Reflexes & Brain Development

Understand how retained primitive reflexes impact brain development and posture. Learn to identify these reflexes and their influence on neurological growth and physical coordination.

Highlights include:
✔ Overview of primitive reflexes and their functions
✔ Connection between reflexes and postural control
✔ Initial assessments to detect retained reflexes

Explore the role of sensory pathways in developing integrated movement. Learn how targeted exercises can stimulate reflexes to support better neurological development and postural stability.

Highlights include:
✔ Types of sensory inputs for reflex activation
✔ Techniques for engaging reflexes to promote balance
✔ Practical activities for sensory-motor integration

Discover exercises designed to mitigate the impact of retained reflexes. Understand how reprogramming reflexive patterns supports optimal body alignment and movement.

Highlights include:
✔ Step-by-step corrective exercises
✔ Reflex inhibition techniques
✔ Strategies for enhancing motor control

Delve into the connection between reflex integration and cognitive function. Learn how a balanced reflex system supports better focus, learning, and overall brain performance.

Highlights include:
✔ Linking reflexes with higher brain functions
✔ Exercises to strengthen reflex integration
✔ Impact of reflex training on cognitive tasks

Master techniques for comprehensive reflex integration. Equip yourself with tools to support long-term results for better posture and movement.

Highlights include:
✔ Advanced reflex reprogramming
✔ Sustained strategies for maintaining reflex balance
✔ Incorporating reflex work into daily routines

Our program is for anyone interested in improving the functions of the body.

This program is also used by Athletes, Strength Coaches, Team Therapists and Coaches, Golf Instructors, Personal Trainers, Pilates and Yoga Instructors, Health Care Practitioners, Physical Therapists, Chiropractors, Rehabilitation Professionals, Osteopaths, Dentists, and Medical Doctors.

When looking at the development of the muscle chains, it is crucial to look into innate movement patterns (primitive reflexes). These impulses integrate into the brain's circuitry as you mature. Anything that delays their assimilation will affect how the different parts of the brain develop and communicate amongst themselves.

Children with learning disorders (e.g., ADHD) are known to have retained primitive reflexes, which then contribute to their symptoms and levels of dysfunction. This is why it is so important to assess every child as early as possible.

At the adult age, primitive reflexes that are not integrated will contribute to an array of problems, such as poor handwriting, pencil grip, fine muscle control, dexterity, fine motor skills, vision coordination, language problems, movement error cognition and bad posture. 

Living with retained primitive reflexes can rob you of your energy and promote overactivity of the sympathetic system, which comes down to unnecessary stress!

Primitive reflexes are an important component of your overall health and you should know about it!

Immediately! As soon as completed, you can create plans to integrate faulty motor patterns and gain fast results with your clients. When you add your current knowledge with the Reflexes and Brain Development course, the results you will likely get will be like nothing else anybody has ever seen!

The course is structured to provide a comprehensive understanding, starting from the basics of brain development and reflexes to more advanced topics. It includes detailed explorations of individual reflexes, their testing methods, effects, and integration techniques