Etiology — what causes it

Joint replacement for advanced osteoarthritis, with surgical implants restoring the articulating surface. Post-surgical rehab restores range, strength, gait, and function.

Epidemiology — who gets it

Hundreds of thousands of total joint replacements performed annually. Patient-reported outcomes are generally excellent, but recovery depends on pre-op condition and post-op rehab quality.

Clinical signs

Tracked progress includes range, quad activation and strength, gait quality, single-leg balance, and functional benchmarks (sit-to-stand, stair tolerance, walking distance).

Symptoms

Early post-op pain, stiffness, and swelling; progressive return of function over 3–6 months. Some residual sensation changes are common.

Best evidence for chiropractic treatment

OARSI guidance and large rehabilitation trials support progressive exercise as the foundation of post-replacement recovery. Pre-habilitation (preoperative exercise) improves post-op outcomes. Post-op — early activation, gait training, progressive strength, balance, and functional progression. Most patients return to walking, cycling, swimming, and low-impact recreation comfortably.

Subtypes

  • Total knee replacement (TKR). Focus on quad strength and full extension.
  • Total hip replacement (THR). Focus on hip extension, abductor strength, gait quality.

When to seek emergency care

Some symptoms need urgent medical attention — not a chiropractic visit. Call 911 or go to the nearest emergency department for: progressive limb weakness, loss of bowel or bladder control, saddle anesthesia (numbness in the groin/inner thighs), severe unrelenting pain unrelieved by position, signs of fracture after significant trauma, chest pain, stroke-like symptoms (face drooping, arm weakness, speech changes), or any rapidly worsening or unusual symptom.

Bottom line

Joint replacement recovery is exercise-driven. Range, strength, balance, and graded functional loading restore real-world capacity.