It is a myth that OsteoStrong is only for older women with bone loss or osteoporosis, although those clients get incredible results. Our new logo depicts our muscle fibers and skeletal system as the center of our strength whether you are an athlete, suffer from joint or back pain, are fighting bone loss or type 2 diabetes, or just want a quick and effective weight bearing program. Everyone needs weight bearing and only our system can allow you to reach the multiples of body weight needed to trigger a true adaptive response.

Everyone has a skeletal system which, along with the central nervous system, helps regulate your muscle strength potential. At OsteoStrong we help you break the limits age and injury are trying to put on you.

OsteoStrong is a new, natural way for Strong Bones, Better Balance, Stronger Muscles and Pain-Free Joints and Back.

Diane Miller Mulloy is the owner of six OsteoStrong centers in Middle Tennessee, in Hermitage, Hendersonville, Cool Springs, Brentwood and Belle Meade and the newest center which opened late November in Bandywood Fashion Square in Green Hills.

Diane Miller Mulloy is the owner of six OsteoStrong centers in Middle Tennessee, in Hermitage, Hendersonville, Cool Springs, Brentwood and Belle Meade and the newest center which opened late November in Bandywood Fashion Square in Green Hills.

The Effects of Axial Bone Osteogenic Loading-Type Resistance Exercise on Adults with Risk of Moderate-Metabolic Dysfunction: A Pilot Study

Don’t get me wrong, we are huge fans of exercise and the many benefits it has on the human mind and body. Modern research has detailed its benefits for decades, and that’s why many doctors today recommend exercise to help prevent many illnesses. 

Objective: To determine valid functional bone performance metrics and adaptations from multiple-of- bodyweight (MOB) compressive force loading using an impact level loading exercise apparatus from a population of 2380 adult males and females.

Multiple-of-bodyweight axial bone loading using novel exercise intervention with and without bisphosphonate use for osteogenic adaptation