Every week in our practice, fitness enthusiasts, runners, weightlifters and those that are just looking to get into better shape ask the exact same question: “Should I get a chiropractic adjustment before I go work out, or should I wait until after I’m done exercising (or doing yard work, etc…) to come in?”
It is an excellent question, and one that highlights how much people care about optimizing their physical performance and protecting their bodies. If you are investing hours at the gym, hitting the pavement, or training for sport, you want to ensure your healthcare routine supports – rather than hinders – your hard work.
Over the past 16 years, I have been blessed to partner with over 5,000 patients through the lenses of functional neurology, functional medicine, and chiropractic care. Throughout nearly two decades of clinical practice, I’ve seen firsthand how the timing of spinal manipulation affects human performance.
The short, honest answer to this classic debate is: it depends.
There is no definitive, one-size-fits-all clinical trial that settles the score for every single human body. However, when we look closely at the laws of biomechanics, neurology, and tissue adaptation, there is a clear, logical winner.
Let’s dive deep into why my clinical philosophy firmly stands on one side of this fitness fence.
The Two School of Thoughts: Pre-Workout vs. Post-Workout Adjustments
To understand why timing matters, it helps to understand the underlying logic behind both arguments.
The Post-Workout Philosophy
Many patients instinctively lean toward getting adjusted after they train. The ideology usually goes something like this:
“I’m going to go to the gym, push my limits, lift heavy weights, and essentially beat my body up. Once I’m done breaking it down, I’ll head to the chiropractor to get put back together and aligned so I can heal.”
While this mindset is comforting, it looks at the body purely from a restorative standpoint rather than a preventative or performance-driven one.
The Pre-Workout Philosophy (Dr. Jeff’s Stance)
I stand on the other side of the fence. Getting adjusted before your workout makes significantly more sense from a structural and neurological perspective.
Why? Because exercise, by its very nature, is a profound stressor on your physical frame. Whether you are running miles on asphalt, lifting heavy barbells, swimming laps, or participating in high-intensity interval training (HIIT), you are subjecting your joints, muscles, and nervous system to repetitive impact and load.
When you place your body under intense physical stress, you want it operating at maximum mechanical efficiency. Getting adjusted before you train ensures your structural foundation is ready to handle that load safely and effectively.
The Wobbly Door Hinge: How Malaligned Joints Wear Out Faster
To visualize what happens to your body when you exercise without proper alignment, let’s look at a simple mechanical example: a standard door hinge.
Imagine a heavy door attached to a wall with a hinge that only has one secure screw left in it. The hinge is loose, unstable, and a little bit wobbly. Every single time you open and close that door, a few things happen:
- The door itself twists and scrapes along the floor.
- The wall around the loose hinge takes an extra beating, cracking the drywall.
- The remaining metal components of the hinge rub together unnaturally, wearing down the metal tracks.
Eventually, the entire system falls apart.
The exact same phenomenon occurs within your musculoskeletal system. If a joint in your spine, pelvis, or extremities is subluxated – meaning it is restricted, misaligned, or lacking proper movement – it is functionally wobbly. When you go out and put that wobbly joint under stress through heavy lifting or high-impact cardio, you are forcing the surrounding tissues to absorb improper forces.
The joint surfaces wear out more quickly (leading to premature degeneration or osteoarthritis), and the neighboring muscles are forced to overwork to keep you stable. By securing the “hinge” with an adjustment before you train, you eliminate the wobble, protecting both the joint and the surrounding structures.
Neuro-Muscular Coordination: Preventing Strains, Spasms, and Tendinitis
When considering physical movement, we must look beyond bone and cartilage. True physical performance relies heavily on the intimate relationship between your nervous system and your muscular system.
Spinal Adjustment —> Restores Mechanoreceptor Input —> Optimizes Motor Unit Recruitment —> Coordinated Muscle Firing —> Reduced Injury Risk
There are two primary aspects to structural movement that we balance in our care:
- Joint Mobility: The physical joint structures must glide and move through their full, natural range of motion.
- Soft Tissue Mechanics: The muscles, tendons, and ligaments must expand, contract, and stabilize the skeleton dynamically.
The Dynamic of Coordinated Firing
When a joint is restricted, the neurological communication between that joint and your brain becomes distorted. The mechanoreceptors (movement sensors) in the joint capsule send altered signals to your central nervous system. As a direct result, your brain loses its ability to coordinate muscle contractions perfectly.
We want your muscles to fire in a highly precise, coordinated manner. If your muscles do not fire in sequence while you are performing a complex movement – like a squat, an overhead press, or a sprinting stride – you create a recipe for disaster.
Uncoordinated muscle firing changes the distribution of weight across your body, setting you up for:
- Acute Muscle Strains: Where fibers are pulled beyond their capacity because a neighboring muscle failed to activate.
- Chronic Tendinitis: Caused by repetitive, abnormal pulling forces on a tendon that is working at a mechanical disadvantage.
- Protective Muscle Spasms: Where your brain locks down an entire region to keep an unstable, unaligned joint from sustaining major structural damage.
Receiving a chiropractic adjustment before your workout resets the neural pathways, paving the way for clean, coordinated muscle recruitment and significantly reducing your overall risk of injury.
💡 Research Note: Proprioception and Power Output
Clinical studies in sports chiropractic indicate that spinal manipulation can instantly improve proprioception (the body’s awareness of its position in space) and increase motor unit recruitment. For athletes, this translates directly to enhanced balance, sharper reaction times, and increased muscular power output during training sessions.
Joints vs. Soft Tissue: The Cavity Metaphor
To understand why a professional adjustment is a prerequisite for a safe workout, it helps to distinguish between joint restrictions and soft tissue tightness.
Think of a restricted joint like a dental cavity. If you develop a cavity in a tooth, you cannot simply brush harder, floss more frequently, or rinse with mouthwash to make it vanish. The structural integrity of the tooth has shifted; you must visit a professional to have it corrected.
Similarly, a locked or subluxated joint cannot be un-stuck by stretching alone. You require a precise, targeted chiropractic adjustment to restore proper arthrokinematics (joint movement).
On the other side of the ledger, your muscles, tendons, and ligaments behave differently. If your soft tissues are tight or restricted, you have a wealth of tools at your disposal to help speed along their recovery and pliability. You can:
- Perform targeted dynamic and static stretching.
- Roll across a firm foam roller or lacrosse ball.
- Utilize deep tissue massage or percussion therapy.
These self-care strategies work beautifully to optimize your soft tissue. However, if you attempt to foam roll or stretch muscles that are chronically tight because they are protecting a locked, unadjusted joint, you are merely treating a symptom. Adjusting the joint first releases the neurological lock, allowing your stretching and foam rolling to be infinitely more effective.
Understanding “Plastic Change” in the Human Body
A foundational concept in functional neurology and physical rehabilitation is the idea of plastic change. The human body is incredibly stubborn; it deeply prefers to remain exactly where it has been. It adapts to your daily habits, even if those habits involve poor posture or faulty movement patterns.
Think of your body’s structural alignment like a piece of molded plastic:
If you take a semi-flexible piece of plastic, fold it over once, and immediately let it go, what happens? It snaps right back into its original, manufactured shape.
However, if you fold that piece of plastic over and over again, applying consistent pressure and holding it in place for an extended period, the material begins to reform. It acclimates to the new position and permanently alters its shape. This structural transformation is what we refer to as a plastic change.
How Exercise Solidifies Your Alignment
When you receive a chiropractic adjustment, your joints are gently moved into their optimal structural alignment. But because your nervous system and soft tissues are accustomed to your old, misaligned state, your body naturally wants to “snap back” to its old, dysfunctional home.
This is where the magic of combining regular adjustments with exercise comes into play.
When you get adjusted and immediately go workout, swim, stretch, or foam roll, you are actively utilizing those joints in their newly aligned positions under load. You are forcing your muscles to contract, your ligaments to stabilize, and your brain to map movement patterns around a healthy, functional axis. It forces the body to integrate the new patterns.
By exercising after an adjustment, you accelerate plastic change. You teach your nervous system that this new, aligned position is its true home, helping your chiropractic adjustments hold much longer over time.
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The Verdict: Listen to Your Body
At the end of the day, if you prefer to get adjusted after your workout because it aligns seamlessly with your schedule or leaves you feeling incredibly relaxed, the most important thing is that you are getting checked regularly. We do not have exhaustive, definitive clinical trials proving that one way is a universal law for every individual.
However, if you want to approach your health from a viewpoint of functional longevity, structural safety, and peak physical performance, the choice is clear: Get it functional, remove the wobble, protect your hinges, and then go put your body under stress.
If you have questions about how your workout routine impacts your spinal health, or if you want to explore how functional neurology and chiropractic care can elevate your daily performance, reach out to us. Let’s have an authentic conversation about your unique goals and tailor a strategy that helps you live a better, healthier life.
Have a phenomenal, active week, and I’ll see you at your next visit!