Science

bioDensity Compression
This post-menopausal female subject is achieving leg/hip loading of 1200lbs./545kg. This is 10 multiples of her bodyweight. In the movement, the seat fixture does not move, nor does the foot plate. The movement seen in the joint angle behind the knee is from compression.

 

Research has shown that activities that involve impact level force/loading are most useful for increasing or maintaining bone mass1. bioDensity places the user/patient in positions of optimal biomechanics, which then can allow for loading that is multiples of bodyweight, these loads are near or equal to the levels seen in impact loading2. User/patient DXA Scans have shown BMD (g/cm2) measures in osteopenic/osteoporotic subjects significantly increase at an average of 7.02 to 14.9% in the hip and 7.73 to 16.6% in the spine within one year of treatment3,4. This level of effect is beyond what is normally seen with the conventional standard of care. Further, similar functional bone performance adaptations were seen by researchers in 2380 subjects5, as well as implications for muscle density manifested in HbA1c reductions6.

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