A Brain Based Approach to Core Stabilization

In this webinar, participants will be introduced to a brain based approach to core stabilization. The majority of information the brain receives is subconscious, creating reflexive responses through the proprioceptive, vestibular & ocular systems. Reflexive stability is subconscious & often overlooked as part of a rehabilitation & performance paradigm, however recognizing the numerous subconscious reflexes that exist for stability of our upright system warrants further investigation about how to integrate this into a workable movement paradigm for anyone. In other words, understanding neurology allows one to apply neurological principles that help improve the efficiency of the human system. This webinar will discuss strategies to implement a brain based approach to movement by applying principles that emphasize reflexive stability via a better understanding of the sensory system.

• -Understand how the brain processes proprioceptive, vestibular, and ocular sensory input to create reflexive stability responses
• -Identify subconscious reflexes that contribute to core stabilization and upright posture maintenance
• -Apply neurological principles to enhance movement efficiency and postural control in clinical practice
• -Integrate brain-based stabilization strategies into rehabilitation and performance programming
• -Recognize the distinction between reflexive (subconscious) and voluntary (conscious) stability mechanisms
• -Develop practical techniques to assess and optimize sensory system function for improved core stability