Thursday, April 16, 2009
Benefits of Resveratrol
Wednesday, April 15, 2009
Anti Aging
Slowing The Aging Process
May Now Be A Fact!!!
More and more research about the compound Resveratrol just like this article below
New research suggests that SIRT1, the protein best known for the longevity-promoting effects of calorie restriction, may also play a crucial role in the aging process.
Dr. David A Sinclair and colleagues found that SIRT1 is responsible for packaging DNA into chromatin, and thus controls whether a gene is switched on or off. However, if DNA damage occurs, SIRT1 deserts its gene expression post and helps to repair the damaged DNA. This is where the problem arises. Whilst SIRT1 is busy carrying out repairs to the damaged DNA it cannot control gene expression, leaving gene expression to run out of control. A situation which eventually leads to changes in a person’s gene expression, which parallel those seen in the aging of ones brain. And, the researchers suspect, other body tissue as well.
"The critical protein controls both which genes are off and on as well as DNA repair; it's used for both processes, and that's the catch," said Dr. David Sinclair in a news release. "As cells accumulate DNA damage, the protein can't do both jobs sufficiently."
However, the good news is that the researchers also found evidence to suggest that it may be possible to slow the aging process with a compound found in red wine (Resveratrol). Research showed that mice with extra SIRT1 were more able to repair damaged DNA while also keeping gene expression under control, thus helping them to maintain a youthful gene profile. Therefore, the hope is that the discovery of a drug that stimulates SIRT1 production may at long last provide us with a fountain of youth.
Oberdoerffer P, MIchan S, McVay M, et al. SIRT1 Redistribution on Chromatin Promotes Genomic Stability but Alters Gene Expression during Aging. Cell 2008;135:907-918. doi:10.1016/j.cell.2008.10.025
News release: Where does the gene activity of youth go? New findings may hold the key. Cell Press. November 26th 2008.
Anti Aging
Slowing The Aging Process
May Now Be A Fact!!!
More and more research about the compound Resveratrol just like this article below
New research suggests that SIRT1, the protein best known for the longevity-promoting effects of calorie restriction, may also play a crucial role in the aging process.
Dr. David A Sinclair and colleagues found that SIRT1 is responsible for packaging DNA into chromatin, and thus controls whether a gene is switched on or off. However, if DNA damage occurs, SIRT1 deserts its gene expression post and helps to repair the damaged DNA. This is where the problem arises. Whilst SIRT1 is busy carrying out repairs to the damaged DNA it cannot control gene expression, leaving gene expression to run out of control. A situation which eventually leads to changes in a person’s gene expression, which parallel those seen in the aging of ones brain. And, the researchers suspect, other body tissue as well.
"The critical protein controls both which genes are off and on as well as DNA repair; it's used for both processes, and that's the catch," said Dr. David Sinclair in a news release. "As cells accumulate DNA damage, the protein can't do both jobs sufficiently."
However, the good news is that the researchers also found evidence to suggest that it may be possible to slow the aging process with a compound found in red wine (Resveratrol). Research showed that mice with extra SIRT1 were more able to repair damaged DNA while also keeping gene expression under control, thus helping them to maintain a youthful gene profile. Therefore, the hope is that the discovery of a drug that stimulates SIRT1 production may at long last provide us with a fountain of youth.
Oberdoerffer P, MIchan S, McVay M, et al. SIRT1 Redistribution on Chromatin Promotes Genomic Stability but Alters Gene Expression during Aging. Cell 2008;135:907-918. doi:10.1016/j.cell.2008.10.025
News release: Where does the gene activity of youth go? New findings may hold the key. Cell Press. November 26th 2008.
Learn more about what I have been researching by clicking here
Anti Aging
May Now Be A Fact!!!
Slowing The Aging Process
More and more research about the compound Resveratrol just like this article below
New research suggests that SIRT1, the protein best known for the longevity-promoting effects of calorie restriction, may also play a crucial role in the aging process.
Dr. David A Sinclair and colleagues found that SIRT1 is responsible for packaging DNA into chromatin, and thus controls whether a gene is switched on or off. However, if DNA damage occurs, SIRT1 deserts its gene expression post and helps to repair the damaged DNA. This is where the problem arises. Whilst SIRT1 is busy carrying out repairs to the damaged DNA it cannot control gene expression, leaving gene expression to run out of control. A situation which eventually leads to changes in a person’s gene expression, which parallel those seen in the aging of ones brain. And, the researchers suspect, other body tissue as well.
"The critical protein controls both which genes are off and on as well as DNA repair; it's used for both processes, and that's the catch," said Dr. David Sinclair in a news release. "As cells accumulate DNA damage, the protein can't do both jobs sufficiently."
However, the good news is that the researchers also found evidence to suggest that it may be possible to slow the aging process with a compound found in red wine (Resveratrol). Research showed that mice with extra SIRT1 were more able to repair damaged DNA while also keeping gene expression under control, thus helping them to maintain a youthful gene profile. Therefore, the hope is that the discovery of a drug that stimulates SIRT1 production may at long last provide us with a fountain of youth.
Oberdoerffer P, MIchan S, McVay M, et al. SIRT1 Redistribution on Chromatin Promotes Genomic Stability but Alters Gene Expression during Aging. Cell 2008;135:907-918. doi:10.1016/j.cell.2008.10.025
News release: Where does the gene activity of youth go? New findings may hold the key. Cell Press. November 26th 2008.
Learn more about what I have been researching by clicking here
Body slows at 40
At age 40, both brain and body start to slow However what if we could change that? What if we really could get back that edge?
At age 40, both brain and
body start to slow
New research may explain why it's tough to be a top athlete in middle age
WASHINGTON - Think achy joints are the main reason we slow down as we get older? Blame the brain, too: The part in charge of motion may start a gradual downhill slide at age 40.
How fast you can throw a ball or run or swerve a steering wheel depends on how speedily brain cells fire off commands to muscles. Fast firing depends on good insulation for your brain’s wiring.
Now new research suggests that in middle age, even healthy people begin to lose some of that insulation in a motor-control part of the brain — at the same rate that their speed subtly slows.
However what if we could change that? What if we really could get back that edge? Subscribe to my blog and see what I have been researching watch videos and read articles on anti aging research
Learn more about what I have been researching by clicking here
Resveratrol
Hello, it’s me John, again. I have one word: Resveratrol! Everyone is talking about it. Resveratrol slows aging, resveratrol fights diabetes and even fights obesity!
Learn more about what I have been researching by clicking here
How to Slow Aging with Resveratrol
How to Slow Aging with Resveratrol, Nature’s Anti-Aging Miracle
How to Slow Aging with Resveratrol
Learn more about what I have been researching by clicking here
Tuesday, April 14, 2009
Body slows at 40
At age 40, both brain
and body start to slow
New research may explain why it's tough to be a top athlete in middle age
WASHINGTON - Think achy joints are the main reason we slow down as we get older? Blame the brain, too: The part in charge of motion may start a gradual downhill slide at age 40.
How fast you can throw a ball or run or swerve a steering wheel depends on how speedily brain cells fire off commands to muscles. Fast firing depends on good insulation for your brain’s wiring.
Now new research suggests that in middle age, even healthy people begin to lose some of that insulation in a motor-control part of the brain — at the same rate that their speed subtly slows.
However what if we could change that? What if we really could get back that edge? Subscribe to my blog and see what I have been researching watch videos and read articles on anti aging research
Learn more about what I have been researching by clicking here
Staying Young
Hello, again. It’s me John...still searching for the fountain of youth... the "REAL FOUNTAIN OF YOUTH." This time technology may be on our side.
I have always been interested in slowing the aging process in fact, I could remember using sunscreen when no one else knew what it was. I have always stayed in shape no matter what. I run, lift weights, get bucked off my horse and get back on. I dance with my wife, wrestle with my nephew, and still play-fight with my brothers just as when we were teens. I just love being active with my family, so staying young and healthy is my passion.
If you have any helpful hints please exchange them with me. I have found a ton of info and videos on the subject of maintaining youthful energy and strength. I do not mind aging, I just want to slow it down. I think we can live well into our nineties, maybe even as long as 100 or more years, in good health.
It seems as if aging starts as early as the very young age of 40. New research may give people who want to postpone the age clock, a chance to stay younger, longer. Subscribe to my blog so I can send some of the articles and videos that I have found. I think the research will blow your mind
Learn more about what I have been researching by clicking here
Resveratrol
Hello, it’s me John, again. I have one word: Resveratrol! Everyone is talking about it. Resveratrol slows aging, resveratrol fights diabetes and even fights obesity!
Learn more about what I have been researching by clicking here