Why Do Our Feet Hurt? The Shoe, the Foot, and 3 Million Years of Walking
Your foot is a marvel of engineering — 26 bones, 33 joints, over 100 muscles, tendons, and ligaments, all working together as a dynamic spring and sensory platform. It evolved over millions of years to walk, run, and balance on uneven natural terrain. It did not evolve to spend 10+ hours a day inside a padded, elevated, toe-narrowing box.
Plantar fasciitis, bunions, Morton’s neuroma, flat arches, heel spurs — these conditions are largely absent in populations that go barefoot or wear minimal footwear. They are epidemic in industrialised societies. That gap is not coincidence. It is evolutionary mismatch.
The Foot as a Sensory System
The sole of the foot is densely packed with mechanoreceptors — sensory nerves that constantly feed information to the brain about terrain, balance, and loading. This feedback loop is critical for gait, posture, and coordination throughout the entire body, including the hips, pelvis, and spine.
A rigid-soled shoe with arch support essentially silences this system. The foot stops adapting dynamically and starts functioning passively — relying on the shoe’s structure rather than its own. Over years and decades, the intrinsic muscles of the foot weaken, the arch loses its self-supporting capacity, and the sensory feedback to the brain diminishes. The result is not just foot problems. It is a chain reaction — ankle instability, knee tracking issues, hip misalignment, and lower back pain — all originating from a foot that has forgotten how to work.
Why Elevated Heels Are a Structural Problem
Even a modest heel elevation (2–4 cm) shifts the body’s centre of gravity forward. To compensate, the pelvis tilts, the lumbar curve increases, and the neck extends. This postural compensation is continuous — not just when walking, but standing, sitting, and eventually, structurally embedded in the musculoskeletal system.
What Osteopathy Looks At
At OQ, foot pain is never assessed as an isolated problem. The foot is the foundation — and like any foundation, its condition affects everything above it.
Dr. Omura specialises in gait analysis and lower limb assessment, including custom insole fitting where appropriate. The goal is not permanent mechanical compensation: it is restoring the foot’s own functional capacity while addressing the fascial, joint, and neural connections between the foot and the rest of the body. Dr. Sakata addresses the cranial and systemic dimensions, because fascial continuity means that foot tension can have surprising connections to distant symptoms.
FAQ
Can osteopathy help with plantar fasciitis?
Yes. Osteopathic treatment addresses the fascial tension, tibiotalar mobility, and loading pattern contributing to plantar fasciitis — not just the painful site. Many patients experience significant improvement when the whole-chain assessment is done.
Should I switch to barefoot shoes?
Transition should be gradual. Suddenly removing support from feet that have been supported for decades can cause injury. We assess your foot function first and recommend a transition approach that matches your current capacity.
Does foot pain cause back pain?
Very commonly, yes. Altered foot mechanics change the loading through the ankle, knee, hip, sacroiliac joint, and lumbar spine. Addressing the foot often resolves back pain that appeared to have nothing to do with it.
Foot pain is rarely just a foot problem. If you’ve tried insoles and stretches without lasting results, it may be time for a whole-body assessment. Book →