Protocols

The proprioceptive system is the most effective mechanism for managing postural instability, as it plays a key role in maintaining a vertical body alignment during all anti-gravity movements.

Proprioceptive exercises should be incorporated into pediatric psychomotor programs, sports training regimens, and functional retraining or rehabilitation protocols, given that an efficient proprioceptive system has been shown to enable better body mechanics.

Movement must be managed at the ankle level; otherwise, to prevent a fall, the foot must not only adapt to the terrain but also compensate for any movements transmitted to the parts of the body above it.

Controlling movement from below—minimizing torso sway—allows for faster, more energy-efficient adjustments and relieves both the spine and the vestibular system of tasks they are not designed to handle, except in emergency situations.

Instructional Progression

An instructional progression of increasing difficulty, tailored to the individual’s capabilities and needs, allows for the pursuit of several objectives:

Developing awareness of the body’s vertical alignment relative to the true vertical axis while in single-leg and double-leg stance;

Perceiving the symmetry of plantar weight distribution and maintaining balance during shifts in the body’s center of gravity;

Proprioceptive control of trunk movements to improve anticipatory postural adjustments and refine emergency reactions;

Subtalar and foot joint mobility in a static position while maintaining vertical body alignment;

Managing foot instability during dynamic balance and postural control tasks;

Dissociating foot movement from trunk movement through differentiated tasks;

Dynamic joint mobility across various planes of movement, following paths of varying amplitude and frequency;

Increasing muscle strength across various foot working angles and dynamically stabilizing the ankle and proximal segments;

Eccentric training of lower leg and foot muscles;

Building proprioceptive system endurance during motor control tasks;

(Seated) perceiving and controlling pelvic movements;

(Seated) strengthening spinal stabilizers while maintaining self-elongation.