AI-generated imageThe biomechanics of old injuries: how microtrauma builds silent compensations in the body
Pain almost never shows up where the problem originated. A ten-year-old ankle sprain can today present as one-sided lower-back pain, because in the meantime the body has built an entire system of silent compensations.
Program 14 describes how we measure these compensations, how we release them, and how we verify that the newly established movement pattern holds up under load.
What actually happens in the tissue
After an injury, the body first protects the affected area by raising the tone of surrounding structures. This protection makes sense for a few weeks, but it stays built in even after the tissue has healed.
Fascia adapts to whatever load it receives most often. If load shifts to the other side of the body due to offloading, stiffness increases there, while deep stabiliser activation drops on the offloaded side.
The result is an asymmetry the patient doesn't notice, because the brain interprets it as normal. It's only noticed once it crosses the pain threshold — typically years later, and in a completely different location.
Analytical process
The assessment starts with a client profile covering all past injuries, including ones the person no longer considers significant. This is followed by movement testing and palpation assessment of fascial chains.
- Inventory of all past injuries, surgeries and extended offloading periods.
- Functional movement testing: squat, lunge, single-leg stance, overhead arm raise.
- Assessment of breathing pattern and rib-cage position relative to the pelvis.
- Instrumented assessment of load symmetry and postural stability.
The corrective sequence
Sequence matters more than technique. We first release the structure limiting mobility, then immediately, in the same session, activate the muscles meant to control that mobility. Release without immediate reactivation reverts within days.
Sessions are scheduled 1–2× per week for the first four weeks, then we move to an independent movement routine with a monthly check-in.
- Phase 1 (weeks 1–2): manual release of restrictions and breathing pattern.
- Phase 2 (weeks 3–6): reactivation of deep stabilisers and movement control under low load.
- Phase 3 (weeks 7–12): progressive loading of the new pattern up to full sport or work demand.
Outcome markers
Success is not the absence of pain on the day of treatment, but maintained symmetry and movement control under load four weeks later.
We measure range of motion, side-to-side differences in single-leg tests, postural quality under fatigue, and symptom recurrence frequency.
Relating the program to your baseline
The professional team can help select appropriate measurements, monitor change and assess the effect in the context of your data.
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Results are individual and vary between people; they do not represent a promise of a specific outcome. HUMAX organizes and coordinates measurements and consultations carried out by independent licensed specialists, and does not perform healthcare activities.
This program is a general starting point. What makes sense for you is determined at an initial triage consultation (€150, 45 minutes) — resulting in a written proposal for your measurement scope, with no obligation.