Research shows that coming in more frequently actually slows the results of osteogenic loading. Ideally, members hit loads of 4.2 multiples of body weight or more, triggering a bone adaptation. A bone adaptation requires time to grow. If members keep triggering adaptation by coming in for sessions more than once per week, they will actually slow down the process. In some situations, one session per week is too frequent. For example, if you are plateauing over a period of time—we define that as a plateau in your strength increases—it likely means his/her body needs more time to adapt to the response. In this scenario, you may want to wait 10 to 15 days between sessions.

What we are doing at BioStrong is causing tissue growth, and every time the member completes an osteogenic loading session, that growth is triggered. Because the bone fortification process takes between one to six weeks, missing a single session will not affect that process or cause members to lose the results they have gained. However, if members repeatedly miss sessions over an extended period of time, they will continue to degenerate bone and muscle mass on the same slope that is commonly seen after age 30.

Results vary from person to person. However, here are some general rules for what our members experience:

• Joint and back pain. Osteogenic loading sessions have an amazing track record for reducing joint and back pain. In most cases, members will see a great reduction in joint and back pain within one to four months of starting BIoStrong sessions. This reduction is often permanent and complete. However, every person’s joint and back pain is different, and we can’t guarantee results for everyone because we simply don’t know what could be causing the pain.

If someone’s pain is stemming from a bone-on-bone condition in which they don’t have any cartilage left, that individual will always have some level of joint pain associated with that condition. When this person completes an BioStrong session, he or she is going to be strengthening the ligaments and tendons around that joint, which will cause the joint to separate. When that happens, it will relieve a significant amount of nerve pain. After experiencing this reduction in pain, it is highly recommended that the member continues sessions to help prevent the return of the joint and back pain.

• Bone density increases. Skeletal strength or bone density increases can only be seen on a bone density scan. It usually takes 12-18 months from the time the member starts with BioStrong for their DEXA scan to show these results.

• Balance improvements. Most people notice improvements in their personal balance in just one to two sessions, and it generally continues to improve for several sessions afterward.

• Muscular strength. Regardless of fitness level, most people feel gains in overall strength in about four BioStrong sessions. Regular sessions enable these strength gains to continue for many years. Some people may have periods of plateauing in their measured strength gains. When this occurs, tell your member to be patient. We’ve seen some people experience many months of steady strength gains only to plateau for several months afterward. However, just when they think they’ve hit their limit, the strength gains typically return and trend upward from there. After more than eight years of sessions, we still have people who show regular strength increases as their skeletal density and strength continue to improve.

• Posture. We have had many members with a severe kyphosis, a curved or humped back, standing straight after between five and 15 sessions.

Compression fractures of the spine are typically caused by abrupt loading, specifically “impact.” This is part of the reason why therapists do not employ impact training as a modality for osteoporosis treatment. It is possible for someone to abruptly load using an osteogenic loading device, thereby removing the inherent safety aspects of the therapy. However, osteogenic loading therapy was developed to be the antithesis of this. As long as the proper training protocols are followed, the chances of injury are very low. We instruct our members to apply loading in a slow, controlled manner in order to use comfort and neural inhibition as a natural limiter. It’s worth noting here that the most common causes for compression fractures are coughing and sneezing.

Sometimes, people don’t notice they have a compression fracture. If an osteogenic loading user has a compression fracture, we have no way of identifying the cause. These fractures heal on their own and require little medical attention beyond diagnosis. For an excellent description of compression fractures, refer to Brant, William E.; Helms, Clyde A. (2007).

In some cases, yes. In others, no. In this situation, other factors are likely at play, ranging from dietary concerns and chemotherapy to exposure to biochemicals. These members must get approval from our physician prior to starting our program. It is our responsibility to provide them with the appropriate research regarding osteogenic loading and BioStrong so that their physician can make the best determination based on their unique medical history.

It is critical that these members speak with their physician about exercise stimulus, specifically pressure response, before engaging in BioStrong sessions. Because blood pressure goes up when we are engaging the body to a very high degree, their physician must understand that this osteogenic loading is a high-intensity type of stimulus. We must confirm, through the advice of their doctor, that the osteogenic loading session will not exaggerate or agitate that injury.

In most cases, BioStrong delivers proven results for people with joint and back pain. We do not need to perform a maximum force production from the very beginning.

The immediate effects of the vibration session include range of motion and mobility changes such as balance and flexibility. Its secondary effects include hormonal changes such as anabolic hormone release, growth hormone increases, serotonin increases, a decrease in cortisol and a decrease in inflammatory markers found in the blood.

Osteogenic impact triggers long-term effects include improved bone density and the density of muscular tissue, which will aid in the treatment of Type 2 diabetes or pre-Type 2 diabetes.

Certain tissues in the body can experience deconditioning with disuse—in some cases, after only short periods of a lack of use. For example, after having a cold or influenza, members sometimes notice soreness when they begin to stand and move, even if they have recovered from the illness. This could be the result of short-term disuse and the resulting tissue deconditioning. Consider the levels of force that stimulate joints in an osteogenic loading session. The last time most individuals absorbed this level of load was during their adolescence. When some people beginning osteogenic loading, they feel soreness in the joints over a few days after a session. This is not an injury; rather, it’s just the stimulus of some tissues that may not have been used in that manner for decades. Over the next few months, their body will become accustomed to this and develop, hereby becoming stronger and less likely to fracture.

Some members who engage in osteogenic loading therapy experience a plateau in their progress. When this happens, there are a few reason why this could be happening:

1. In the lower extremity growth trigger, if members are achieving greater than 4.2 multiples of body weight (MOB), which is the minimum threshold for triggering ontogenesis, they are indeed affecting bone mass even if they have plateaued at a particular level. Based on osteogenic loading research, we also know that 7 MOB is associated with rapid bone density gains. If individuals are surpassing either 4.2 MOB or 7 MOB, they are continually stimulating development. There is no research that indicates an ever-increasing number is required for continued growth.

2. Not all elements of the musculoskeletal system progress at the same rate or at the same time. An individual could hit a plateau because of neural inhibition in a certain weaker area of a musculo-skeletal kinetic chain that just needs to progress before the other tissues can. We have seen individuals plateau for 18 months, then begin to progress again.

3. The more powerful a tissue becomes in the human body, the less development can be stimulated in the future. For example, you would not expect force production/ functional bone performance changes of 200% to happen with a competitive gymnast. But we do see 2300% adaptations happen with seniors and other deconditioned members because they have lost, and can thus regain, greater levels of their performance. However, all populations should want to protect the musculoskeletal performance they have gained with little risk of injury by continuing to engage in osteogenic loading therapy.

It’s different for everyone. Some of the first research into osteogenic loading showed a 7% bone mineral density (BMD) increase. The most recent study in the U.K. revealed a 14% BMD increase. But here’s we do know for sure: the more force the individual imposes, the greater the bone adaptations. An MOB of 4.2 is the minimum dose response required to trigger increases in bone density. People who went over 4.2 MOB experienced a faster increase. Can we guarantee they are going to see increases? No, because every person’s metabolism is different. Some people may have a degenerative disease that we don’t know about. Even if those individuals saw zero loss, that would be a win. Also keep in mind that some postmenopausal women will see about a 1% to 2% decrease in BMD after starting BioStrong sessions. When we see this, we know they have outpaced the degeneration that would have occurred without BioStrong. That should be considered significant progress.

Yes, BioStrong sessions actually help strengthen the bone around your hip or knee replacement. At BioStrong, the member is going to strengthening the trabecular bone, enabling it to grip onto the replacement more effectively. For the same reason, BioStrong sessions are also great for preconditioning before knee or hip replacement surgeries. With a stronger trabecular bone, the surgeon will have an easier time getting the re-placement to hold on to the bone. As with all medical conditions, we encourage people to consult with their physician prior to starting sessions at BioStrong. If you are concerned, it’s also important to know that you can start off slow.

No physical exercise is 100% safe, and neither is BioStrong Studio Program. The program provides a unique way to emulate a high impact load of force to achieve osteogenic loading, without the high impact. While not 100% safe, the Program is significantly safer than attempting high impact force. BioStrong Studio members have reported improved bone density, improved balance, improved strength, reduced joint pain, and reduced HbA1c. Results may vary. Consult your physician.