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Message Subject Time keeps on slippin, slippin, slippin...
Poster Handle Seer777
Post Content
The study I saw suggested storing ones OWN blood. From youth. And not just 'umbilical cord' blood, like they have now. Which is also applicable.

But just blood from our youth.


Can Compounds in Young Blood Fix Aging?
[link to www.technologyreview.com]
 Quoting: Seer777


I noticed that. This part is intersting

The team then screened the blood of young and old mice to look for differences and found that older mice had less of a protein growth factor called GDF11, which is also found in human blood.

Wagers and team then found that an injection of the protein into old mice had similar beneficial effects on the heart.


You know, tonight, there was a guy who had a strange name. He called himself G1, lol, because his name was hard to pronounce. And look here

[link to en.wikipedia.org]

The G1 phase, or Growth 1/Gap 1 phase, is the first of four phases of the cell cycle that takes place in eukaryotic cell division. In this part of interphase, the cell grows in size and synthesizes mRNA and proteins in preparation for subsequent steps leading to mitosis. G1 phase ends when the cell moves into the S phase of interphase .

G1 phase together with the S phase and G2 phase comprise the long growth period of the cell cycle called interphase that takes place before cell division in mitosis (M phase).[1]

During G1 phase, the cell grows in size and synthesizes mRNA and proteins that are required for DNA synthesis. Once the required proteins and growth are complete, the cell enters the next phase of the cell cycle, S phase. The duration of each phase, including the G1 phase, is different in many different types of cells. In human somatic cells, the cell cycle lasts about 18 hours, and the G1 phase takes up about 1/3 of that time.[2] However, in Xenopus embryos, sea urchin embryos, and Drosophila embryos, the G1 phase is barely existent and is defined as the gap, if one exists, between the end of mitosis and the S phase.[2]

 Quoting: Fancypantz


What we do know, is that Telomeres are like a 'wick' of a candle.

Every time your cells divides, you lose a a bit more 'wick'.

Once the wick burns out, the cell self destructs. Which causes Aging.

Among other things. Or so the story goes.


What cause rapid cell division to make up our daily bodily stressors?

Why have they found that a restricted calorie diet slows aging?

Why did those who survived the Great Depression generation, LIVE so long?


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