

#152 - Michael Rintala, D.C.: Principles of Dynamic Neuromuscular Stabilization (DNS)
29 snips Mar 8, 2021
Michael Rintala, a sports medicine chiropractor and a prominent instructor in Dynamic Neuromuscular Stabilization (DNS), shares insights on enhancing movement efficiency and preventing injuries. He explains the foundational principles of DNS and its relationship to human motor development. The conversation covers the critical role of the diaphragm in stability, common postural issues, and strategies for improving athletic performance. Rintala also discusses how his own back injury led him to the Prague School and the importance of rehabilitation in preventing chronic pain.
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DNS Origins
- DNS grew out of the Prague School of Rehabilitation, founded in the 1950s.
- It's based on observations of pioneers like Janda, Levitt, and Vojta, who studied postural habits, joint dysfunction, and infant development.
Deep Stabilization
- Ideal movement is based on deep stabilizing muscles: diaphragm, pelvic floor, abdominals, and spinal muscles.
- These create a fixed point, allowing for efficient force transfer and controlled intra-abdominal pressure.
Developmental Milestones
- Infant development shows how ideal stabilization patterns emerge, starting with sagittal stabilization at three months.
- As the CNS matures, infants progress through milestones like rolling, crawling, and standing, building upon earlier stability.