medicine. While researchers caution that human aging is far more complex than animal models, the progress is significant — the type that could redefine healthcare, longevity, and what it means to grow old. For the first time, adding decades of healthy life may no longer belong to science fiction.

I would not doubt the Chinese succeeding in this some day

 

[Tanko]

View attachment 78452Chinese researchers are working on one of the most ambitious anti-aging breakthroughs in modern science — a drug based on PCC1, a compound found in grapeseeds that targets and eliminates senescent cells, the “aged” cells responsible for tissue decline and chronic inflammation. Early studies published in Nature Metabolism showed that mice given PCC1 lived noticeably longer and healthier lives, with improved muscle strength, organ health, and overall vitality. Scientists believe this senolytic approach could eventually push human lifespan beyond 120 — and possibly toward the 150-year mark.

A Shenzhen-based biotech company, Lonvi Biosciences, is now preparing PCC1-based treatments for human trials, marking a major step toward real-world life-extension medicine. While researchers caution that human aging is far more complex than animal models, the progress is significant — the type that could redefine healthcare, longevity, and what it means to grow old. For the first time, adding decades of healthy life may no longer belong to science fiction.

Get me some of this Fly.... I want to live to 200.