6630
ON THE BANDS
Replicated Header

The New Way to Exercise

Exercise for Physically Challenged People

How Physically Challenged will Benefit from

Bands creates a reduced Oxygen in your Legs & Arms when you do Light Exercise:

  • You fatigue Faster
  • You fatigue Deeper than is possible without the Bands
  • The fatigue stimulates a Growth Hormone Surge
  • Growth Hormone stimulates Functional Change and Healing
  • Growth Hormone stimulates additional anti-aging benefits
  • Your Heart, Lungs, Brain, and Bones all benefit from exercise with BFR Bands

We Guarantee you will Experience Results with a 30 Day Money Back Guarantee

Safe as Light Exercise

Exercise: Walking

Summary

  • These findings suggest that at-risk populations can perform BFR without fear of overt cardiovascular risk.

Read the Study

 

Safety Study Yoga

Exercise: Yoga

Summary

  • We found that there were no further elevations in arterial blood pressure and myocardial oxygen demand when / B  Strong Bands were added to yoga practices.
  • Our findings indicate that / B Strong Bands can be applied to yoga while avoiding unfavorable hemodynamic responses and preserving the intended effects on muscle hypertrophy.

Read the Study

Easy Exercises for Physically Challenged

Bands Exercise Videos

- Exercises for People in Wheelchair or Walker

- Walking with B3 Bands 

- Swimming is Easy with B3

BFR Studies / Peer Reviews

Better Cerebral Blood Flow and Parkinson's

Case Study: THE EFFECTS OF BLOOD FLOW RESTRICTION TRAINING ON FUNCTIONAL IMPROVEMENTS IN AN ACTIVE SINGLE SUBJECT WITH PARKINSON DISEASE

CONCLUSION: 

The results were that BFR training can produce functional improvements, reduce restless leg syndrome symptoms and can be safely utilized with a subject with Parkinson's who wishes to maintain his ability to remain recreationally active.

 

Peer Review : Effects of Blood Flow Restriction on Cerebral Blood Flow

CONCLUSIONS:

The results of this study suggest that BFR exercise has a positive effect on the brain by increasing cerebral blood flow and that is is useful for treating diseases such as stroke and cognitive disorders caused by brain dysfunction

 

Effect of BFR Exercise for Older Adults

Reference: Blood Flow Restriction walking and physical function in older adults

CONCLUSIONS:

The greater improvement in physical function with blood flow restriction demonstrates how this addition can increase the quality of simple walking exercise for populations that may be contraindicated to heavy-load resistance training

BFR Benefits your Bones

Peer Review of Exercise with BFR . . .  As easy as Walking!

Go here to see the Review the Paper

Summary

Using BFR showed improved skeletal bone mass patterns

Low intensity exercise combined with BFR may provide not only an increase in muscle adaptation, but also in bone and consequently modification in its biomarkers

BFR training accelerates bone metabolism

Both aerobic and anaerobic exercises combined with BFR can provide satisfactory results related to the bone biomarkers.

Conclusion:

BFR is a feasible and applicable alternative to many population groups (elderly, young, physically active or not), that aim to treat or slow up the effects of bone diseases

BFR for improved Venous Compliance

Study : Effects of walking with blood flow restriction on limb venous compliance in elderly subjects

Reference: Go Here to see the Study

Protocol:

  • Sixteen women aged 59-78 years were partially randomized into either a slow walking with BFR group
  • The BFR walk group performed 20-min treadmill slow walking 5 days per week for 6 weeks

CONCLUSIONS:

"After 6 weeks, leg venous compliance increased significantly in the BFR walk group"

Growth Hormone Release

Study : 7 Older Men (70 yo)

Reference: Circulating hormone and cytokine response to low-load resistance training with blood flow restriction in older men.

CONCLUSIONS: GH increased from rest to 30-min post-exercise and was greater during BFR than without. In conclusion, a single bout of  BFR increases the circulating concentrations of GH in older men and may explain the skeletal muscle and peripheral vascular adaptations observed following training with BFR.