Effects of bioDensity Training and Power Plate Whole-Body Vibration on Strength, Balance and Functional Independence on Older Adults – Journal Of Aging and Physical Activity, 2016
A study on how bioDensity improves strength, balance, and also independence for adults aged 65-90.

Effects Of Low Volume High-intensity Strength Training On Health/Fitness Factors and Glycemic Control in Pre-Diabetes and Type 2 Diabetes
Over a 24 week period, this study looks to determine how bioDensity improves aspects of diabetes.

New Apparatus Provides Compression Forces On Bone Resulting in Osteoblastic Activity – April 2018
A paper about how safe and effective osteogenic loading is for osteoporosis.

Safety and Feasibility Of Osteogenic Loading In Adults With Low BMI – Italy 2017
Study on how safe osteogenic loading is for people with low BMI. They also set out to find the benefits it has for low BMI people.

Increase of Force Production with bioDensity White Paper
White paper detailing three ways the body adapts and can be measured by force production when using a bioDensity machine.

Physiological Impact of bioDensity White Paper
Details how bone mass and other physiological improvements occur after using bioDensity.

bioDensity and Power Plate Neural Potentiation White Paper
Explains why better motor neuron function benefits, and also how bioDensity improves it.

Anti-aging and Osteogenic Loading White Paper
Explains how osteogenic loading improves the bone mass and other health benefits in midlife to elderly individuals.

bioDensity, A Safe, Non-pharma Treatment for Bone Health and Fracture Prevention White Paper
Learn how bioDensity, without medicine, helps improve bone density and increase force production.

bioDensity Clinical Force Production Increase White Paper
An analysis of over 4,000 test subjects of how force production and bone density increases.

Multiple-of-bodyweight Axial Bone Loading Using Novel Exercise Intervention With and Without Bisphosphonate Use for Osteogenic Adaptation
A paper aiming to see how bone density adapts to multiple-of-bodyweight compressive force.