Carrick Institute

🧠 Why Do Some Migraine Patients Never Get Better?

They've tried the medications.

They've changed their diet.

They've tracked their triggers.

They've improved their sleep.

Yet the migraines keep coming.

What if the headache isn't the primary problem?

Modern neuroscience suggests migraine may be more than a pain disorder. It may represent dysfunction within complex neurological networks responsible for sensory processing, autonomic regulation, visual integration, vestibular function, and brain performance.

This may explain why two patients with the same migraine diagnosis can present completely differently:

👁️ One struggles with visual disturbances.

⚖️ Another experiences dizziness and imbalance.

💡 Another becomes hypersensitive to light, sound, and smell.

🧩 Another battles persistent brain fog and cognitive fatigue.

The diagnosis may be the same.

The underlying neurology may not be.

This is where a Functional Neurology approach can help clinicians move beyond symptom management and begin asking a different question:

👉 What neurological networks are driving this patient's migraine experience?

Because understanding the brain may be the key to understanding the migraine.

📊 Check out the infographic below.

🧠📚 Research Spotlight: Could Sensory Processing Be the Missing Piece in Chronic Pain?

Carrick Institute faculty, Research team and scholars continue to make a significant impact through an expanding body of peer-reviewed research in clinical neuroscience.

🔬 Featured Study:
Sensory Processing in Medically Unexplained Pain Syndrome: A Systematic Review

Pubmed link:
https://carrick.us/4xmyRer

👨‍⚕️👩‍⚕️ Authors:
Dr. Nicole Quodling (BSc, MChiro, MSportsSc, DACNB, MSNeuroSci)
Dr. Norman Hoffman (DC, CCSP, DACNB, MScCliniNeuroSci)
Prof. Frederick Robert Carrick (DC, PhD, MS-HPEd)
Dr. Monèm Jemni (PhD, MSc, BSc, BA, QTS)

💡 This review explores how altered sensory processing may contribute to chronic pain conditions, highlighting the importance of looking beyond pain alone when assessing and managing complex cases.

📈 Research like this helps advance our understanding of complex pain conditions and contributes to the development of more personalized, evidence-based approaches to care.

👇 Question for our community:
Have you observed sensory sensitivities—such as light, sound, touch, smell, or balance disturbances—in patients with chronic pain conditions?

Share your experiences in the comments.

🧠 DID YOU KNOW? Learning Continues Beyond the Classroom.

The Carrick Institute Clinical Tools hub was created to help healthcare professionals access practical resources and neuroscience-based insights that support everyday clinical practice.

🔍 Clinical resources
💻 Accessible learning tools
🎓 Ongoing professional growth

For over 40 years, the Carrick Institute has advanced brain-based healthcare through education, research, and clinical application, guided by one belief:

"The brain is the unifying force in health."

✨ Helping clinicians turn knowledge into confident patient care.

👇 What clinical topics would you like to see more resources for?

🚨Student Webinar - Last Chance to Sign Up

⚠️ Not all vertigo originates from the vestibular system.

Adam Harcourt will explore why Vestibular Migraine remains one of the most common — and most frequently misunderstood — causes of dizziness.

🧠 Demystifying Vestibular Migraine

Join us as we discuss:
🧠 Differential diagnosis
🧠 Emerging diagnostic criteria
🧠 Clinical treatment approaches
🧠 Common misconceptions about VM

Gain practical insights and clinical tools to help evaluate complex dizziness presentations with greater confidence.

🎤 Presented by Dr. Adam Harcourt
📅 Tomorrow | June 18, 2026

🎓 Free Registration for Full Time Doctoral Students

Are you joining us tomorrow? Let us know in the comments. 👇

🧠 Masters - Fall 2026 Cohort
📅 Registration Opens June 28

Quick question:

How much of your clinical decision-making relies on understanding the nervous system?

⬜ A little
⬜ About half
⬜ Most of it
⬜ Everything

The reality is that every healthcare profession interacts with the nervous system in some way.

The Carrick Institute's Master of Science in Clinical Neuroscience provides advanced study of nervous system function, neuroscience research, and clinical applications designed specifically for healthcare professionals.

The clinicians who continually grow are often the ones willing to ask deeper questions.

👇 What percentage of your practice do you believe is influenced by the nervous system?

Comment below with your answer.

🧠 What if healthcare wasn’t divided into specialties—but connected as one system?

Most clinical challenges don’t sit neatly in a single discipline.
They overlap, interact, and influence one another.

At Carrick Institute, we train clinicians to think beyond silos—building a truly integrative understanding of health, function, and performance.

🌐 Break the silos. Think in systems. Elevate your practice.

Explore the six disciplines shaping modern integrative healthcare:

🔹 Functional Neurology
Assess and influence nervous system function to create meaningful, measurable clinical change beyond symptom management.

🔹 Functional Medicine
Examine how lifestyle, environment, and metabolic factors interact to uncover deeper root causes of dysfunction.

🔹 Physical Medicine & Rehabilitation
Integrate movement science and neurophysiology to restore function and improve long-term outcomes.

🔹 Human Performance & Regenerative Medicine
Support recovery, resilience, and optimization through biology-driven approaches to healing and longevity.

🔹 Mental Health
Apply neuroscience-informed frameworks to better understand cognition, emotion, and behavior.

🔹 Research Science
Strengthen clinical reasoning through critical evaluation and integration of current evidence.

💭 Which of these disciplines most influences your current clinical approach and why?

🔥 10 DAYS TO GO — Chiro Texpo '26 🔥

In just 10 days, chiropractors from across the country will gather in Austin for education, innovation, and connection.

🧠 Featured Session: Dr. Matthew Antonucci
Integrative Chiropractic Healing: From Mitochondria to Neural Networks

This session explores the connections between neuro-immune dysfunction, cellular repair, neuromodulation, and the brain-body-energy relationship—offering insights that can help shape clinical decision-making.

🎓 Plus:
✔️ CE hours across key certification areas
✔️ Hands-on Adjust Lab experiences
✔️ 50+ exhibitors
✔️ Networking with colleagues and industry leaders

🤝 Presentation Co-Sponsors:

• Vielight

• IH2L

• Carrick Institute

👇 We'd love to hear from you:

What topic are you most excited to learn about at Chiro Texpo?

Share your thoughts in the comments.

⏳ 10 DAYS TO GO

🧠 The NEW CNS Curriculum™ Fast Track Is Coming to Minnesota 🧠

Every Neurology Diplomate starts with a first step.

For the next The CNS Curriculum™ | Module 1 cohort, that step begins in Minnesota.

📅 June 26–28, 2026
📍 Minnesota
🎓 Faculty: Dr. Ryan Harvey

The CNS Curriculum™ is designed to help clinicians build a stronger neurological foundation while advancing toward Neurology Diplomate certification.

Through this program, you'll:
✅ Strengthen clinical confidence through practical application
✅ Refine neurological assessment and diagnostic skills
✅ Fulfill recognized ACNB educational requirements
✅ Stay on track for Fall 2027 board eligibility

🚀Take the next step and reserve your spot today!

As we count down the final 10 days, we're curious:

👇 What first sparked your interest in functional neurology? Share your story in the comments.

⏳ 60 DAYS TO GO

🧠 The Nodulus Technique | Precision Strategies for Visual-Labyrinthine-Otolithic Recalibration
📍 With Dr. Jeremy Schmoe
📅 Minnesota | August 15-16, 2026

Vestibular dysfunction is rarely isolated—it reflects complex breakdowns in how the brain integrates gravity, gaze, and multisensory input.

Join Dr. Jeremy Schmoe for a 15-hour clinical intensive exploring:
✔ Nodulus and ventral uvula dysfunction in neurological disease
✔ Translational VOR and six-degrees-of-freedom assessment
✔ Gravity perception and vestibular-visual integration

This is where cerebellar neurophysiology becomes practical bedside precision.

💬 What’s your biggest challenge when assessing vestibular-visual integration in complex patients?