Neurodynamics refers to the mechanical relationship between neural structures and their surrounding tissues. Nerves must glide freely within fascial sheaths; when this movement is restricted (adhesions, tension), signal transmission can be compromised — leading to pain, numbness, or "sensory amnesia."
Key Principles
- •Neural mobility — nerves slide and stretch relative to fascia, muscles, and bones
- •Tensioners — positions that create mechanical load on nerve pathways (e.g., slump test, straight leg raise)
- •Sliders — movements that promote gliding without excessive stretch
- •Double-crush — multiple sites of compression can compound dysfunction
In ONDA Life
Part 14 (I Channel) targets neurodynamics to eliminate "congestions" — muscular, vascular, and neural blocks — for the free distribution of energy and signals. Optimizing nerve sliding prevents signal compression and supports high conductivity.