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In This Issue:
- Health Briefs:
- Feature Story:
Sharp As A Tack: How To Boost Your Brainpower and Restore Your Memory
Sharp As A Tack: How To Boost Your Brainpower and Restore Your Memory
From Biocentric
Health Research Team of
(Second in A
Two-Part Series)
In our February 8th issue of Health Breakthroughs, we outlined two of
the four Brain Power Strategies you can use to improve:
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Focus
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Concentration
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Problem-solving
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Creativity
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Learning
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Short-term memory
The two strategies were:
Brain Power Strategy #1
Stop poisoning your brain with cortisol
Brain Power Strategy #2
Start feeding your brain the nutrients it needs
Now on to the fun and key steps you can take today to boost your brain power.
Super nutrients that fuel and fire your brain cells
If
the nutrients in foods can help to protect your brain, could concentrated
nutrients in the form of nutritional supplements help more? It appears
that this is the case. Nutritional researchers have now studied hundreds of
herbs, vitamins, amino acids, and fatty acids to determine which were most
helpful in supporting and enhancing brain health. Here are a few of the
superstars.
Gingko biloba increases
circulation to the brain by expanding the
tiny blood vessels that lead to the brain--flooding your hungry brain cells with
needed oxygen and nutrients. It's also a powerful antioxidant, helping to keep
the brain--and the rest of the body--safe from marauding free radicals.*
There are hundreds of published studies demonstrating the brain-boosting
benefits of gingko biloba. Just this summer, the U.S. National Institutes
of Health launched their own six-year, $15 million study of gingko's ability to
fight Alzheimer's disease. Meanwhile, scientists at Stanford Medical School are
currently in the middle of rigorous trials to confirm the validity of gingko as
a treatment for non-Alzheimer's memory loss. *
Gingko has been used for centuries in China to ward off age-related memory loss
and decline. European doctors, who are generally more accepting of herbal
remedies than American doctors, have been using Ginkgo for decades to improve
circulation--especially to the brain.*
Acetyl-L-carnitine
stimulates new nerve growthby supporting
systemic levels of nerve growth factor (NGF.) NGF helps to regenerate aged
or damaged neurons and also stimulates the production of brand-new nerve cells.
The old belief that you can't grow new brain cells has been disproved by modern
science. You CAN grow healthy, young brain cells at any age. Stimulating
your brain with challenging mental tasks is one way to encourage new growth.
(See Strategy #4, below.) Keeping NGF levels high is another. There are other
substances that also boost NGF but Acetyl-L-Carnitine is the only one that can
cross the blood/brain barrier to work inside the brain, where it can do the most
good.*
Huperzine A protects
neurotransmittersfrom being broken down
by enzymes in the brain. By extending the active lifetime of these
important chemical messengers, huperzine helps to increase the amount of
information exchanged by your neurons. There are scores of studies
published in major medical journals showing that Huperzine A is highly active in
the brain.*
Huperzine A has been shown to promote long-lasting improvements in learning,
memory, spatial orientation, and cognitive performance in animal models of
senility as well as healthy adults and adolescents. It also shows great
promise as a nutrient that could be highly beneficial for those suffering from
Alzheimer's disease. *
Researchers working at Zhejiang Medical University in China conducted a
double-blind, placebo-controlled trial of over 100 Alzheimer's patients, half of
whom were given huperzine-A for 8 weeks. In that short time, 58% of the treated
group improved in memory, cognitive and behavioral functions, leading the
researchers to conclude that huperzine is "a promising for symptomatic treatment
of Alzheimer's disease." *
Phosphatidylserine (PS)
helps to activate nerve cellsso they can
produce strong nerve impulses. This essential fatty acid is found throughout the
body, but it is most highly concentrated in the brain, where it has several
crucial functions. In addition to playing an important roll in
cell-to-cell communication and recognition, PS is an antioxidant, helping to
protect delicate cell membranes from oxidative damage. *
It
also helps to maintain healthy levels of Nerve Growth Factor, which tend to
decline with age. Finally, it works to regulate levels of the hormone cortisol.
This hormone is produced in response to stress. Excessive stress can lead
to excessive cortisol, which can slow the uptake of glucose (energy) in the
brain, negatively affecting brain function. *
One ground-breaking study, published in the respected medical journal,
Neurology, found that among subjects 50 and older, daily supplementation
with PS led to a 15% improvement in memory and learning after 3 months.
Interestingly, those who had scored the lowest on cognitive function tests at
the beginning of the test had the greatest improvements.*
Docosahexanoic Acid (DHA)gets
the nerve signals through "loud and clear" by increasing the fluidity of the
synapses (the gaps that the impulses have to jump across to get from neuron to
neuron.) DHA is an omega-3 essential fatty acid that is the primary structural
fatty acid in the brain. It is so important to the formation and growth of
the brain during pregnancy and infancy that it is incorporated into baby formula
in Japan. DHA is also important for adult and aging brains, helping to prevent
the impairment of the neural function as we age.
Several studies have noted that
low levels of DHA in the brain correlate to a decline in the brain's structural
integrity and function. *
Brain Power Strategy #3 Get enough exercise
AND enough rest
"Fatigue is an important influence on memory simply because so many of us live
with it."
Cynthia R. Green, PhD, Total Memory Workout
The health hazards of chronic sleep deprivation have been in the news lately.
Last year there was a widely publicized study, conducted at the University of
Chicago Medical Center, in which 11 healthy young men were allowed to sleep only
four hours per night for six days. After less than a week of sleep
deprivation, the scientists noted changes in the young men's hormone profiles
that mimicked those of elderly people. In particular, cortisol levels were
significantly higher, which can accelerate brain aging and cognitive decline.
Other studies have demonstrated that fatigue can reduce alertness,
concentration, reactions times, and cognitive ability. A chronic lack of sleep
also impacts memory function.
"Chronic sleep debt is becoming increasingly common and affects millions of
people," writes Dr. Karine Spiegel, in an article for the British medical
journal The Lancet. The average amount of sleep per night has
decreased from approximately 9 hours in 1910 to 7.5 hours today. The good
news to come out of the University of Chicago study is that when the subjects
started sleeping longer and recovering from their sleep debt, their hormone
profiles returned to normal. You can promote a sharper more vital mind
simply by making sure that you make time to get enough sleep.
Next time you are tempted to steal an hour or two of sleep time in order to fit
one more thing into your schedule, just remember that adequate sleep is
absolutely critical to your brain longevity.
Exercise is also a habit you cannot afford to be without if you want your brain
performing at its peak. As Dr. Dharma Singh Khalsa explains in his book
Brain Longevity:
"Aerobic exercise has direct beneficial effects upon the brain and endocrine
system. It increases blood flow to the brain, and even spurs growth of new
brain cell "branches." It also has powerful indirect benefits. It physically
protects the body against the stress response, and also "burns off" harmful
stress hormones." (p.55)
Brain Power Strategy #4 Use it
or lose it
"In much the same way that you can maintain your physical well-being, you can
take charge
of your mental health and fitness."
Lawrence Katz, Keep your Brain Alive
A spate of recent books with titles like "The Total Memory Workout" and "Keep
Your Brain Alive" reflect the growing anxiety of the baby boomer generation as
they approach middle age and begin to experience diminished mental
prowess. These books also make the important point that the brain is a
"use it or lose it" kind of organ. Although it is not a muscle, the brain
does get stronger and more flexible the more that is used. Conversely, it will
shrink and atrophy if not used.
One reason that we seem to get slower and less mentally agile as we age is that
we very often stop learning new things. Throughout childhood and adolescence,
the human brain is absorbing and processing an incredible amount of new
information. This is also the time that the brain is at its most powerful.
As young adults, we may spend several years pursuing higher education or
learning the skills of a trade or profession. During this period of our
lives, we also constantly have new and unfamiliar experiences, whether its
meeting new people, moving to a new town, traveling, or picking up new hobbies
or recreational interests.
But by the time we reach our forties and fifties--right about the time that we
begin to notice our mental engine beginning to slow down--many of us have
settled into social, personal, and professional routines that offer very little
in the way of new stimulus or learning opportunities for the brain.
Basically, the brain grows and thrives when it is confronted with new
information...new words, new tasks, new sensory experiences. Unused and
unchallenged, the dentrites of the nerve cells, which carry the messages back
and forth begin to shrink and disappear. With less biochemical and
electric activity buzzing through the brain, the brain produces less of an
important chemical called nerve growth factor, or NGF. Even in old age, however,
the brain will respond to mental and sensory stimulation by pumping up its
production of NGF, which in turn fattens up brain cells and helps them establish
new connections.
The cognitive workout--Daily exercises for a mind like a steel trap
1. Do the daily crossword--word
games like crossword puzzles, word scrambles, etc. exercise important
information processing centers in the brain. Studies have shown that doing
these activities regularly preserves and enhances communication in the language
centers of the brain as well as the ability to recall words.
2. Play a musical instrument--if
you played tuba or violin as a child, get that dusty instrument out of the attic
and give it a whirl just for old times' sake. Or consider taking piano
lessons at your local community music school. Brain researchers have found
that making music can make you 'smarter' by stimulating the communication
between the right and left sides of the brain. Playing an instrument also
improves hand/eye coordination and fine motor skills.
3. Learn a language--whether
its French, Sign language, or HTML for computer programming, learning a language
is a powerful way to strengthen tone the 'muscles' of your brain. It also
exercises memory and recall as you increase your vocabulary. If you once spoke a
foreign language, see if you can find a newsstand or bookstore that sells
newspapers or newsmagazines in that language, just for practice. Or check
a larger bookstore for foreign language children's books.
4. Balance your checkbook by hand--just
like music, mathematics stimulate specific centers of learning and neural
communication. If you have gotten into the habit of using a calculator or
computer program to balance your checkbook, try taking a few extra moments and
computing the balances by hand (or even in your head.). A few sums a day
can help keep your cognitive circuitry sharp and flexible.
5. Brush off your bridge game--Complex
games of strategy, such as bridge or chess, can be a fun way to socialize and
strengthen brain skills at the same time. The challenge of anticipating
moves in a chess game or in keeping track of cards played in a hand of bridge
can be an enjoyable way to exercise your memory and higher cognitive skills.
6. Do familiar things in an unfamiliar way--Brush
your teeth or eat your breakfast with the opposite hand. Try navigating
(carefully!) around your bedroom or family room with your eyes closed.
Take a different route to work. Sort your pocket change or identify your
housekey by feel only. These exercises ask your brain to find new solutions to
old problems, or to integrate sensory stimuli (sound, touch, sight, smell,) in a
new way. In the process, new associative patterns are established in the neural
networks, thereby enhancing memory and learning ability.
Additional Resources
Keep your Brain: 83 Neurobic
Exercises to help prevent memory loss and increase mental fitness,
Lawrence C. Katz, PhD and Manning Rubin. (Workman Publishing, 1999)
Total Memory Workout: 8 Easy
Steps to Maximum Memory Fitness, Cynthia
R. Green, PhD (Bantam Books, 1999)
Brain Longevity: The Breakthrough Medical Program that Improves your Mind and
Memory,
Dharma Singh Khalsa, M.D. and Cameron Stauth. (Warner Books, 1977)
* These
statements have not been reviewed or evaluated by the U.S. Food and Drug
Administration. This product is not intended to diagnose, treat, cure or prevent
any disease or illness.
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Health
Briefs:
(Editors Note: Parents of teen-age children may want to pay special attention to
this Health Brief)
Researchers gain new insights into when human maturity sets in
Two Dartmouth researchers are one step closer to defining exactly when human
maturity sets in. In a study aimed at identifying how and when a person's brain
reaches adulthood, the scientists have learned that, anatomically, significant
changes in brain structure continue after age 18.
The study, called "Anatomical Changes in the Emerging Adult Brain," appeared
in the "Journal Human Brain Mapping."
Abigail Baird, Assistant Professor of Psychological and Brain Sciences and
co-author of the study, explains that their finding is fascinating because the
study closely tracked a group of freshman students throughout their first year
of college. She says that this research contributes to the growing body of
literature devoted to the period of human development between adolescence and
adulthood.
"During the first year of college, especially at a residential college,
students have many new experiences," says Baird. "They are faced with new
cognitive, social, and emotional challenges. We thought it was important to
document and learn from the changes taking place in their brains."
For the study, Baird and graduate student Craig Bennett looked at the brains
of nineteen 18-year-old Dartmouth students who had moved more than 100 miles to
attend college. A control group of 17 older students, ranging in age from 25 to
35, were also studied for comparison.
The results indicate that significant changes took place in the brains of
these individuals. The changes were localized to regions of the brain known to
integrate emotion and cognition. Specifically, these are areas that take
information from our current body state and apply it for use in navigating the
world.
"The brain of an 18-year-old college freshman is still far from resembling
the brain of someone in their mid-twenties," says Bennett. "When do we reach
adulthood? It might be much later than we traditionally think."
Can Marriages Be Saved by Treating Snoring?
The husband snores. The wife nudges him to flip over. Both wake up feeling
grouchy the next morning. It's a common occurrence that may have more of an
impact on the marriage than most couples think.
The Sleep Disorders Center at Rush University Medical Center is conducting a
scientific sleep study to evaluate how a husband's sleep apnea impacts the
wife's quality of sleep and the couple's marital satisfaction.
"This is a frequent problem within marriages that nobody is paying enough
attention to," said Rosalind Cartwright, PhD, founder of the Sleep Disorders
Center at Rush. "Couples who struggle with sleep apnea have a high-divorce rate.
Can we save marriages by treating sleep apnea? It's a question we hope to
answer."
"Our early results are showing that the wife's sleep is indeed deprived due
to the husband's noisy nights. This is not a mild problem. The lack of sleep for
both partners puts a strain on the marriage and creates a hostile and tense
situation," said Cartwright.
Quiet, Little Machine Gives Couple New Hope
The husband underwent two weeks of treatment at home using continuous
positive airway pressure (CPAP). The noninvasive treatment prevents the upper
airway from collapsing during sleep, allowing the lungs to function normally
during sleep.
Following treatment, the wife's quality of life measure jumped from a 1.2 to
a 7, meaning the sleep apnea was no longer bothering her at all. Her sleepiness
scale, which measures how tired she feels during the day, dropped from 12 to 6.
Marital satisfaction scores improved from 3 to 5.8 and the wife's sleep
efficiency jumped from
"Our early results have been terrific," said Cartwright. "It is beautiful to
see couples getting along so much better.
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