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What are the Onero exercises? The Evidence-Based Path to Stronger Bones

4 min read

According to the landmark LIFTMOR study, supervised high-intensity exercise can significantly increase bone mineral density in individuals with osteopenia and osteoporosis. So, what are the Onero exercises? This evidence-based program offers a paradigm shift in how we approach bone health.

Quick Summary

Onero exercises are an evidence-based, high-intensity program of resistance and impact training, overseen by accredited practitioners, to safely and effectively strengthen bones, improve balance, and reduce fracture risk for people with low bone mass.

Key Points

  • Evidence-Based: Founded on the LIFTMOR study, proving high-intensity resistance and impact training can safely reverse bone density loss in those with osteoporosis and osteopenia.

  • High-Intensity Focus: Uses targeted, heavy loads via exercises like squats and deadlifts, along with controlled impact training, to actively stimulate bone growth.

  • Supervised for Safety: Must be done with accredited practitioners (e.g., physical therapists) to ensure proper form, technique, and safety with heavy weights.

  • Holistic Approach: Combines resistance, impact, and balance training to not only strengthen bones and muscles but also significantly reduce the risk of falls and fractures.

  • Personalized and Progressive: Includes an initial assessment and is tailored to individual needs, with loads progressively increased over time for continued gains.

  • Effective for Bone Mass: Data shows participants have experienced remarkable increases in bone mass at the spine and hip, areas most vulnerable to fracture.

In This Article

What is the Onero Program?

Onero™ is an innovative, supervised exercise physiology program specifically designed for individuals with osteoporosis and osteopenia. Developed based on extensive research, including the pivotal LIFTMOR study, the program combines high-intensity resistance and impact training to stimulate bone growth, increase muscle strength, and improve balance. Unlike conventional low-impact exercise often recommended for those with weakened bones, Onero focuses on providing the mechanical stress necessary to trigger bone remodeling—the process that makes bones stronger and denser.

The Science Behind Onero: From LIFTMOR Study to Practice

The LIFTMOR Study: A Game-Changer

The Onero program's foundation lies in the LIFTMOR (Lifting Intervention For Training Muscle and Osteoporosis Rehabilitation) study, a randomized controlled trial conducted at Griffith University in Australia. The study, overseen by Professor Belinda Beck, demonstrated that carefully supervised, high-intensity resistance and impact training was not only safe but also highly effective for individuals with compromised bone health. Key findings from the study included:

  • Significant improvements in bone mineral density (BMD) at the spine and hip.
  • Increased muscle strength and power.
  • Improved posture and functional capacity.

These results challenged the long-held belief that high-intensity exercise was too risky for people with osteoporosis, providing a scientific roadmap for effective bone-building exercise. The Onero program is a direct clinical application of these groundbreaking findings.

How Mechanical Loading Strengthens Bones

Bones are living tissues that respond to stress by becoming stronger and denser, a principle known as Wolff's Law. However, low-intensity activities like walking or swimming do not provide enough mechanical stress to stimulate significant bone-building activity. The Onero exercises are specifically designed to apply high-magnitude, targeted loads to the skeleton, particularly in fracture-prone areas like the spine and hips. This mechanical loading triggers bone-forming cells (osteoblasts) to increase production, reversing the bone loss that is characteristic of osteoporosis.

Core Components of Onero Exercises

The program typically includes a blend of several types of exercise, all tailored and closely monitored by a trained practitioner.

High-Intensity Resistance Training

This involves heavy, compound lifts that load multiple joints and engage several muscle groups simultaneously, stimulating maximum bone and muscle response. Examples include:

  • Deadlifts: A powerful, full-body exercise that effectively loads the spine and hips.
  • Squats: Targets the hips, knees, and spine, providing excellent compressive forces.
  • Overhead Presses: Strengthens the shoulders, arms, and upper back, while also loading the spine.

Impact Loading Exercises

These exercises involve controlled, high-impact movements to create ground reaction forces that stimulate bone remodeling. They are progressed slowly to ensure safety. Examples include:

  • Controlled jumping and landing.
  • Bounding or hopping exercises.
  • Bench jumps or drop jumps.
  • Controlled foot stomping as a lower-impact alternative.

Balance and Postural Training

Reducing the risk of falls is a crucial component of osteoporosis management, as falls are a leading cause of fractures. Onero incorporates specific balance and coordination exercises to improve stability and proprioception. Examples include:

  • Single-leg stands.
  • Heel-to-toe walking (tandem stance).
  • Exercises on unstable surfaces, like foam pads.
  • Stepping up and down on a raised platform.

Onero vs. Conventional Osteoporosis Exercise

Feature Onero Program Conventional Exercise
Intensity High-intensity; provides specific, targeted loading for bone remodeling. Typically low to moderate intensity, with a focus on general fitness.
Supervision Mandatory, supervised by an accredited practitioner (e.g., physiotherapist, exercise physiologist). Often self-directed; supervision may be minimal or non-existent.
Bone Density Impact Proven to significantly increase bone mineral density in studies. Provides some benefit, but generally not at the level needed for meaningful increases in bone mass.
Focus Holistic approach including resistance, impact, and balance training. May focus on one area (e.g., walking for cardiovascular health) without sufficient loading for bones.
Safety High-intensity is made safe through supervision, tailored programming, and proper technique. May not be as effective for stimulating bone growth, but perceived as safer due to lower intensity.

The Critical Role of Supervision in the Onero Program

The most important aspect of the Onero program is the direct supervision by accredited practitioners. This ensures that exercises are performed with correct form and technique, protecting fragile bones and maximizing the bone-building stimulus. During supervision, your practitioner will:

  • Conduct an Initial Assessment: Evaluate your bone density, functional movement patterns, fitness level, and any pre-existing conditions.
  • Develop a Personalized Program: Create a plan tailored to your specific needs, goals, and limitations.
  • Provide Ongoing Coaching: Monitor your technique and form, ensuring the heavy loads are applied safely.
  • Adjust and Progress Loads: Systematically increase the intensity over time using the principle of progressive overload.

Is Onero Right for You? Medical Considerations

The Onero program is highly beneficial for a range of individuals, particularly those with:

  • Osteoporosis
  • Osteopenia (low bone mass)
  • Age-related bone loss
  • High risk for falls and fractures

However, it's not for everyone. Individuals with unstable medical conditions, recent surgery, or those who rely heavily on walking aids may require modifications or an alternative approach. It is essential to consult with your doctor or healthcare provider before starting any new exercise program, especially a high-intensity one. The Bone Clinic in Australia provides resources and information on the program's foundation The Bone Clinic.

Conclusion: Taking Control of Your Bone Health

The Onero exercises represent a powerful, evidence-based strategy for managing and preventing bone loss. By leveraging the principles of high-intensity resistance and impact training under expert supervision, the program offers a proven pathway to stronger bones, improved balance, and reduced fracture risk. This isn't just a workout routine; it's a long-term lifestyle change rooted in scientific research, empowering individuals to take control of their bone health for a more active and confident future.

Frequently Asked Questions

Yes, Onero exercises are considered safe when performed under the supervision of an accredited practitioner. The program is specifically designed to provide the necessary loading to stimulate bone growth while maintaining safety through proper technique and personalized modifications.

Unlike traditional, low-intensity exercises like walking, Onero uses high-intensity resistance and impact loading to achieve a critical threshold of mechanical stress on the bones. This higher intensity is proven to be more effective at stimulating significant increases in bone mineral density.

Onero is particularly beneficial for individuals with diagnosed osteoporosis, osteopenia, or those at high risk for bone loss and falls. It is also suitable for older adults looking to proactively improve their bone strength.

The core program typically involves twice-weekly, supervised sessions. Consistency is key to achieving and maintaining the bone-building benefits over the long term.

The program's high-intensity nature and the need for personalized load progression make supervision crucial for safety and effectiveness. It is not designed to be a self-directed home program, though some balance exercises may be practiced at home as advised by a practitioner.

Many studies and clinical data show significant improvements in bone mineral density after about 12 months of consistent participation. Results vary based on individual factors, but ongoing monitoring tracks progress.

All participants undergo a mandatory initial assessment with an accredited Onero practitioner. This evaluation covers current bone density levels, medical history, physical capacity, balance, and functional movement patterns to ensure a safe and effective starting point.

References

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Medical Disclaimer

This content is for informational purposes only and should not replace professional medical advice. Always consult a qualified healthcare provider regarding personal health decisions.