28/04/2026
Are you suffering with Plantar Fasciitis, excess pronation, supination, ankle pain, knee issues, hip pain, twisted pelvis ( rotated ilium), SIJ pain, QL pain, low back pain, low back guarding, waking up with the body feeling like it's detached from your legs?
This little image may just help you to understand why I now say. "the ankle bone's connected to the skull bone".
In Art of Bodywork®️ and McLoughlin Scar Tissue Release®️ training I teach how the fascia connects every part of the body and is constantly scanning for your position in space, checking you're safe. So, if there's a scar or adhesion from injury, or surgery, your fascia moves and holds you differently.
In my treatments, I gently apply these techniques to help re-align the body and improve tissue function. It's genuinely a relief for most people, and for some, the beginning of a whole new era of hope after detaching from something they thought could never get better.
Appointments available this week (via BIO), training coming up.
Comment Appointment or Training if you'd like further information. https://www.facebook.com/share/p/17Lndi8E2x/
THE SPIRAL LINE: HOW FASCIA CONTROLS YOUR FOOT ARCH
The human body doesn’t function in isolated muscles—it operates through integrated fascial chains, and one of the most important yet overlooked systems is the spiral line. This line wraps around the body in a helical pattern, connecting the shoulders, trunk, pelvis, and lower limbs all the way down to the foot. Its primary role is to manage rotational control, balance, and force transfer across the body.
From a biomechanical perspective, the spiral line plays a critical role in controlling the medial longitudinal arch of the foot. It links trunk rotation with lower limb alignment and ultimately determines whether your arch is supported or collapses under load. This means your foot posture is not just a local issue—it is a reflection of whole-body mechanics.
The muscles shown in the image—particularly tibialis posterior and fibularis (peroneus) longus—act as dynamic stabilizers of the arch. Tibialis posterior contributes to lifting and supporting the arch, while fibularis longus provides a counterbalance by stabilizing the first ray and distributing load across the foot. Together, they create a tension system that maintains structural integrity during movement.
When the spiral line is functioning efficiently, there is a balanced interaction between internal and external rotational forces. This allows the arch to behave like a spring—absorbing shock during loading and recoiling during push-off. The fascia stores elastic energy and releases it, making gait efficient and reducing muscular fatigue.
However, when there is dysfunction higher up the chain—such as poor trunk rotation, pelvic instability, or hip weakness—the spiral line loses its tension balance. This leads to altered force transmission, often resulting in excessive pronation (arch collapse) or, in some cases, a rigid high arch. In both scenarios, the foot is no longer adapting efficiently to ground forces.
The key takeaway is that your arch is not just controlled by your foot muscles. It is influenced by a global system of fascial tension that starts from the upper body and spirals downward. This is why local treatments alone often fail—because the root cause may lie in rotational control deficits at the hip or trunk.
In movement, especially walking and running, the spiral line ensures that rotation is translated into forward propulsion while maintaining stability. If this system is compromised, the body compensates by overloading specific tissues, leading to pain, inefficiency, and increased injury risk.
