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Most people walk into a clinic thinking they need one thing: “Fix the spot that hurts.”
Dr. Philippe Croisetière hears that every day, and while he absolutely cares about pain relief, his approach starts one step deeper: how the nervous system is controlling movement—and why it stopped doing it well.
That mindset is why his clinic feels different. He blends modern chiropractic care with elite assessment systems, functional neurology training, and advanced technology—most notably NerveOTX direct current therapy—to restore movement, reduce pain, and rebuild function in a way that lasts.
Dr. Philippe shares how he’s integrating direct current technology across everything from stubborn neck pain to sport injuries, concussion recovery, and complex “nothing has worked” cases. He also explains why he believes most care fails when it only treats the muscle and ignores the neurological wiring behind the movement pattern.
Let’s dive into what he treats, how he thinks, and why NerveOTX direct current therapy is quickly becoming one of his most important tools for pain, re-patterning, and performance.
The clinic philosophy: Don’t chase the symptom—find the disruption
Dr. Philippe’s view of pain is refreshingly blunt: pain is often just a manifestation of the brain, not a perfect map to the true source.
That’s why a right shoulder can hurt because of the left hip, mid-thoracic spine, or cervical spine. If you treat only where it hurts, he says, you lose efficiency—and the problem often returns.
Instead, he starts with assessment and pattern recognition. He’s a big fan of SFMA (Selective Functional Movement Assessment), where you determine whether the limiting factor is mobility or motor control. If the issue is mobility, you mobilize. If the issue is motor programming, you re-train the nervous system.
That’s the lens through which NerveOTX direct current therapy makes sense: it’s not “just stimulation.” It’s a way to increase nerve firing, reinforce better motor patterns, and accelerate how quickly the body learns new movement.
Why he adopted NerveOTX direct current therapy and why he regrets waiting
Dr. Philippe heard about direct current for years from a colleague in California who kept telling him to try it. He finally brought it into the clinic and his reaction was immediate: he doesn’t regret getting it… he regrets not getting it sooner.
That “wish I tried it earlier” theme shows up again and again among high-level clinicians. It usually means two things:
- The device actually changed outcomes.
- It fit into the clinician’s existing process without forcing a complete overhaul.
Dr. Philippe is not chasing shiny toys. He’s invested in a wide toolbox, but he’s honest: he’s bought tech he used once and never touched again. The technologies that stay in his practice are the ones patients return and say, “That was the best treatment I’ve had in a long time.”
For him, NerveOTX direct current therapy passed that test quickly.
Explaining direct current therapy without the jargon
Patients often ask the obvious question: “Is this just a TENS unit?”
Dr. Philippe’s answer is simple and memorable: it’s like the difference between driving a Honda and a Mercedes. Both can get you to the destination, but they’re not the same experience, and they’re not built for the same outcome.
His goal isn’t just to relax a muscle. His goal is to increase the firing of the nerve, the motor unit, and the motor pattern associated with the movement. He specifically described targeting deeper neurological pathways and improving motor pattern output, especially when combined with movement. In his words: “incorporate this with movement… this is gold.”
He also explains a pattern patients consistently report: the first minute feels like a jolt—then the sensation changes and becomes far more tolerable. He interprets that as the nervous system “melting down” the barrier, releasing restriction around the nerve pathway and improving the firing pattern.
Muscle vs neurology: why stretching alone often fails
Traditional care often treats the muscle like it’s the root cause. Stretch this. Release that. Strengthen here. Repeat.
Dr. Philippe argues that movement quality is fundamentally neurological. If the nervous system is compensating—protecting an injury, adapting to pain, or shifting load—then stretching the “tight” tissue can make the person worse because the tightness may be protective stability.
He gave a perfect example: someone who has had an ankle problem for a long time will adapt their gait pattern. Even if you “fix” the ankle, the brain may not automatically return to the old motor pattern. You have to fix the ankle and the central pattern.
That’s where NerveOTX direct current therapy becomes a bridge: it helps reintroduce the correct firing pattern and accelerate how fast the body re-learns movement.
The athlete case: when dizziness and hamstring pulls are connected
One of the most interesting stories Dr. Philippe shares involved a pro football player who felt dizzy and light-sensitive when turning to catch a ball over his left shoulder. Through history-taking and assessment, he also uncovered a history of recurrent left hamstring pulls.
On force plate testing, the athlete showed asymmetrical sway. His body was constantly preventing a fall by increasing tension—particularly in the left hamstring. Dr. Philippe emphasized that stretching the hamstring would have made the athlete worse because it would increase instability.
Instead, he used a GyroStim rotational chair to recalibrate vestibular and visual systems, syncing the inner ear and visual input so the brain could stabilize more efficiently.
Then he layered in NerveOTX direct current therapy as peripheral stimulation—using cross-pattern approaches like right quad to left hamstring while performing specific visual/vestibular drills. His goal was to stimulate peripheral pathways while the central pattern recalibrated, making it easier for the nervous system to “write a new book,” as he put it.
This is a high-level example of what modern rehab looks like when it’s neurologically informed: you don’t just treat a hamstring, you treat the stability system that forced the hamstring to overwork.
Where he sees the biggest results: neck pain and the “faster feel-better” effect
If Dr. Philippe had to choose one area where he loves using NerveOTX direct current therapy, he said it clearly: the neck.
Many neck problems originate from mid-thoracic dysfunction. Even when you mobilize and improve the thoracic area, the neck often remains tense. Without direct current, the patient may feel better walking out, but it can take a day or two before the “real improvement” settles in. With NerveOTX direct current therapy, he sees a more immediate and noticeable shift.
His common setup for neck pain: pads across the neck with the black lead on the neck and the red lead lower—toward the lower trap—so the current travels through a larger stabilizing chain.
He also tied neck tension to shoulder inhibition: if the deltoid is inhibited, the trap may over-fire to stabilize the shoulder, increasing neck tension. So sometimes “neck pain” treatment is really shoulder firing treatment. That’s the nervous system lens again.
“Search and destroy” and the NHL wrist pain that wasn’t a wrist problem
Another standout story: a hockey player (NHL) had wrist pain for four months. The obvious move would be treating the wrist directly. Instead, Dr. Philippe muscle-tested and found the dysfunction higher up, near the biceps, where a nerve entrapment pattern was showing up.
During search and destroy mode:
- Scanning the wrist didn’t trigger anything significant
- Scanning the biceps region created a strong reaction; visible hand movement
He treated that region with NerveOTX direct current therapy for about 10 minutes while the athlete did exercises. The next day, the athlete reported no pain.
This is exactly why people call direct current “different.” It doesn’t just mask symptoms. When combined with good assessment, it helps you find the disruption and restore the pattern.
Foot bath, concussion protocol, and unsteadiness
Dr. Philippe also uses protocols that have become favorites across the NerveOTX world:
- The foot bath (bucket of water) to increase proprioception and wake up the feet
- A concussion protocol (pads under feet and on the neck) which he says is consistently effective
He described using the foot bath especially when an athlete is unsteady even with eyes open (more proprioception driven). If eyes closed makes them unsteady, he thinks more vestibular. In those “unsteadiness” cases, he loves waking up the feet so the body has another stability system to rely on.
That is a very practical framework for clinicians: stabilize the inputs, then rebuild the pattern.
The 30-year lens: why he thinks the best doctors listen first
Dr. Philippe graduated from Palmer College in 1996 and has practiced for roughly 30 years. Early on, he was focused on movement analysis and motion sensors, one of the first in Quebec (and possibly Canada) to use them in sports like golf and baseball to assess kinematics and “body-swing connection.”
Over time he realized something deeper: sometimes the kinetic link looks perfect and the athlete is still great; sometimes it looks horrible and the athlete still performs. That pushed him into functional neurology in the 2010s and later into building a major concussion-focused clinic alongside his sports injury clinic.
When asked what advice he would give someone trying to find the right doctor, his answer was the simplest and most important: find a doctor who listens.
He even said most patients will tell you where to look—if you actually hear them.
That’s the through-line of his entire approach: assessment first, nervous system second, tools third. NerveOTX direct current therapy fits because it helps him do pain relief and motor reprogramming—the two outcomes he uses it for most.
The bottom line: why NerveOTX belongs in modern chiropractic and rehab
Dr. Philippe’s interview makes one thing obvious: direct current therapy isn’t replacing good clinical work—it’s multiplying it.
When a clinician can:
- Assess patterns (SFMA, force plates, muscle testing)
- Identify central vs peripheral drivers
- Combine movement with nervous system input
- Use the foot bath, concussion protocol, and cross-pattern setups intelligently
…then NerveOTX direct current therapy becomes a consistent shortcut to better outcomes without becoming a “shortcut mindset.”
That’s why five months in, he’s already ordering more units and why his associates want devices too—because results create demand.
If you’re dealing with stubborn pain, movement restrictions, or “I’ve tried everything” frustration, explore how NerveOTX direct current therapy, paired with the right assessment, can help restore function faster. Find a NerveOTX-trained provider and start rebuilding the pattern, not just chasing the symptom.
