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Diana
Hooper |
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The Science of AgingThe graying of America-the aging of the baby boomers-who knew birthdays could cause such concern? The aging of Americans is of great concern because it will transform politics, retirement systems, health care systems, welfare systems, labor markets, banking, and stock markets. It's incredible to think that at one second after midnight on January 1, 1946, when Kathleen Casey Wilkins was born in a Philadelphia hospital, the baby boom generation began-the period between 1946 and 1964 that experienced an all-time record number of births. In all, 76 million Americans were born, and thousands of these baby boomers are celebrating their 50th birthdays every day. As we grow older and desire to live younger longer, we begin to wonder what it is that makes many people suffer from ailments due to aging, while others enjoy their longevity.
An American scientist did some wondering of his own and managed to figure
out the science behind the process of aging. Dr. Denham Harman read a
1945 Russian study that purported to show that cells are immortal. Thinking
it was nonsense, he asked himself, "What kills us?" Using his
research skills (he earned a Ph.D. in chemistry and a medical degree from
Stanford University), he began to look for the single cause responsible
for aging. Why just a single cause? "I knew that when Mother Nature
finds something that works, she uses it over and over," Dr. Harman
said. The Groundbreaking Anti-Aging Theory In his "aha!" moment, Dr. Harman suddenly understood that free radical reactions caused the deterioration of cells and accelerated aging with all its attendant ills. Can stopping free-radical damage make one immortal? Unfortunately not. But the body can remain healthy far longer if these electron-grabbing atoms are contained or neutralized.
Do we really need to worry about free radical attacks? Dr. Bruce Ames
at the University of California, Berkeley, thinks so. He estimates that
each cell in the body suffers 100,000 "hits" from free radicals
every day.(3) Were free radicals more dangerous in some cells than others? Thinking through this question, Dr. Harman modified his theory. In a 1998 interview, he explained his revised belief that life span is "determined by the rate of free radical damage to the mitochondria, where mammals use 90 percent of their oxygen."(4) Mitochondria are often described as cellular power plants because they manufacture a source of energy called adenosine triphosphate (ATP). And here at the power source of cells it is crucial for free radicals to be neutralized-especially the free radical superoxide. The Complexity of Free RadicalsFree radicals are a very complex subject. There are four different oxygen free radicals (superoxide, hydrogen peroxide, hydroxyl, and singlet oxygen), and two nitrogen free radicals (peroxynitrite and nitric oxide), as well as lipid peroxide free radicals. Superoxide is the most abundant and damaging free radical found in the human body. Simply breathing will generate this free radical. To complicate our lives even more, superoxide can be chemically converted into other forms of free radicals. Antioxidants to the RescueThe test that allows scientists to discover the antioxidant strength of substances is called ORAC: Oxygen Radical Absorbance Capacity. The USDA researchers at Tufts University have refined and individualized this test so that they can now check for specific antioxidant capacity. There is the H-ORAC test for hydroxyl free radical absorbance, the N-ORAC test for peroxynitrite absorbance, and most important of all, the S-ORAC test, which is for superoxide absorbance capacity.
By understanding that 1 to 3 percent of the body's total oxygen intake
will be converted to superoxide in the mitochondria every day, the importance
of protective antioxidants becomes very clear! Vitamins A, C, and E are
known as excellent antioxidants. But there is a specific antioxidant that
neutralizes dangerous superoxide free radical. The enzyme called superoxide
dismutase (SOD) neutralizes superoxide. Scientists look for any antioxidant
that has SOD-like activity against the superoxide free radical. In S-ORAC tests performed at an independent laboratory, Brunswick Laboratories, Berry Young Juice™ was found to have not just great, but exceptional protection against superoxide (see the accompanying chart below.)
Unlike cod liver oil (you know it is good for you but YUCK! It's so distasteful!),
Berry Young juice is good for you and your taste buds! There are no sugary
"junk" juices (like pear, apple, and grape, which are high in
"sweetness" but low in nutrients) in BYJ. Only juices known
for their high antioxidant and synergistic power are in BYJ: wolfberry,
blueberry, raspberry, pomegranate, and apricot juice. And they taste great!
The delectable flavor and additional limonene antioxidant power of lemon
and orange essential oils make important contributions to this flavorful
juice. Dr. Harman concluded his remarks about the free radical theory with this thought: "Mother Nature did not mean for us to live forever, but that doesn't mean we should not try to increase our functional life span." Adding Berry Young juice to your daily regimen is the key to increased health and longevity!
Notes *These statements have not been evaluated by the Food and Drug Administration. These products are not intended to diagnose, treat, cure, or prevent any disease. Reprinted
with permission of Young Living, Lehi, UT 84043 TestimonialMy 16 year old daughter
takes ballroom dance lessons and is on her feet in high heeled dance shoes
for two or more hours non stop during class. No resting - just fancy footwork
all the time. But this time she decided to reach for Palo Santo and dropped one drop on the blister. I kid you not - we watched as the blister simply disappeared in less than 30 seconds. We both looked at each other in sheer amazement. She will now carry Palo Santo with her to dance class!! Debra Raybern, ND, MH, CNC
This information is intended for educational purposes only. It is not provided in order to diagnose, prescribe, or treat any illness or disease of the human body. |