A client came in last month who had been doing MedX spinal strengthening at a gym-based program for six weeks with no change in her pain. She was strong through the movement, her form was correct, and she still hurt. The problem was not the machine. The problem was the sequencing, the order of modalities before that strength was ever asked to appear.
Most people assume that strengthening is strengthening: get on the equipment, load the muscle, and the tissue adapts. That assumption is wrong when the muscle in question is guarded, shortened, or full of restricted fascia before you ever load it. You cannot strengthen a muscle that is not moving through its full range, and you cannot get a muscle to move through its full range if it is locked down by soft tissue restriction. Sequencing is not a preference. It is a mechanical requirement.
Why Manual Therapy Must Come Before MedX Loading
Here is what is actually happening under the skin. Chronic low back and neck pain create protective guarding, the nervous system's way of splinting an area it perceives as unstable or injured. That guarding shows up as taut bands, adhered fascia, and trigger points that restrict a muscle's ability to lengthen and shorten fully. When a client is loaded into a MedX unit while those restrictions are still present, the exercise reinforces the compensation pattern that is already there. Strength goes up. Pain does not go down. The muscle groups doing the compensating get stronger at compensating.
Manual and muscular therapy performed first changes the starting conditions. Releasing adhered tissue and calming guarded muscle groups restores range of motion so that when MedX loading begins, the correct muscle group is actually available to do the work. This is not a philosophical point. San Juan et al. (2005) found multifidus EMG activation was 51% greater with proper pelvic stabilization during lumbar extension testing than without it. If a compensating muscle group is doing the job the multifidus should be doing, isolated strengthening is training the wrong tissue, no matter how heavy the load or how clean the form looks on video.
What the Research Shows About Stabilization and Strength
Graves et al. (1994) demonstrated the same principle from a different angle. Isolated lumbar extensor strength improved 23.5% only when pelvic stabilization was properly restricted during testing and training; without it, strength actually dropped 1.2%. Stabilization is not a footnote to the strengthening protocol. It is the mechanism that makes the strengthening protocol work at all. Manual therapy is what gets the tissue capable of stabilizing correctly before the loading phase begins.
There is a version of this conversation that clients resist, and I understand why. They came in wanting to get strong, and manual therapy can feel like a delay tactic before the "real" treatment starts. But strength built on top of a restriction is strength that reinforces the restriction. The tissue adapts to whatever pattern it is loaded in. If that pattern is compensatory, the client gets stronger at being compensatory, and the pain pattern that brought them in the door in the first place does not change, sometimes for months, until the underlying restriction is finally addressed and the strengthening has to start over on a corrected foundation.
Why the Order of Treatment Is Not Incidental
This is why my protocol runs manual and muscular therapy, and in some cases Piezowave shockwave therapy or LLLT (830nm) for tissue that is not responding to manual work alone, ahead of MedX spinal strengthening rather than alongside it as an afterthought. The order is not incidental. It is the difference between strengthening the muscle that needs to be strong and strengthening the muscle that has been covering for it.
Pollock et al. (1989) documented a 102% increase in lumbar extensor strength at 0 degrees over ten weeks of once-weekly MedX training in healthy subjects, an equipment capability finding, not a patient pain outcome, but it establishes what the machine can do when the target tissue is actually receiving the load. The sequencing question is whether that target tissue is available to receive it. Skip the manual therapy phase and you may be building an impressive strength number in the wrong location.
Nelson et al. (1995) tracked 627 completers of 895 chronic low back pain patients and found 76% excellent or good outcomes, with 94% of those good or excellent results maintained at one year. That study did not isolate manual therapy sequencing as a variable, and I am not going to claim it did. What I can say, from my own practice, is that the clients who see the fastest and most durable change are the ones whose treatment plan respects the order tissue actually heals in: release before load, mobility before strength, and stability before intensity.
The gym down the street will get you on a strengthening machine on day one because that is the product they sell. A rehabilitation clinic asks a harder question first: is this tissue even ready to be strengthened. Sometimes the honest answer is not yet.
You don't have to live with this. Backs and necks can get stronger, pain can ease, and the body is more capable of recovery than most people are told. This blog is here to give you honest, practical information about what actually helps. As we learn more, we'll keep sharing what works. If something here spoke to you, that's a good reason to reach out and start the first conversation.
Trent Shuford, LMT, Cert. MedX Tech.
