The LIFTMOR research was a 2018 landmark analysis undertaking on the results of high-intensity (high-load) resistance coaching on bone mineral density (BMD). For years, the optimistic results of weight coaching on bone well being have been recognized.
Nevertheless, previously, researchers primarily used low to reasonable masses as a result of they believed heavier weights have been dangerous.
Thanks to steer researcher Dr. Belind Beck, LIFTMOR went in opposition to custom and used heavy a great deal of 80-85percent1RM in a progressive method. That is actual power coaching! And the outcomes
Key Factors You Want To Know!
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“We’re not certified clinicians nor prescribing these packages for self-treatment. Fairly, we’re offering data and steering to debate along with your doctor or contact for The Bone Clinic and Onero Academy.”
What Is The LiftMOR Examine?
The LIFTMOR (Lifting Intervention for Coaching Muscle and Osteoporosis Rehabilitation) research was a randomized managed trial performed in 2018 that examined the results of resistance coaching on bone well being (Watson et al., 2018).
Led by Dr. Belinda Beck, the research demonstrated that high-load, high-impact coaching considerably elevated bone mass in postmenopausal ladies with low-to-moderate bone mass.
These enhancements have been seen in:
- Bone mineral density (BMD)
- Useful efficiency
- Stature
- Bone Well being
It additionally confirmed that, when supervised, utilizing excessive masses (80-85% 1RM) with a barbell for compound actions (i.e., deadlift, squat) was secure and low-risk.
LIFTMOR Examine Design
Regardless that the LIFTMOR coaching protocol was very profitable, it is terribly easy. This falls in keeping with what we at SET FOR SET have all the time stated concerning the foundations of resistance coaching.
Period:
- 8 months
- 2-month introductory interval + 6 months of progressive coaching
Contributors:
- 101 postmenopausal ladies
- Over 58 years of age
- Skilled low bone mass (T-score (< -1.0) on the hip or backbone).
Management and Intervention Teams:
Contributors have been randomized (1:1) to one in every of two teams:
- Intervention (HiRIT): A supervised, 30-minute train program, twice weekly, specializing in high-intensity, low-repetition lifting (80–85% of 1-repetition most).
- Management (CON): An unsupervised, 30-minute, twice-weekly, low-intensity residence train program (strolling, physique weight workouts, 1-3 kg weights).
Workouts Used
HiRIT
- Deadlifts
- Again squats
- Overhead presses
- Leaping chin-ups (the place contributors jumped and landed onerous to maximise bone load).
Management Group
- Pilates-based mat work: (mendacity on again), inclined (mendacity on abdomen), side-lying, and quadruped (all fours) positions to advertise core power.
- Low-impact, low-intensity actions: body weight squats, heel drops (for impression), and light-weight standing workouts
- Gentle dumbbell work: bicep curls, tricep extensions, bent-over rows
What Did The LIFTMOR Examine Discover?
After the 8-month intervention, the researchers discovered vital variations between the 2 teams.
Enhance In BMD
LIFTMOR Group
- Lumbar Backbone: Elevated by 4%
- Femoral Neck (Hip): Elevated by 2%
Management Group
- Lumbar Backbone: Decreased by 1.2%.
- Femoral Neck (Hip): Decreased by 1.9%
Bodily Operate
LIFTMOR Group
- Power: 35–37% power features within the again and legs
- Stability & Mobility: Vital Enhance
Management Group
- Power: Enhance of 8–11% in leg and again power
- Stability & Mobility: No change or a lower
Stature
LIFTMOR Group
- Gained a mean of 0.2 cm in top
Management Group
- Misplaced a mean of 0.2 cm in top
Adherence and Security
Each teams noticed related adherence charges and a low damage charge.
Ultimate Takeaway Of The LIFTMOR Examine
The LIFTMOR research made a number of monumental observations and has had a major impression on how we deal with bone well being and bone mineral density loss.
1. Using heavy loads of 80-85% 1RM in a progressive method seems superior to reasonable and low masses.
We truly requested Dr. Belinda Beck, head researcher of the LIFTMOR Examine, about her use of heavy masses. She confidently stated;
“Gentle lifting won’t develop bone…I’m very comfy sticking to my weapons that heavy lifting (as a % of an individual’s capability) is the best way to extend bone mass in individuals in danger (of osteoporosis).” Dr. Belinda Beck |
2. When carried out below supervision, utilizing heavy masses with compound workouts is secure, even with trainees who’ve low BMD.
3. Heavy masses additionally provide several other crucial benefits, equivalent to improved stature, power, and useful capability.
4. Below-dosing (utilizing decrease masses which might be sub-optimal) is an issue within the rehabilitation discipline because of the perceived beliefs of threat related to heavy masses. The authors notice that this has possible brought on “stagnation” within the discipline.
| “The limiting function of high-intensity resistance coaching on this demographic has historically been the perceived elevated threat of fracturing fragile bone with heavy loading. We consider this overly conservative strategy has contributed to an pointless stagnation within the discipline.” (Wilson et al., 2018) |
5. We have to begin educating the general public and practitioners on the benefits of using heavy loads in resistance coaching.
These findings have been replicated in subsequent analysis.
What Is The ONERO Coaching Protocol For BMD?
The ONERO coaching protocol (OsteoStrong) is a branded, supervised train program developed particularly from the LIFTMOR research and its coaching program.
- LIFTMOR = Whole research
- ONERO = A coaching protocol that makes use of the LIFTMOR coaching protocol
ONERO is now a world franchise coaching system used to fight osteoporosis.
We will lay out this system beneath, however we wish to be clear: The Onero Protocol is constructed to be carried out below the supervision of licensed practitioners who’re particularly skilled and credentialed.
Full LiftMOR/ONERO Program
Workouts Used
- Barbell Again Squat
- Deadlift
- Overhead Press
- Leaping Chin-Ups with Drop Landings
Deadlift
Deadlifts are full-body workouts, however have been particularly used to focus on the hips and legs. As well as, when within the prime place, the load will stress the backbone as properly.
Barbell Again Squat
Much like deadlifts, the again squat will stress all the physique besides the arms. Nevertheless, it was used as the first train to focus on the legs and backbone.
Overhead Press
- Goal: Shoulders, higher again, and wrists.
The overhead press was the one upper-body train that focused the arms. It additionally stresses the wrists and, to a lesser extent, the shoulders.
Leaping Chin-Ups with Drop Landings
- Goal: Excessive-impact loading for the hips and backbone.
Leaping chin-ups are carried out with simply physique weight. The trainee grabs a pull-up bar after which jumps to assist pull themselves up.
The trainee will then drop and land “as onerous as potential safely”. Controlling a high-impact touchdown is supposed to supply a singular stimulus for bone development.
Rep Vary And Progressions
- Barbell Workouts- 5X5, elevated load weekly
- Leaping Chin-Ups- 5X5, trainees have been inspired to leap greater and land more durable (as safely as potential)
All workouts used a 5X5 rep scheme and development. The principle outlier was the chin-up train. As sufferers grew stronger, they have been instructed to attempt to leap greater whereas additionally touchdown more durable.
- Land on toes and squat at touchdown → Reduce the squat → Land stiff-legged
Section 1: The Transition Interval (Months 1–2)
The primary 2 months have been used to familiarize the trainees with the workouts and be taught correct type.
To do that, simply body weight or very mild weights have been used (i.e., 1 kg-3 kg) for about 2 weeks.
After this, masses have been added, however they nonetheless remained comparatively mild. It took about 2 months for many of the trainees to grow to be proficient with the workouts.
- Barbell Again Squat
- Deadlift
- Overhead Press
- Leaping Chin-Ups with Drop Landings
Section 2: Heavy Loading And Development (Month 3–8)
After the preliminary 2 months, the trainees started the “actual” program when it comes to depth and development.
The trainees carried out the 4 workouts utilizing a 5X5 rep scheme.
For development, the researchers used the “7-rep rule”. If a participant might simply full 7 repetitions with the present weight, the practitioners would enhance the load.
Progressive jumps used a great deal of 2.5-5.0kg.
FAQ: The LIFTMOR Examine and Full Program For Bone Density
1. What’s the LIFTMOR research?
The LIFTMOR Trial was a landmark 2018 randomized managed trial that examined how high-intensity resistance and impression coaching have an effect on bone mineral density (BMD) in postmenopausal ladies with low bone mass.
Led by Belinda Beck, the research used heavy barbell workouts at 80–85% 1RM and located vital enhancements in bone density, power, posture, and bodily operate.
2. What workouts have been used within the LIFTMOR program?
The LIFTMOR program used 4 main workouts:
- Barbell again squat
- Deadlift
- Overhead press
- Leaping chin-ups with drop landings
These workouts have been particularly chosen as a result of they create excessive ranges of mechanical loading and power via the hips, backbone, and higher physique, that are key areas affected by osteoporosis.
3. How heavy have been the weights used within the LIFTMOR research?
Contributors finally skilled with masses round 80–85% of their 1-repetition most (1RM), usually utilizing a 5×5 rep scheme. That is thought-about heavy-load resistance coaching and was progressively elevated all through this system utilizing the “7-rep rule.” If contributors might carry out 7 reps comfortably, the load was elevated by 2.5–5 kg.
4. Was the LIFTMOR coaching program secure?
Sure. One of the crucial necessary findings of the LIFTMOR research was that supervised heavy resistance coaching was secure for girls with low bone mass. Harm charges and adherence have been just like the low-load management group. This challenged the long-standing perception that heavy lifting is inherently harmful for individuals with osteoporosis or osteopenia.
5. What enhancements did the LIFTMOR group obtain?
The high-intensity coaching group skilled:
- A 4% enhance in lumbar backbone bone mineral density
- A 2% enhance in femoral neck (hip) bone density
- Main power enhancements within the legs and again
- Higher stability and mobility
- Slight will increase in stature
In the meantime, the low-intensity management group misplaced bone density and stature over the identical interval.
6. What’s the ONERO protocol?
ONERO Protocol is a supervised bone well being coaching system developed instantly from the LIFTMOR coaching mannequin. It makes use of progressive heavy resistance coaching and impression workouts to assist enhance bone power and cut back fracture threat. The protocol is now used internationally in medical settings for osteoporosis rehabilitation.
7. Can newbies or older adults carry out the LIFTMOR program?
Sure, however development and supervision are important. The unique research used a 2-month introductory part the place contributors discovered methods utilizing body weight and light-weight masses earlier than progressing to heavy lifting.
This system was designed particularly for older postmenopausal ladies with low bone density, exhibiting that correctly coached resistance coaching will be each secure and extremely efficient in older populations.
Ultimate Say On The LIFTMOR Examine
The LIFTMOR research was a seminal piece of labor carried out by physicians who see the worth in heavy resistance coaching. With the continuation of this work, hopefully the business will cease lifting heavy weights as “Ego Lifting” however slightly see the unimaginable advantages.
For extra data, go check out The Onero Academy. You’ll find extra data and learn to discover a licensed practitioner close to you!
If you don’t endure from osteoporosis however see the worth in power coaching, we’d love to help you, and you can contact us!
References
- Frost H. M. (2004). A 2003 replace of bone physiology and Wolff’s Regulation for clinicians. The Angle orthodontist, 74(1), 3–15. https://doi.org/10.1043/0003-3219(2004)074<0003:AUOBPA>2.0.CO;2 https://pubmed.ncbi.nlm.nih.gov/15038485/
- Kistler-Fischbacher, M., Yong, J. S., Weeks, B. Okay., & Beck, B. R. (2021). A Comparability of Bone-Focused Train With and With out Antiresorptive Bone Medicine to Cut back Indices of Fracture Threat in Postmenopausal Girls With Low Bone Mass: The MEDEX-OP Randomized Managed Trial. Journal of bone and mineral analysis : the official journal of the American Society for Bone and Mineral Analysis, 36(9), 1680–1693. https://doi.org/10.1002/jbmr.4334
- Kistler-Fischbacher, M., Weeks, B. Okay., & Beck, B. R. (2021). The impact of train depth on bone in postmenopausal ladies (half 1): A scientific evaluation. Bone, 143, 115696. https://doi.org/10.1016/j.bone.2020.115696
- Kistler-Fischbacher, M., Weeks, B. Okay., & Beck, B. R. (2021). The impact of train depth on bone in postmenopausal ladies (half 2): A meta-analysis. Bone, 143, 115697. https://doi.org/10.1016/j.bone.2020.115697
- Watson, S. L., Weeks, B. Okay., Weis, L. J., Harding, A. T., Horan, S. A., & Beck, B. R. (2018). Excessive-Depth Resistance and Affect Coaching Improves Bone Mineral Density and Bodily Operate in Postmenopausal Girls With Osteopenia and Osteoporosis: The LIFTMOR Randomized Managed Trial. Journal of bone and mineral analysis : the official journal of the American Society for Bone and Mineral Analysis, 33(2), 211–220. https://doi.org/10.1002/jbmr.3284
- Stewart, A. D., & Hannan, J. (2000). Whole and regional bone density in male runners, cyclists, and controls. Drugs and science in sports activities and train, 32(8), 1373–1377. https://doi.org/10.1097/00005768-200008000-00003
- Zhao, F., Su, W., Solar, Y., Wang, J., Lu, B., & Yun, H. (2025). Optimum resistance coaching parameters for enhancing bone mineral density in postmenopausal ladies: a scientific evaluation and meta-analysis. Journal of orthopaedic surgical procedure and analysis, 20(1), 523. https://doi.org/10.1186/s13018-025-05890-1
