How Rebounding Works
Many types of exercise are done to target specific muscles or just to
increase cardiovascular function. Rebounding is unique since it uses
the forces of acceleration and deceleration and can work on every cell
in the body in a unique way.
When you bounce on a rebounder (mini-trampoline), several actions happen:
Another study showed that the increased G-force helped increase Lymphocyte activity. The lymph system transports immune cells throughout the body and supports immune function. For this reason, rebounding is often suggested as a detoxifying and immune boosting activity.
Rebounding, since it affects each cell in the body, can also increase cell energy and mitochondrial function.
One of the major benefits of rebounding is its benefit to the skeletal system. Just as astronauts lose bone mass in space as a response to the decreased need for strong bones in a zero gravity environment, weight bearing exercise increases bone mass. Rebounding is especially effective at this since it increases the weight supported by the skeletal system with the increased G-force of jumping.
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- An acceleration action as you bounce upward
- A split-second weightless pause at the top
- A deceleration at an increased G-force
- Impact to the rebounder
- Repeat
Another study showed that the increased G-force helped increase Lymphocyte activity. The lymph system transports immune cells throughout the body and supports immune function. For this reason, rebounding is often suggested as a detoxifying and immune boosting activity.
Rebounding, since it affects each cell in the body, can also increase cell energy and mitochondrial function.
One of the major benefits of rebounding is its benefit to the skeletal system. Just as astronauts lose bone mass in space as a response to the decreased need for strong bones in a zero gravity environment, weight bearing exercise increases bone mass. Rebounding is especially effective at this since it increases the weight supported by the skeletal system with the increased G-force of jumping.
Read more from TrampolinePaul
Contact me at About.me
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