By
Fight Aging Site Team
Do you wish to have
an athletic body? Do you wish to get rid of that ugly fat around
your belly and all over the body? Do wish you could play football
or cricket with your children or grandchildren? Do you wish that
people should admire your looks and energy levels at the workplace?
If the answer is yes
to any of the above questions, this article is for you. The TEDIFF
option is proposed, taking into account the latest findings and
recommendations of the American College of Sports Medicine(ACSM),
American Heart Association(ADA), American Diabetes Association (ADA)
and the North American Society for Study of Obesity(NAASO). The
TEDIFF option proposes a little extra effort in terms of Duration,
Intensity and Frequency of Exercise. The TEDIFF Option takes us
closer to nature’s design and helps to invoke the inbuilt
power of our genetic programs.
Over the past 50,000
years our genes have changed very little. Our genes are best suited
for frequent eating and frequent short bursts of intense activity
coupled with rest periods and frequent low intensity activities
of varying durations, during daytime. The circadian pattern of testosterone
synthesis is an example of nature’s design. Similarly, Growth
Hormone chips in for intense exercise and also has a major to play
in repair and recovery at night.
From a hunter-gatherer style of life we have changed a lot. Physical activity has declined
drastically and processed foods are a major component of our diets.
The demands of school, college and office life are altering dietary
patterns. We now have prolonged periods of starvation followed by
binge eating as a regular pattern.
TEDIFF proposes that
we reach the threshold levels of exercise duration, intensity and
frequency, which confers the maximum benefit in terms of all round
fitness. The threshold level is the point beyond which additional
benefits do not accrue. The level will vary depending on existing
fitness level, age, diet, exercise, rest and recovery. A diet rich
in essential amino acids and omega 3 fatty acids will help significantly
to maintain a higher level of muscle synthesis and reduce muscle
degradation.
The low level of physical
activity and an improper diet have led to insulin resistance, metabolic
syndrome, diabetes, heart disease and a host of other diseases. The ‘hunter-gatherer’ probably had a better exercise,
diet and sleep pattern than us. The latest findings on aging, obesity,
nutrition and ‘exercise dose’ are compelling enough
to give a fresh look at the hunter-gatherer’s frequency of
exercise and feeding patterns.
Due to the obvious
reluctance of modern man to engage in physical activity, for achieving
a total of 90 minutes exercise per day, NAASO experts recommended
“Short bouts of activity (5-10 minutes per session) repeated
throughout the day may be one strategy to achieve these goals.”
Both the ADA and AHA
now recommend ‘Resistance Exercise’ for all adults,
irrespective of age.
We propose the ‘TEDIFF’
Option to reach the Threshold Levels of exercise Duration, Frequency
and Intensity that can cause adaptations in cardiovascular fitness,
reduce obesity, prevent weight regain and possibly help to shape
the body.
TEDIFF is also based
on observations of physical shape, fitness levels of athletes, bodybuilders
and people engaged in various physically demanding professions.
Observations and Facts
that evolved the TEDIFF Option
1) Rural populations with physically active lifestyles have a lower
incidence of lifestyle diseases compared to their urban counterparts.
2) The physique of athletes gets modeled as per their most frequent
and intense major activity. The shape and size of a sprinters legs
versus that of a marathon runner for example. Sports Specific Adaptation
of the physique seems to occur depending on the most frequent and
intense major activity. Duration, Frequency and Intensity of exercise
appears to be the key factor for adaptation.
3) Manual laborers develop strong wiry arms and six pack abs muscles.
Even if they are well fed, they rarely develop bulk. The body shape
seems to have adapted to perform the most frequent and intense major
activity.
4) It is well documented that positive cardiovascular adaptive changes occur in all individuals when the level of exercise is increased.
5) Recently published reports by the American College of Sports
Medicine have shown that ‘exercise intensity’ is more
responsible for muscle hypertrophy and the adaptive changes. Elevations
in plasma Testosterone and Growth Hormone levels were higher when
the intensity of the exercise was more. Stem Cells differentiation and fusion into muscles was triggered by intense exercise.[1]
6) Frequent 5-10 minutes sessions of exercise for a total of 90
minutes per day were as effective as a single session of 90 minutes
(from NAASO Symposium mentioned above) for preventing weight regain
in obese elders. The benefits were dependent on the total exercise
per day and also the total in a week, indicating a short term cumulative
effect.
7) Multiple bouts of resistance exercise were proven to use a greater
proportion of fats during and after exercise [2].
8) Numerous studies have proven that the ‘starvation signal’
is activated when the gap between meals is approximately 3-4 hours.
The longer the gap between meals, the greater is the tendency to
store fat. It is also well documented that chronic activation of
the ‘starvation signal’ leads to a lower basal metabolic
rate (BMR), insulin resistance and obesity. It appears that 3 meals
per day, is out of tune with nature. Bodybuilders and persons on
a ‘fat loss’ program seem to respond better to 5-6 meals
per day pattern.
9) Animals in the wild never seem to suffer from obesity. We speculate
that the ‘hunter-gatherer’ also may not have suffered
from obesity. At least the ancient paintings have not depicted obese
men.
What duration frequency
and intensity of exercise will induce physical adaptation?
The answer to this is highly debatable but extremely desirable.
The millions of people suffering from obesity and all those who
wish to have that handsome athletic body may need to commit a few
extra minutes on more occasions each day.
It may take another
10,000 – 50,000 years for our genes to probably adapt to the
modern diet and lifestyle. Until then let us tune our physical activity
to match our genetic programs.
Putting it all together,
the ‘TEDIFF’ Option proposes the following:
“The body will adapt to the most frequent and intense activity
of a person over a prolonged period. Gradual increases in Duration,
Frequency and Intensity of exercise coupled with frequent nutrition
and adequate rest, will take us to a threshold level at which the
cumulative effect of neuromuscular and cardiovascular adaptations
become evident. The threshold level of duration frequency and intensity
of exercise for each individual should then be maintained for peak
physical and mental fitness throughout life.”
TEDIFF Option Steps
1. Duration of heavy and high intensity exercises, not exceeding
60 minutes per session, 4-5 times a week. Schedule the exercises
to give a minimum of 48 hours recovery time for each muscle group.
2. Moderate intensity exercises of duration 10-15 minutes on all
days, with a gap of about 6 hours or more from the ‘High Intensity
Exercise’ session. Gradual increases in duration are suggested
for greater fat utilization.
3. Frequent sessions of low intensity endurance exercise lasting
about 10 minutes, with at least 60-90 minutes interval between any
other exercise sessions. A session on waking up is highly recommended.
4. Devote the most frequent and intense activity to specific body
areas that need shaping up.
5. Eat a heavy breakfast. Thereafter eat every 3-4 hours, eat slowly
and just enough to stop hunger. Take care to use proteins that are
high in Essential Amino acids, since they trigger synthesis of muscles [3]. Ensure that you get all the macronutrients (protein, carbohydrates
and fats) in each meal. Consume diets rich in Omega 3 fatty acids,
like fish, flaxseed and walnuts. Drink plenty of water throughout
the day.
7. Have dinner immediately after sunset.
8. Sleep 2 hours after dinner and sleep for 7-8 hours.
9. Adjust and accommodate the exercise and feeding pattern to suit
your individual schedule, but gradually increase Duration, Frequency
and Intensity, to achieve and maintain desired goals of fat loss,
body weight and shape.
In the context of
TEDIFF,
• High intensity exercise refers to resistance exercise in
the repetition range 1-6 per set with the heaviest possible weight
or alternatively sprinting or cycling at maximum capacity for 10-30
seconds in one burst.
• Moderate intensity refers to resistance exercise in the
repetition range 8-16 or running or cycling at a moderate speed
which can be maintained for 5 to 10 minutes.
• Frequent and short low intensity exercise refers to Jogging,
Stretching, Bending, Skipping or Cycling for about 10 minutes per
session with one short burst of speed for about 10-30 seconds.
Explanations
1) The low intensity exercise session on wake up, slightly boosts
the metabolism. The heavy breakfast also increases the metabolism,
stops muscle catabolism and prevents activation of the starvation
signal and its consequences.
2) The single high intensity exercise session induces adaptations
and muscle hypertrophy on subsequent feeding (preferably foods rich
in Essential Amino Acids). The BMR is boosted significantly and
fat utilization post exercise is significantly enhanced.
3) The moderate intensity or ‘endurance’ exercises use
fat as the major source of energy. This session gives another boost
to the metabolic rate, which declines gradually during periods of
inactivity or rest.[4]
4) Multiple sessions of low intensity exercises have a cumulative
benefit in terms of improving insulin sensitivity, burning fat,
reducing obesity and improving cardiovascular fitness. (NAASO study).
5) Every exercise session improves cardiovascular fitness through
adaptations. Increasing the Frequency, Duration and Intensity in
a gradual manner, may induce neuro muscular adaptations that result
in peak physical and mental fitness.
6) Increasing Frequency, Duration and Intensity to levels prevalent
in Sportsmen and Labor Intensive professions could be a safe way
of reaching the threshold levels of exercise that induces physical
adaptations.
7) The ‘threshold level’, is likely to vary significantly
between individuals.
8) Frequent eating of small portions of food, also elevates the
metabolic rate and prevents the starvation signal from being activated.
The starvation signal and the accompanying inflammatory cytokines
stimulate deposition of fat in adipose tissue [5].
9) Growth Hormone and many other factors work after we sleep to
repair and adapt the body tissues to greater levels of physical
stress. Adequate night time sleep is more in tune with nature’s
design and hence the TEDIFF Option strongly recommends 7-8 hours
night time sleep 2 hours after the last meal. The 2 hours gap between
dinner and sleep is to allow time for glucose and insulin levels
to get back to normal, before Growth Hormone starts its work.
Discussion and Conclusion
Modern man needs to find the time and motivation to exercise frequently
and intensely for longer durations. Except for sportspersons and
manual laborers; the duration, frequency and intensity of exercise
is far below desired levels. TEDIFF Option is a call to achieve
those levels of exercise and discover the threshold level of exercise at which we can achieve peak fitness.
Spot reduction is
a hotly debated topic. However, generalized fat reduction is the
normal outcome of diet and exercise. Abdominal fat is the last to
go. People desiring to reduce their waistline, can achieve major
gains in posture and abdominal muscle tone through TEDIFF Option
apart from increasing general fitness.
TEDIFF Option can
trigger a major efflux of fat from adipose tissues all over the
body. Greater effort is needed to prevent the fat from coming back.
The body is most likely to adapt to the most frequent and intense
major activity. Invoke the power of your genetic programs through
the TEDIFF Option to Fight Aging and Stay Young.
References:
1. Thomas J. Hawke , Exerc Sport Sci Rev. 2005;33(2):63-68. ©2005
American College of Sports Medicine
2. Kazushige G et al , J Appl Physiol. 2007 Feb 22
3. B.F.Miller, Exerc Sport Sci Rev. 2007;35(2):50-55. ©2007
American College of Sports Medicine. Posted 06/13/2007
4. Kiens B et al, Acta Physiol Scand. 2003; 178(4):391-6
5. Pietro A. Tataranni; Emilio Ortega , Diabetes. 2005; 54 (4):
917-927. ©2005 American Diabetes Association, Inc.
Fight Aging Site team
has taken maximum care to ensure that the information is authentic.
The information has been extracted from published medical trials
and text books. The information is not meant to substitute a Physicians
advice, nor is it meant to treat any disease. Members are advised
to consult a Physician, Dietician, Physiotherapist or Trainer before
taking medication or starting an exercise program.
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