MyoSynaptics

Because the goal isn’t learning more techniques.

It’s learning how to think clinically.

The MyoSynaptics Learning Portal was built to help clinicians move beyond memorizing protocols and begin understanding why they are doing what they do.

Inside the portal, we focus on the integration of anatomy, fascia, neuroscience, assessment, and clinical application—helping you connect the pieces that influence patient outcomes.

When you understand the relationships between structure, function, and the nervous system, techniques become more purposeful, adaptable, and clinically relevant.

Whether you’re a student, chiropractor, manual therapist, or movement professional, MyoSynaptics is designed to help you build a deeper clinical framework that carries over into every patient interaction.

Join a community dedicated to clinical reasoning, integration, and lifelong learning.

HealthcareEducation ChiropracticNeurology Rehabilitation

Peripheral nerve entrapments are often overlooked clinically.

Patients may present with:
• burning pain
• numbness or tingling
• weakness
• tension patterns
• movement sensitivity
• radiating symptoms

—but the source is not always the spine.

Inside the MyoSynaptics Peripheral Nerve Entrapment Course, we break down:
• major peripheral nerve pathways
• common upper & lower extremity entrapment sites
• sensory & motor patterns
• clinical anatomy application
• treatment site localization

Designed to help clinicians move beyond memorization into deeper clinical understanding.

Early access is now available through MyoSynaptics.

The Peripheral Nervous System is more than memorizing nerves and pathways.

It’s understanding how sensory input, motor output, reflexes, fascia, and movement patterns integrate clinically in real patients.

Inside the upcoming MyoSynaptics PNS Course, we’ll break down:
• dermatomes
• myotomes
• DTRs
• peripheral nerve pathways
• entrapment patterns
• sensory integration
• clinical application and assessment

This course was designed to help clinicians move beyond isolated memorization and begin recognizing meaningful neurological patterns in practice.

Because clinical presentations rarely follow the textbook perfectly.

Launching August 1st.
More details coming soon.

Pain is not always coming from the tissue patients think it is.

This week’s Clinical Gem inside the MyoSynaptics Membership explores the major referral patterns clinicians encounter in practice and why understanding them changes the way you assess and treat complex presentations.

Topics discussed include:
• Myotogenous referral
• Sclerotogenous referral
• Parietal referral
• Visceral referral
• Psychogenic and centrally mediated contributors

Understanding the difference between these patterns can change how you interpret pain, movement compensation, autonomic findings, and patient response to care.

Clinical application. Neurology. Fascia. Sensory integration.
All connected.

Now live inside the member community 💎

MyoSynaptics was built for clinicians who want to think differently.

Not just memorize systems.
Integrate them.

Fascia.
Neuroscience.
Movement.
Sensory processing.
Clinical application.

Inside the Membership:
• Full on-demand course library
• Hands-on in-person intensives
• Exclusive practitioner community
• Clinical Gems
• Research Hub

Learn how structure influences function.
How sensory input changes output.
How integrated systems create better clinical outcomes.

Where fascia meets neuroscience.

Join the Institute at MyoSynaptics.com

This week’s Clinical Gem is now live inside the MyoSynaptics Membership Community.

This case study explores a complex patient presentation involving chronic pain, dystonia, hypertonicity, altered sway patterns, hyperreflexia, and autonomic findings — highlighting the importance of understanding how motor, sensory, and autonomic systems interact in chronic neurological presentations.

Inside this Clinical Gem:
• patient case breakdown
• neurological examination findings
• clinical reasoning process
• sensory-motor integration considerations
• discussion surrounding basal ganglia involvement and compensation patterns

Designed to help clinicians think beyond isolated symptoms and better connect neurological findings across systems.

Join the discussion now inside the membership community at MyoSynaptics.com

This week’s Clinical Gem inside the MyoSynaptics Membership Community explores a unique basal ganglia case presentation and the importance of understanding these circuits beyond textbook movement disorders.

We’ll break down the patient presentation, neurological findings, clinical reasoning process, and how dysfunction within the basal ganglia can influence movement, tone, coordination, autonomic function, and sensory integration in ways that are often overlooked clinically.

Designed for clinicians and students looking to deepen their understanding of applied neuroscience and neurological integration.

Available tomorrow inside the membership community.
Explore the learning portal at MyoSynaptics.com