|
Fat
Burning and Weight
Loss
Most
people rely on trainers and fitness “experts” who tell them
how to lose weight. The often hear that to melt fat
they have to work out in the “fat-melting zone.” This
involves doing hours of “cardio” training, or endless
“aerobics” so you can use up your fat stores while you
exercise.
It almost
sounds good, right? You melt off your fat and drop weight…
Only that’s the
opposite of what you should be doing.
You’re
Training Your Body to Work Against You.
That’s because
your body is made to store energy in your muscles, ready to
use throughout the day to survive.
We don’t do
well taking in more food than we need to live. Your body’s
not designed to get rid of extra calories from the grains
and processed foods that make up the modern diet. So
when you do eat a little more than your body needs, it just
stores it as fat.
But if you work
out in the “fat melting zone” you’re using that stored fat
for energy. But that only teaches your body to store more
fat so you have it available for energy during your workout.
It’s almost impossible to drop weight this way.
The truth is,
the real way to melt fat and stay lean is to use
calories the way you were designed to use them.
That doesn’t
mean you can’t use exercise to drop fat. Exercise is one of
the most effective tools you can use to maintain your ideal
weight. But what you want to do is re-train your body
so it performs like it was designed. That way, you can have
the lean, muscular body nature intended for you.
And here’s how
you do it:
• do sets
of exercises that are progressively intense
• rest in-between each set
• exert yourself for no more than 12-15 minutes
It’s that
simple.
And here’s why
it works:
For the first
2-3 minutes of a workout you burn ATP, or adenosine
triphosphate. This molecule is the basic unit of cellular
energy. It is stored in the muscle cells and is available at
any time. It is also your high-octane fuel for intense
effort.
But there is
only enough ATP for a few minutes of exercise. When your ATP
stores are depleted, your body switches to glycogen, a
carbohydrate stored in muscle tissue. Your glycogen stores
will take you through about 15 minutes of exercise.
After both your
ATP and glycogen stores have become depleted – about 20
minutes – you switch to fat.
But if you stop
before your body starts to use fat for energy, you stay out
of the endless “melt fat/store fat” loop. Instead, your body
learns to store energy in your muscles, NOT store it as fat
for later use.
It does this
through the adaptive changes your body makes to prepare for
the next time you ask it to perform that same activity.
It’s called “afterburn.”
Igniting
Afterburn Is The Key To Melting Fat
After intense
exercise, you burn extra calories as your body repairs
muscles and stores energy in them, and returns to its normal
state. Since this can take from several hours to a full day,
you will keep on burning calories long after the workout is
over.
A Colorado
State University study measured the changes induced by
exercising this way. People exercised for 20 minutes in sets
of two-minute intervals, followed by one minute of rest. The
researchers found that they were still melting fat at an
increased rate 16 hours after the exercise session!
At rest, their fat oxidation was up by 62 percent.1
And the harder
you train, the greater your post exercise metabolism.
In another
study, researchers at Laval University in Quebec divided
participants into two groups. One group cycled for 45
minutes without interruption. Another group cycled in
numerous short bursts of 15 to 90 seconds, while resting in
between.2
The long
duration group burned twice as many calories. So you might
assume that they would melt more fat. However, when the
researchers recorded their body composition measurements, it
was the short-term interval group that showed the most fat
loss.
In fact, the
interval group lost nine times more fat than the endurance
group for every calorie burned!
And by the way,
this is why many endurance athletes have body fat
percentages ranging from 10-20 percent, while athletes like
sprinters and basketball players – who run in short bursts
with progressive intensity – have a well-muscled physique
and usually carry only 4-8 percent body fat.
So, do you want
20 percent body fat, and to train your body to store more
and more fat so you can use it while you work out?
Or would you
rather exert yourself for 12 minutes at a time, melt off fat
the rest of the day, and be lean and ripped?
This is why
there is already 60,000 people doing PACE.
Because getting
you into a strong, lean body is exactly what the PACE
program helps you achieve.
And the good
news is, even if you’re out of shape you can start with a
challenge that’s within your reach.
That’s because
you can’t build a fat-shredding body through endless
treadmill workouts and painful weightlifting sessions.
Instead, you
want to exert yourself for just a few minutes at a time, and
make the challenge you give yourself progressive. That way,
you’ll have the athletic body you were designed for.
What you want
is to gradually, but progressively increase the challenge
you give your body each time you work out.
With PACE, you
use full-motion, short-duration exercises that push you to
your maximum capacity quickly, then allow your body
to recover. This way, you use energy straight from your
muscles, and tell your body to dump the fat – you don’t need
it!
And with PACE,
you shed fat naturally and more quickly that you ever
thought possible.
Learn more about PACE
or try sample
PACE exercises

1 Osterberg KL and Melby CL. “Effect of acute resistance
exercise on postexercise oxygen consumption ...”
International Journal of Sport Nutrition and Exercise
Metabolism, 2000 Mar; 10(1):71-81.
2 Tremblay A, Simoneau JA, Bouchard C. Impact of exercise
intensity on body fatness and skeletal muscle metabolism.
Metabolism. 1994;43(7): 814-818.
Thank you for visiting our website. We hope you enjoyed
browsing through our pages, found useful information and were
inspired to start living a healthier, more fit lifestyle.
Please come back and visit us again soon.
|