Entry Point

Entry Point is a comprehensive approach to investigating the neuromuscular system, with a primary focus on evaluating and normalizing joint centration and inhibition patterns of motor control. This methodology equips practitioners with the essential skills to discern both normal and abnormal motor control, stimulate the central nervous system (CNS) through strategic inputs via entry points, and unravel how seemingly distant dysfunctions can influence specific clinical concerns. Multiple Entry Points may be needed to address specific areas of concern, making it a practical and adaptable method.

Evolution and Research

The concept of Entry Point has evolved over 15 years, encompassing a diverse range of topics including global stability, developmental kinesiology, sclerotomes, the sensorimotor system, neuroprotective patterns, motor control, chronic pain, central and peripheral sensitization, gut-brain axis, sleep, neurotransmitters, meditation, aging, brain networks, EEG biofeedback, injury prevention, performance therapy, and biomechanics. Research and evidence-based practice play a vital role in the continuing understanding of the complex interrelationship of the brain-body connection.

Clinical Significance

The Entry Point method plays a pivotal role in clinical practice, particularly for complex cases. It not only makes sense of the diagnosis but also empowers patients to understand the reasons behind their sensorimotor system's dysfunction. By identifying hidden nociceptive inputs, it ultimately leads to improved patient outcomes and provides a comprehensive understanding of the patient's overall condition.

Professional Credentials

Below are the professional qualifications and certifications that practitioners of Entry Point must hold;

Doctor of Chiropractic

Osteopathic Manual Practitioner

Masters of Physiotherapy

Registered Massage Therapist

Athletic Therapist/Kinesiologist

Doctor of Naturopathic Medicine

Why take this course?

This seminar focuses on a method that addresses reactive stability and joint centration. The core reason to explore this approach is to understand how the brain plays a critical role in stabilizing joints and to identify primary causes of dynamic instability that can trigger various issues. For instance, practitioners will learn to recognize how an inhibited hip joint might be the underlying cause of seemingly unrelated shoulder or neck problems.

In addition, our seminar seamlessly integrates with our Neuroplasticity Gym to facilitate stability endurance training, precisely targeting the identified entry points. This rehabilitation component focuses on leveraging neuroplasticity in the brain to address immediate issues and promote stability endurance and motor control. This combined approach provides practitioners with valuable tools to deliver effective treatment and rehabilitation. It offers a holistic perspective that enhances patient outcomes and quality of life.

This seminar also is a prerequisite for our loaded testing program called DEFRAG, which assesses the effectiveness or durability of the manual treatments and neuroplasticity gym program to ensure that the nervous system can operate efficiently under pressure.

Join us for a weekend of learning and application
NEXT SESSION TBA (Spring 2025)
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