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About
Rebounding


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Benefits
of Rebounding
Some of the Benefits
of Rebounding: What Can Rebounding Do For You?
Rebounding is a form of exercise that...
- reduces body fat
- increases circulation
- increases mental acuity
- can help children with learning disabilities
- firms legs, thighs, abdomen, arms and hips
- increases metabolism
- improves sense of balance
- increases agility
- strengthens the muscles, including the heart
- reduces incontinence and improves bladder control
- eliminates stress to the joints
- improves arthritis
- stimulates and strengthens lymphatic system/immune
system
- helps eliminate varicose veins by
strengthening the walls of veins
Calories
burned
Researchers at the University of Kentucky,
in conjunction with NASA, concluded that "the magnitude of the biomechanical
stimuli is greater with jumping on a trampoline than with running."
An average of 5 to 12 calories are burned per minute, depending on the
intensity of your rebounding. For example, a 150-pound person spending
one hour on a rebounder will burn about 410 calories; the same
person jogging for one hour will burn only 355 calories. Not to mention,
rebounding has the benefit of reduced stress on your joints.
Dr.
Robert G. Frost sums up the benefits of rebounding: "It improves
the performance of the heart, lungs and lymphatic system. It improves
circulation and muscle tone and challenges the skeletal muscles to increase
stamina without any of the jarring associated with other aerobic activities.
Gravity-plus rebounding is the single most efficient way to improve health.
No other exercise can match it."
Tests at the University of California
in Los Angeles have shown that regular bouncing increases the efficiency
of the lymphatic fluid flow along the collecting vessels. As Dr. Frost
explains: "The lymph system cleanses out toxic waste and health threatening
bacteria. So we have an effect not just on the heart and circulation-
any aerobic system can do that. What bouncing does is improve the body's
own immunological system.
Osteoporosis
Bones become stronger when stressed
by exercise. Astronauts who went to the moon lost 15% of their bone density
in just 14 days because there was no gravitational pull to positively
stress their bones. Rebounding increases the gravitational pull that stresses
the bone cells to make them more stronger without the damaging shock to
the joints.
Arthritis
When arthritis develops in
a joint, it is important to maintain movement that squeezes old fluid
out and new fluid in. A lack of movement causes white blood cells to become
trapped and spew out toxins that kill cells on the synovial lining of
the joint. Rebounding allows white blood cells to travel to an inflamed
site, fight the inflammation, get rid of the toxins and repeat the cycle.
Incontinence
This occurs when the sphincter
muscle on the bladder becomes weak and causes a person to loose bladder
control. Rebounding exercise, since it is cellular in nature, can strengthen
both the cells of the sphincter and bladder, improving the quality of
life for many people.
Benefits for
Children with Learning Disabilities
Rebounding has been used as part of a therapy
for children with learning disabilities such as attention deficit disorder
(ADD) and autism. Alfhild Akselsen, Ph.D., founder of the Texas
Association of Children with Learning Disabilities, based in Austin, sees
a lack of mind/body coordination as the underlying problem for many of
these children.
"Learning-disabled
children have extremely poor coordination, balance, and rhythm,"
says Dr. Akselsen. "The usual difficulty bringing on a lack of coordination
is that one side of the body is not working." She uses rebounding
as part of her therapy to teach the child's mind and body to communicate
more effectively, and to help the children develop muscle control and
improve coordination.
For children with these conditions, the
main problem is neuromuscular dysfunction, not reduced intelligence, says
Dr. Akselsen. She uses exercises, rebounding, deep nerve and light sensory
massage, nutrition, and neuromuscular training to teach the child's body
to respond to the brain's output.
She uses various testing exercises to
build neuromuscular coordination. One exercise with the rebounder has
children bounce with their eyes focused on a fixed point; this helps improve
their visual coordination. In another, children hop on one foot and then
the other while on the rebounder to develop their sense of balance.
Rebounding has been part of Dr. Akselsen's
therapy for learning-disabled children for many years and she contends
that even healthy children should begin rebounding routinely at preschool
age. "When you are rebounding, you are moving and exercising every
brain cell just as you are exercising each of the other body cells,"
contends Dr. Akselsen. "Toxic heavy metals are leached out of these
brain cells to free up the neurons to work more effectively. Rebounding
has you work from the outside, from the nerve endings in toward the brain."
Dr. Akselsen has seen some remarkable
results from her rebounding therapy. Children who had been unable to express
themselves during their first 15 years of life, having a vocabulary of
only a few words, were able, after a month or two of therapy, to speak
in complete sentences and express their thoughts. "When the physical
defect is corrected, the mental defect is also corrected," concludes
Dr. Akselsen.
Dr. James R. White,
author of Jump For Joy, states "Rebounding is an excellent
method of weight control because you can burn off between 5 to 12 calories
per minute and if you follow a 30 to 40 minute per day program, you can
easily lose 27 pounds per year". And you can lose even more with
an appropriate diet and rebounding exercise combined.
Rebounding is called the "cellular exercise".
Al Carter, the "father" of rebounding exercise, states
that "the structural strength of the cell membrane is directly related
to the environmental stresses placed upon the cells. At low G's (Gravity),
the membrane becomes weak. At high G's, the cells become stronger."
Rebounding increases the G force, which strengthens every cell in the
body.
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