Evidence-based insights on musculoskeletal health, fascial mechanics, and the research shaping how we practice. Written for people who want to understand what is actually happening in their bodies — not just what to do about it.
Within ten minutes of sitting down, your postural muscles go electrically silent. Within thirty minutes, a measurable change has begun in the fluid environment of your deep fascial tissue. The research most people haven't seen — explained clearly.
Read article →A landmark BMJ trial followed 198 tennis elbow patients for a full year. The results reversed completely between the six-week and twelve-month marks — and explain why injection alone so often fails.
Read →The upper cervical spine sits at the intersection of nine distinct conditions. One assessment framework — and why they need to be considered together rather than treated in isolation.
Read →From tennis elbow to carpal tunnel to trigger finger — the cervical spine, fascial loading, and tendon biology all contribute. Why local treatment alone so often produces incomplete results.
Read →Hip pain in active people is frequently misattributed to imaging findings that don't correlate with symptoms. The research on gluteal tendinopathy, FAI, and proximal hamstring problems.
Read →The plantar fascia is a sensorimotor organ, not just a passive structure. Why conditions from plantar fasciopathy to chronic ankle instability are rarely resolved by local treatment alone.
Read →Knee pain is almost always a hip and ankle problem expressed at the knee. The research on why treating the knee alone — without the chain above and below it — produces incomplete results.
Read →Shoulder pain rarely begins in the shoulder. The scapular stabilisers, thoracic spine, and cervical fascia all contribute to how load reaches the rotator cuff — and what needs to be addressed.
Read →The thoracolumbar fascia and the four myofascial slings that converge on it form the load-sharing architecture of the lower back. Why treatment focused only on the pain site so often misses the bigger picture.
Read →Two overlapping neurological pathways explain why neck problems so often produce headache, dizziness, and visual disturbance simultaneously — and why assessment needs to span all of them.
Read →The trigeminal cervical nucleus connects the jaw, upper cervical spine, and headache in a single anatomical pathway. Understanding this circuit changes how these presentations are assessed and treated.
Read →Post-treatment soreness after manual therapy has a specific biological explanation involving hyaluronan fragments. It also explains why anti-inflammatories after fascial work may be counterproductive.
Read →A 2020 study from NYU and Johns Hopkins used advanced MRI to image deep fascia before and after Fascial Manipulation. What it found was a first in the history of manual therapy research.
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