An Hour Can Change Your Life
Most people who come to us managing chronic pain or staring down a next-step surgery have never been given a real hour of focused assessment. That isn't a tagline. It's just what we've watched happen, over and over, for years.
Someone walks in. They've been told their knee is bone-on-bone. They've been told surgery is the next step. They've been managing, or not managing, pain for so long it has become the background noise of their life. They've stopped hiking, or skiing, or playing with their grandkids, because that's just what happens when you get older, right? Then we spend an hour together. Not on a waiting list. Not getting another scan. An actual hour of assessment, movement, and conversation about what their body is doing and why. And most of the time, we find something. A pattern we can change. A load we can redistribute. A movement the nervous system has been avoiding that, once we address it, changes the whole picture. No surgery. No medication. No giving up on the sports and activities that make life feel like life.
We know that sounds too simple. But simple isn't the same as easy to find. The medical system, for all it does well, isn't built for this. It's built for acute problems, pathology, high-stakes decisions. It isn't designed to sit with someone and ask what they actually want to be able to do, and then figure out how to get them there. That's what we built Move Better for. What we hear constantly from our patients is that nobody in the healthcare system has ever worked with them the way we do. Not the time we take. Not the way we look at the problem. Most of them come in skeptical, because they've been through the system, they've been told what's wrong, and they've been told the goal is to make it manageable. We think the bar should be higher than manageable.
Fall risk is a big one. The literature on falls is brutal: the injuries, the loss of independence, the downstream consequences. And falls are, in most cases, preventable. Not with caution and handrails and giving up on stairs. With training. With understanding what the body is actually doing and addressing it directly. Same with surgeries people are told are inevitable. We aren't saying surgery is never the right answer. But we've watched too many people get to a point where someone finally looked at the whole picture, worked on the actual problem, and avoided a procedure they had already scheduled. That doesn't make headlines. It just happens quietly, in a treatment room, without any announcement.
Here's what we know from doing this work: we can reduce people's suffering if we can just get an hour with them. It's easy, and repeatable, and reliable, once you actually understand what you're working with. The hard part isn't the hour. The hard part is getting people to believe it's worth trying. If you've been managing pain, managing a limitation, managing the gap between what you want to do and what you've been told you're allowed to do, come in. One hour to find out whether what you're dealing with is actually as permanent as someone told you it was. Most of the time, it isn't.
Movement Options, Not Right and Wrong
We want to get away from the idea of correctly versus incorrectly. Movements aren't right or wrong. Both options work. What differs is the long-term cost of the pattern you choose, and most of the people we see are paying a cost they didn't know they were signing up for.
Take low back pain. The most common pattern we see falling apart is that the body cannot stabilize the midline without compressing low back structures, and most forward hinging is initiated through the lumbar spine. It does work. It is a temporary fix. But the cost is accumulating stress on the disc, the vertebrae, the joints, the ligaments, all tissues that are slow to recover and not designed to absorb that input repetitively throughout a day. The option we're trying to move people toward is stabilizing the midline with intra-abdominal pressure, a co-contraction of the muscles in the middle led by the diaphragm. That lets the spine's load rest on active muscular tissue tension instead of passive structures.
The same logic applies in the neck. Posture isn't about how far someone sits from some perfect position. It's about whether the body is supporting itself actively or resting on passive tissues. You can sit with a rounded back and a forward head and have an active support system, and you can sit in that same shape and be completely passive. What you see from the outside isn't the difference. What the body feels internally is. Pain location is often the clue: it tells you precisely where passive tissue is being used in place of active tissue.
The trouble with passive tissue use is mechanical. Connective tissues undergo what's called hysteresis: a slow mechanical adaptation under load. A ligament asked to elongate persistently will slowly start to elongate. But ligaments and tendons aren't built to do that. Their job is to create and hold structure. Muscles are the elastic, changeable tissues. When we sustain postures through passive tissues, we ask the wrong tissue to adapt to stress, and over time that tissue becomes the painful one. In the neck, that's typically the interspinous ligaments, the nuchal ligament, the posterior disc.
So when a patient asks what they're doing wrong, the honest answer is that they aren't doing anything wrong. They're using one of the options the body has available. We're going to show them a different option, an option that costs less over a lifetime, and let the body choose.
The Body Is a System
When the neck hurts, most treatment systems look at the neck. When the shoulder hurts, they look at the shoulder. We think this is the wrong unit of analysis. The body constantly works as a singular unit trying to solve a problem, so a fix has to work as a system too.
The neck is a long lever arm away from your center of mass. The consequences of how you stabilize your midline radiate directly into the neck, and disproportionately so. Our fixes for neck pain often don't involve the neck at all. We look at the whole spine. Thoracic mobility is almost always the real issue. Mobilize the thoracics and screen the lumbar, and the neck pain usually resolves without ever touching the neck.
A patient came in with pain in the middle of the neck when turning left or right and looking down. Watching them stand and move and lie down, what was obvious wasn't a neck problem. It was extremely low intra-abdominal pressure, very limited brace function, and a vertical breathing pattern that pulled the scalenes and upper traps into the work of breathing roughly ten thousand times a day. The neck wasn't supported from underneath, and it was being asked directly to absorb that stress every time they took a breath. We laid them down. We worked on breathing. We worked on bracing. We worked on something called braced flexion, just lifting one leg at a time without letting the pelvis twist. We got them up and retested. The neck pain was nearly gone. We did nothing with the neck. The head was just supported on the ground the whole time. All we did was give the body an alternative strategy.
The biceps tells the same story. With biceps tendinopathy, very rarely is it just the biceps. It's a kinetic chain issue: how the neck interacts with the shoulder, how the scapula and the humerus interact, range deficits at the elbow and wrist. With a powerlifter who has biceps pain at the bottom of a bench press, we might look at thoracic extension, lumbar rotation, even hip and ankle mobility. One of our patients had pain at the bottom of their bench, with clicking and apprehension in the front of the shoulder. They were limited in thoracic extension and stuck in lumbar extension, which meant their shoulder blade couldn't retract fully at the bottom of the lift. That created anterior compression across the front of the shoulder, and every rep punished the biceps tendon. We worked on thoracic extension under load, on lumbar rotation, on internal rotation strength. The pain cleared up. We barely touched the biceps.
This is why looking only at the problem area doesn't work. The body solved its problem one way already, and the painful tissue is usually the last place in line, not the cause. Bringing the whole body back to natural patterns of breathing, bracing, hinging, and loading lets the painful tissue come off the front line, where it never should have been in the first place.
Breathing and Bracing Are the Foundation
Almost every assessment we do starts with the same two things: how you breathe and how you brace. Not because they're trendy, but because they sit underneath everything else. If the diaphragm isn't doing its job, something else has to, and that something else is almost always tissue that didn't sign up for it.
The diaphragm is the primary engine of respiration. When it contracts and descends toward the pelvis, the volume change in the trunk is enormous because pliable tissue is moving, not bone and cartilage. The rib cage can only expand a finite amount because it is a cage. So when people breathe vertically, lifting their chest and clavicles toward their mouth, they're using small muscles to move structures that don't move much. The anterior, middle, and posterior scalenes run from the first and second ribs up to the cervical vertebrae. The upper traps assist. These muscles are tiny. Ask them to power ten thousand breaths a day and they will let you know.
Bracing is the other half of the same equation. We assess it two ways. First, lying on the back, we ask the patient to engage their middle while we palpate around the trunk. Most of the time we feel good tension on the front and nothing on the sides or back, which tells us there's no real intra-abdominal pressure. Then we ask them to bear down and push us away. That tactile feedback starts to create a reference point. It often helps for the patient to feel that pressure on a clinician's body first, which is why all of us have to be able to demonstrate it ourselves.
The second pattern is the bear position. On hands and knees, lift the knees one inch off the ground. Almost everybody can do this. The brace is perfect because this pattern is genetically hardwired from birth, an expression of what babies do to start crawling. In this position the lumbar paraspinals are completely relaxed, almost flaccid. It's a real-time demonstration that the spine can rest on active tissues, and it proves to the patient that this has nothing to do with core strength. This is neurological organization. In the bear, over ninety-five percent of patients are very strong and can handle real outside force.
The work, then, is transferring that pattern from the bear into standing, into hinging, into loaded movement. That transfer is where most people break down, and it's why we use the dead bug, seated hinges with the low back deliberately rounded so the paraspinals can relax, and graded compound movements. The body learns to seek active stabilization once it discovers that the active path doesn't hurt. Pain tells you what not to do. It doesn't tell you what to do instead. Our job is to provide the what-to-do-instead. Once we do, the body propagates the change in the background, often faster than we expect.
Move From the Hips
Watch someone with a disc herniation lower themselves into a chair and two patterns usually announce themselves before they touch the seat. The low back goes into either flexion or extension immediately, which tells us they're stabilizing through passive tissue. And the motion initiates from the knee instead of the hip.
That second point matters more than people realize. When the body initiates a sit from the knee, it negates the pelvis and all the large muscles that live on it: piriformis, hamstrings, quadriceps, adductors. The work gets handed to the back and the knees, neither of which has the muscle mass to support that load. So the back compensates. The lumbar spine starts to flex and extend repeatedly under load, asking the disc and the posterior ligaments to elongate and shorten over and over again. With enough repetition, you get exactly what you'd expect: tissue that wasn't designed for that input becomes the painful tissue.
The mechanics get worse when you add compression. Passive stabilization through lumbar extension creates a lever arm on the disc. Add load and the spine is forced into flexion under that compression, the way a walnut cracker closes. The disc tissue is asked to absorb forces it doesn't have to. There's nothing wrong with forces. There's just an option that significantly reduces them.
Reteaching the hip hinge is straightforward. Move from the hips first, not from the spine, not from the knee. Stay balanced on the feet. By cueing patients to push into the floor with their feet, the body automatically deprioritizes the low back, because everybody intuitively knows their low back muscles don't push their foot. That single refocus takes the lumbar spine out of the equation. The hips become the motor. The spine gets to rest.
The same principle reorganizes running. The most common pattern we see in runners with knee pain is the calves and quadriceps acting as the motor while the hips do almost nothing. The calf should be the suspension, not the engine. It needs to take in the energy of landing through the elastic Achilles and redistribute it. It can't do that and also be the primary force generator. So we test the skip pattern, because skipping is a great template for running. We're looking for hip flexion driving forward motion. When the skip shows almost no hip flexion, we know where the knee pain is coming from. The same patient bouncing on their forefeet usually shows a slow cadence near 120 beats per minute with a lot of knee bend, because they can't sustain forefoot loading through knee flexion at speed. The fix is teaching the hips to be the motor and the calves to be the spring. The cadence climbs toward 180. The heel strike disappears because there's no way to slow down enough to heel strike when the hips are doing the work. The knee, finally, gets to be a hinge between the two and stops being the engine of a machine it was never built to run.
Disc Herniations and Sciatica
When someone walks in with an MRI-confirmed disc herniation, they're usually scared, and they've usually been told two things: surgery is likely the only real intervention, and their tissue broke down as an inevitable consequence of aging. The first is often not true. The second misrepresents reality. Not everyone who ages gets a disc herniation. Other people do exactly what this person does and they don't get one. If aging were the cause, everyone would have one eventually. They don't. So there's a logic gap in the story being told, and the real question never gets asked: why does this person specifically have this injury, and why in this specific location?
We reassure patients that the vast majority of our patients with an MRI-confirmed disc herniation make a full recovery with conservative, movement-based care. We focus less on fixing the structure of the herniation and more on the behavioral, stabilization, and movement patterns that caused the stress in the first place. Energy and communication matter here. The patient is scared. They need calm and confidence in the room before they can hear anything else.
We also have to be honest about what's generating pain. A disc herniation on imaging isn't automatically the pain generator. There's almost always a cascade of inflammation around an acute injury, and many patients have multiple findings: herniation plus facet arthropathy plus foraminal stenosis. So we use directional testing. If flexion provokes pain and the herniation is posterior, the biomechanics line up: that's likely the generator. If extension provokes it instead, the disc is probably not the main driver; we'd suspect facet or foraminal sources, where extension narrows the space. Knowing which structure is talking changes how we cue every movement after that.
Sciatica gets the same logic. Peripheral symptoms down the leg mean nerve compression somewhere, but somewhere isn't the same as the spine. If a braced flexion test recreates the sciatic symptoms, we suspect the disc. If those tests don't, and palpating the piriformis or hamstring or calf does, the nerve is being compressed downstream. That's actually good news for the patient: the back isn't generating the symptoms, and we can offload the relevant muscle. We see this often in cyclists, where prolonged sitting on the bike compresses the sciatic nerve between the ischial tuberosity and the seat, and where chronically tight hip flexors pull the pelvis into anterior tilt. That anterior tilt loads the lumbar spine and stretches the glutes and hamstrings constantly. What feels like a tight piriformis is often just tissue being held under chronic stretch by a misaligned pelvis. Stretching it more, predictably, makes it worse.
Recovery follows phases. The first phase is reducing pain and restoring function: intra-abdominal pressure, hip-led hinging, alternatives to passive lumbar stabilization. The second phase is loading slowly to drive structural change in the tissue. The third phase pushes the edge of capacity through real strength training, cementing the new patterns under stress so they become the default the next time the body needs them. Significant change is consistent by around six weeks. Full disc tissue remodeling is slower than muscle, so some patients need longer, but the trajectory is reliable, and almost no one needs to live inside the prognosis they walked in with.
How We Work
Your first visit with us looks different on purpose. You'll be greeted with a beverage, probably a cacao or an espresso. You'll be in a clinic we designed to actually feel good to sit in. And you'll spend two hours with a doctor. Two hours gives you time to tell as much of your story as you want, and gives us time to show you, in real time, how our perspective creates a solution to your problem. We landed on two hours because anything longer became too much for patients to absorb in a single visit. Two hours is the sweet spot.
From there, our standard plan is once a week for six weeks, with a reexam at the sixth visit. That cadence isn't arbitrary. Across thousands of patients, six weeks is where clinically significant change consistently shows up. If a system works well, you should be able to put in a predictable input and see a predictable output. The output we're looking for is that you feel better, and that is what we consistently see. If we don't see those changes by visit six, we change the plan. We're not in the business of overselling a process; we're in the business of running a logic-based system that targets what we believe is the actual problem, which is how you use your body, not the tissue quality of what's inside it.
Between visits, we send patients homework through the Physia app. We want you to treat this as learning a new skill. Just like learning a language, a little bit every day beats a lot once a week. The work itself is short, three to ten minutes a few times a day, because we're asking your brain to adapt, not your tissue. Most tissues already have plenty of capacity. That isn't the bottleneck. The bottleneck is neurological organization. Once we show your nervous system the path that doesn't hurt, it drifts there on its own. Pain tells you what not to do. It doesn't tell you what to do instead. Our job is to give you the instead.
We also pay attention to what hasn't worked before, because it tells us what tools not to repeat. If adjustments didn't help, more adjustments aren't the answer. If a previous course of physical therapy didn't help, we don't need to repeat those exercises with more reps. The issue usually isn't volume or intensity. It's that the program assumed a physiological problem when the real one was neurological integration, and the patient was never told exactly what to feel in their body to escape the pain. Our movement system removes that assumption. We tell you exactly what we want you to feel, we follow that pathway, and we expect a specific outcome.
The earlier we see someone, the easier all of this is. Long-standing pain reinforces guarding. The lumbar muscles stay on. The brain starts to generalize that everything hurts the back, and apprehension creeps in even when we put the body in a position that's genuinely different and safe. We can still get those patients better; it just takes more patience to walk the nervous system out of the corner it backed itself into. Whichever side of that you're on, our job is the same: find the pattern, give you a better option, and teach you a skill you keep for life.