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Why and how is aging a "horrible problem"?


Why and how is aging a "horrible problem"?

http://www.google.com/search?q=%22cost+of+aging%22

http://news.google.com/news?q=cost+aging

People do not retire (become unproductive members of society) because they simply want to. People retire because they become physically degraded. Many nations outlaw old car-drivers. Many professions force retirement at threshold ages. This loss of productivity hurts everyone.


This loss of productivity hurts everyone.

Sorry, so let me make sure I understand you: Aging is bad because it hurts productivity?

I must say that if life is simply an application of productive output, you are missing the point.


Aging is bad because it hurts quality of life. Right now, people live longer than their bodies can perform at full capacity. Most people would prefer to remain healthy for their entire lives. No matter how ready someone is to die, no one wants to spend ten years in a nursing home. So everyone could find a way to die before then, or they could find a way to stay healthy even if that doesn't increase their life expectancy. You can guess which option is more likely to catch on.

The argument over whether we should fight aging is one worth having, but only as a philosophical exploration. The reality is that we always have fought aging, and we always will, because those who think otherwise have a tendency to die first.


Hm, I often say "I would do X if I had infinite time and motivation"... if De Grey and Sens comes to pass I may have to just stop procrastinating and do these things.


Why wait? Your glycation-blocking benfotiamine is just a few mouseclicks away: http://www.easycart.net/BeyondACenturyInc./B_Vitamins.html#1...

BENFOTIAMINE (S-benzoylthiamine-o-monophosphate) is a lipid form of thiamine, Vit B1. A natural substance found in trace amounts in roasted garlic, onions, chives, etc. Glycation, the cross-linking of proteins by sugars, is a major cause of aging [...] Benfotiamine acting like a time-released thiamine with increased ability to get into brain and muscle cells, helps protect against the formation of AGEs by glycation


Is that a real question? The answer seems rather self evident, let me guess... still in your 20's?




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