The research
Osteogenic loading is built on a simple principle: bone adapts to the forces placed on it. Here are the published studies that shaped our approach. Each one is available to read in full.
Select a study to preview it here, or open the full PDF in a new tab.
Osteogenic loading
Fourteen adults (average age 62) did one weekly osteogenic loading session of four five-second movements. They generated about 9× their bodyweight through the hips and legs. Average bone density rose 7.0% in the hip and 7.7% in the spine, and no injuries were reported.
Fifteen women aged 56–84 with osteoporosis trained once a week for a year at three clinics. Each session lasted about 15 minutes. Ten of the women improved their DXA scores, three held steady and two declined. Forces reached 2–10× bodyweight with no injuries.
The broader evidence
Ninety-three men aged 45 and older with osteopenia or osteoporosis spent eight months in supervised high-intensity training, machine-based isometric compression or a control group. Both training groups preserved bone strength in the shin and forearm, while the control group lost it.
This review of recent evidence finds that supervised high-intensity training is effective for spine bone density. It is also safe and well tolerated in postmenopausal women with osteoporosis or osteopenia. High intensity means heavy loads or impacts above 4× bodyweight.
This nine-month trial of 120 postmenopausal women uses wearables to measure real-world impact loading. Its background reviews why bone needs brief, high-intensity forces rather than low, repetitive ones.
Study summaries are written in plain language by OsteoZone and are not a substitute for the full text. Many of these studies are small or still in progress, and individual results vary. All rights to the original articles belong to their authors and publishers.
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