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Osteoarthritis
Osteoarthritis is more than wear and tear. Metabolic health, inflammation, muscle strength, and joint loading shape how it progresses and how much it hurts.
What you may be noticing
Stiffness in the morning that eases as you move. Knees that ache on stairs, hips that complain after a walk, or knuckles that are swollen and sore. You may have been told you are bone on bone and that little can be done except wait for a replacement.
Sudden joint swelling with redness and fever needs urgent evaluation to rule out infection or gout.
Why it is rarely one thing
Osteoarthritis was long described as simple wear and tear. Current understanding is broader. It involves the whole joint: cartilage, bone, the joint lining, ligaments, and surrounding muscle, with low-grade inflammation playing an active role.
Metabolic health matters. Insulin resistance and excess visceral fat produce inflammatory signals that reach the joints, which helps explain why arthritis in the hands, which carry no body weight, is more common in people with metabolic syndrome. In my approach the joint is also where upstream load shows up: a leaky gut barrier, food reactivity, and an overflowing toxic burden bucket all feed the inflammatory signals a joint receives, and symptoms tend to surface where old injuries and mechanics have made tissue most susceptible.
Muscle weakness increases joint load, and tight fascia restricts glide. Pain does not track neatly with X-ray severity; the brain map of the joint, built from proprioceptive input and refined by the cerebellum, shapes how much it hurts. Not only worn cartilage, but a living joint in a living system.
Patterns we look for
- Insulin resistance, HbA1c, and visceral fat.
- Inflammation, including hs-CRP.
- Gut barrier, food reactivity, and microbiome balance.
- Toxic burden and open drainage pathways.
- Muscle strength around the affected joint.
- Joint alignment, fascial restriction, and trigger points.
- Balance, proprioception, and cerebellar function.
- Vitamin D, omega-3, and magnesium status.
- Central sensitization, sleep, and prior injuries.
How I evaluate it
The comprehensive functional neurological exam assesses joint motion, muscle strength, balance, proprioception, gait, cerebellar coordination, and pain processing, because a clear brain map of the joint guards it with every step.
Functional labs may include fasting insulin, HbA1c, hs-CRP, vitamin D, omega-3 index, lipids, and uric acid when gout is possible, with gut testing when digestion is involved. I review imaging and coordinate with your physician and orthopedic specialist.
How we address it
- Coordinate with your physician and orthopedic team.
- Open drainage first: daily bowel movements, hydration, and lymph movement.
- Calm the gut and inflammation with a whole-food plan, a temporary elimination phase with structured reintroduction, and omega-3 rich foods.
- Restore metabolic health and insulin sensitivity.
- Restore motion with chiropractic adjustment and release of fascia and trigger points around the joint.
- Strengthen the muscles that support the joint, which has strong evidence for reducing pain.
- Retrain balance, proprioception, and cerebellar control with brain-based rehabilitation.
- Use regular low-impact movement to nourish cartilage, which depends on motion for nutrients.
Exercise is one of the most effective treatments for osteoarthritis, and it remains valuable even when imaging looks severe. Many people delay or avoid surgery when strength and metabolic health improve.
Improving insulin sensitivity and lowering gut-driven inflammation calms the signals that sensitize joints. These effects add up over months, which is why upstream work belongs in every arthritis plan.
Joints are built to move. Given strength, a clearer brain map, and a calmer internal environment, they often move with less pain.
Book your Comprehensive Functional Medicine Eval/Neurological Exam today to discover what the contributing root causes are that are underlying your health concerns.