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With a core focus on academic excellence and an integrated approach to teaching and learning, you could advance your career and help make a lasting impact in your practice and with your patients. Explore our wide range of courses and topics!
ABOUT THE CARRICK INSTITUTE
The Carrick Institute is an independent, post-secondary, educational institution licensed by the State of Florida Department of Education’s Commission for Independent Education to award the Master of Science in Clinical Neuroscience degree. The Carrick Institute is dedicated to delivering challenging and high-quality clinical neuroscience educational experiences to a diverse group of dedicated professionals. The Carrick Institute provides its post-secondary degreed students with an opportunity to prepare themselves with new and additional educational opportunities in the field of clinical neuroscience in our degree and certificate programs. Through the guidance of the faculty at the Carrick Institute, theoretical aspects, as well as practical and creative applications in clinical neuroscience procedures are addressed in the curriculum and reinforced with other practicing professionals in the clinical neuroscience field.
Mission Statement
The mission of the Carrick Institute for Graduate Studies is to empower and maintain a diverse community of clinical scholars to embrace scholarship, discovery and dedication to the service of humankind.
The Carrick Institute creates and delivers a truly distinctive clinical neuroscience program and clinical neuroscience support services that develop:
• High Performance Leadership—An ability to confidently lead oneself and others for sustainable high performance.
• Global Effectiveness—An ability to perform effectively across cultures in addressing critical clinical neuroscience technology challenges.
• Clinical neuroscience mastery—An ability to enhance personal and organizational performance through the study of clinical neurological technology.
• An Innovative Mindset—An ability to think and act creatively in the field of clinical neuroscience technology.
• Clinical Neuroscience Expertise—An ability to contribute strategically through highly developed functional clinical neuroscience technology skills.
• Professional Curriculum—An ability to learn from academic and educational principles based upon and sensitive to clinical neuroscience technology needs.
• Professional Faculty—An ability to work with academic and research clinical neurologists, as well as working with practicing professional working clinical neurologists.
• Educational Exchange—An ability to work with other professional clinical neurologists with opportunities for international educational exchange.
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MASTER OF SCIENCE IN CLINICAL NEUROSCIENCE DEGREE PROGRAM
The Carrick Institute has successfully completed a full Institutional and Curriculum review and site inspection by the Florida Department of Education’s Commission for Independent Education. This process has taken us several years and we are pleased to have received a Provisional License from the Florida Department of Education’s Commission for Independent Education to offer the Master of Science degree in Clinical Neuroscience as it continues its mission of National and Regional Accreditation.
Our MS-ClinNeuroSci degree program is designed for healthcare professionals that desire an academic Masters degree in clinical neuroscience. There is a significant demand for clinical academics trained in neuroscience at universities, research labs and in clinical practice. Our program is a unique experience based upon our 40 years of experience educating healthcare professionals in neuroscience.
We welcome you to learn more about our Master of Science in Clinical Neuroscience Degree Program at cineuroscience.com
FOUNDATIONAL PROGRAM
Functional Neurology Essentials is the most effective way to start learning and implementing the functional neurology paradigm of care. This program teaches a brain-based model for manual therapies, rehabilitation strategies, and performance optimization techniques which allows clinicians to better serve their current patient population as well as attract a new patient base.
Advanced Concepts on a Brain-Based Approach to Joint ManipulationThis second class in the series takes and expands upon the concepts introduced in Brain-Based Adjusting 1. Learners will learn new adjustments with a focus on the patterning of these adjustments to treat more specific areas of neurological decompensation.
CORE PROGRAM
The Carrick Institute’s CNS program is designed to educate clinicians to work towards mastery in the application of Clinical Neuroscience by elevating their skills in differential diagnosis, neuro and pathophysiology, completing their skills in physical and neurological exam, and teaching clinician’s
how to create an individualized approach for their patients.
This program is designed to aid scholars in the preparation for neurology fellowship and diplomate board examinations. Carrick Institute scholars who have completed the Clinical Neuroscience Program have demonstrated tremendous success on these examinations.
The Clinical Neuroscience Program (CNS) Fast Track is a rigorous, evidence-based educational series designed to equip healthcare professionals with a deep understanding of clinical neuroscience. Combining theoretical knowledge with hands-on application, this program enhances clinical skills, prepares participants for board certification, and elevates their expertise in patient care.
The Clinical Neuroscience Program (CNS) Fast Track in Amsterdam is an intensive, evidence-based educational series designed to provide healthcare professionals with a comprehensive understanding of clinical neuroscience. The program is structured to enhance clinical skills through both theoretical knowledge and practical application, preparing participants for board certification and advancing their expertise in patient care.
HALL OF FAME COURSES
Prof. Carrick is a master of joint manipulations and adjustments. You will learn the modern and novel techniques he uses that has gained him worldwide recognition from patients and athletes from around the globe. More importantly, he will teach you how and when to use each technique based on their physical AND neurological examination, which is a missing key to the success of your adjustments.
This class is for practitioners looking to take their examination and treatment skills to the next level by focusing on the information gleaned from the efferent/motor system. This understanding leads to higher levels of performance and interpretation, leading to improved patient assessments and outcomes. Clinicians will learn how to leverage the efferent system in working with peripheral entrapment disorders, axial tone problems and their concomitants, disc lesions, discovering the longitudinal level of the lesion, cortical strategies, gait patterning, brain-based and manual treatment strategies, and more.
Functional Neurology Essentials is the most effective way to start learning and implementing the functional neurology paradigm of care. This program teaches a brain-based model for manual therapies, rehabilitation strategies, and performance optimization techniques which allows clinicians to better serve their current patient population as well as attract a new patient base.
Carrick Institute is proud to bring you its most advanced specialty program in the field of concussion and mTBI – Functional Neurology Management of Concussion.
This two-level program serves as the pinnacle of our educational offerings. We are ready. Are YOU ready to take your career to the next level?
BOOTCAMPS & INTRO COURSES
If you have been curious about Functional Neurology and didn’t know where to begin, this program is for you. This 2-day program gives you an excellent introduction to the Functional Neurology paradigm in healthcare. Attending clinicians will learn refined neurology and physical examination skills and a brain-based treatment model for optimizing the nervous system for improving human function.
Concussion BootCamp is an intensive 2-day, 15-hour course specifically curated for healthcare providers, offering both a foundational introduction and advanced updates on concussion care and management. Delivered in a fast-paced, high-level format, participants will immerse themselves in the latest evidence-based practices, diagnostic techniques, and treatment protocols.
In this 2-day program, establish a clear understanding of the vestibular system and its far-reaching integrations into the neuromuscular system, learn assessment and rehabilitation techniques to implement right away.
Dysautonomia Bootcamp serves to quickly get you up to speed and demystify those set of conditions, along with a special focus on postural orthostatic tachycardia syndrome (POTS). Learn diagnosis, pathophysiology, examination skills and a novel treatment approach to solving what once was a challenging set of conditions.
This program focuses on teaching how disturbances in body alignment promote dysfunction in the central nervous system and how that dysfunction further promotes disturbances in body alignment. Understanding this two-way street will allow for improved clinical outcomes by the application of novel adjusting paradigms in combination with other manual therapies.
Prof. Carrick is a master of joint manipulations and adjustments. You will learn the modern and novel techniques he uses that has gained him worldwide recognition from patients and athletes from around the globe. More importantly, he will teach you how and when to use each technique based on their physical AND neurological examination, which is a missing key to the success of your adjustments.
This 4-day course offering is designed to elevate your skills to a modern approach to physical and neurological examination. Learn and practice the examinations skills you need to formulate an appropriate treatment plan for your patients.
Advanced Concepts on a Brain-Based Approach to Joint ManipulationThis second class in the series takes and expands upon the concepts introduced in Brain-Based Adjusting 1. Learners will learn new adjustments with a focus on the patterning of these adjustments to treat more specific areas of neurological decompensation.
Advanced Concepts on a Brain-Based Approach to Joint ManipulationThis second class in the series takes and expands upon the concepts introduced in Brain-Based Adjusting 1. Learners will learn new adjustments with a focus on the patterning of these adjustments to treat more specific areas of neurological decompensation.
MODULES & PRIMERS
This advanced 2-day course introduces participants to the Nodulus Technique—a clinical framework developed to assess and rehabilitate patients with complex neurological dysfunctions involving vestibular, cervical, and cerebellar systems.
This is an interactive application-based learning experience. Participants will be introduced to the art of clinical practice.
What do your patients need you to know and do for them?
Participants will learn how to observe human function and how to quantify it.
They will learn how to design an evidence-based treatment plan and deliver and measure outcomes.
The Carrick Institute is proud to announce a new series designed to help clinicians stay current in the neuroscience research that comes out every year. This new program will also serve to help those keep their fellow and diplomate status with their respective organizations. In this program, Carrick Institute faculty will pull from the recent research to analyze and dissect it so you can stay up to date with the quickly evolving field of neuroscience in healthcare.
Over the past five years, faculty members from around the world have come together to develop this annual virtual conference, featuring 16 speaker sessions and 15 Neurology Hours each year. This event offers valuable at-home learning opportunities and a wealth of content in Clinical Neuroscience.
The mission of Synapse Sessions is to unite leading physicians and researchers in the field, offering a platform for sharing groundbreaking work and presentations on diverse topics. By fostering an environment of learning and inspiration, Synapse Sessions supports professional growth and innovation in Clinical Neuroscience—all in a virtual format!
This full day will be based upon on a focused head and neck examination, with a special overview on the TMJ, and its management procedures. The speaker will take your through the steps in this evidence-based physical examination process, which includes inspection, palpation, and auscultation of head and neck structures.
This neurology primer will include the anatomy, physiology, pathophysiology, testing, interpretation, and treatment of nystagmus. Dr. Traster walks you through the most clinically relevant forms of nystagmus that you should know for your everyday practice. After completing this course you will be ready to better assess and manage patients ranging from post-concussion, dizziness, motion sensitivity, neck pain/stiffness, headaches, dysautonomia, and more.
Cognition and intelligence is something many people take for granted. Both cognition and intelligence are complex neurophysiological processes which involve multiple regions and networks in the brain. Cognition may be categorized into various different forms including some which are conscious, and others which are unconscious. Understanding the relationship between cognition, intelligence and brain function allows clinicians to better diagnose and treat a variety of conditions in order to improve human functionality.
Traumatic brain injury (TBI) is becoming more common and nutrition can play a large role post injury and potentially before. When a TBI occurs, the brain has to rapidly deal with two massive issues: The first is the metabolic insult via glucose metabolism going “offline” thus imparting an energy crisis. The brain loves to use glucose as its primary fuel, but after a TBI the metabolic pathways that are typically used to create energy from glucose are disrupted. The second is the potential opening of the blood brain barrier (BBB) and neuro-inflammation.
Humans spend approximately 80% of their waking hours fixating their gaze. The ability to fixate is a fine calibration that is disrupted in patients of various neurological and neurodegenerative disorders who display increased gaze instability during the attempt to fixate. Understanding visual fixation dynamics is critical to advancing current knowledge in oculomotor and visual function in order to understand and help your patients suffering from neurological conditions.
Your visual system relays information to your nervous system, along with vestibular inputs, proprioceptive inputs, and more, to orientate oneself in this world. Symptoms such as visually induced dizziness, PPPD, and visual motion intolerance are common for patients suffering from visual-vestibular integration problems. Unfortunately, not enough clinicians are trained well enough to help these patients that are suffering. In this hands-on module, learn the neuroscience, exam skills and treatment approach of Dr. Jeremy Schmoe to help those with visual-vestibular integration issues.
VVI 2 continues OPK rehabilitation with an in-depth dive into vertical and torsional eye movements and clinical applications in rehabilitating MdDs, PD, Visual-Vestibular Mismatch, Visually Induced Dizziness, and post-concussion syndrome.
Learn the physiology of visual-vestibular integration for assessment and rehabilitation of the nervous system.
This neurology primer is perfect for the beginner, who is interested in neurology and wants to effectively and efficiently being implementing a neurological approach in their clinical practice. For veterans of neurology, this course will explore an often underutilized and neglected system in the brain.
Benign Paroxysmal Positional Vertigo is the most common cause of vertigo in adults, resulting in over 1.5 million visits to the ED in the US each year. With proper assessment and maneuvers, the vast majority of cases can be effectively treated, alleviating patients of debilitating symptoms and decreasing their risk of falls at the same time. Grow your clinical practice and expand your skills to confidently treat this dizzy population!
Sleep studies are part of a normal everyday primary care and specialty practice such as neurology. We will cover in detail the use and interpretation of sleep studies to address various disorders of sleep in both a primary care practice and a specialty practice such as sports medicine, orthopedics, neurology, pediatrics, internal disorders, etc, and its relationship to sleep.
ISCN 2025 promises to be an exciting virtual event for professionals in the Clinical Neuroscience field; a platform where renowned physicians and researchers can share their work, exchange ideas, and discover new insights. With its focus on practical solutions – from medical advances to educational applications – this year’s groundbreaking conference is set to revolutionize how we collaborate across disciplines in health care.
While upper cervical doctors experience great results with many complex neurological, there is a growing segment of the profession who desire to help patients facilitate greater improvement or overcome plateaus when the upper cervical correction is stable. Functional neurology with a receptor-based treatment paradigm provides a complimentary method of helping these complex cases that can fit neatly into an upper cervical style of practice.
This course will focus on the ability to properly diagnosis various headache and facial pain disorders. We will explore both the ICHD-3 criteria as well as more recent physical examination techniques and validated outcome measures to help clinicians better manage their headache patents. Each topic will include the differential diagnosis criteria of the condition, any validated examination techniques, and validated outcome measures. If appropriate for the topic, there will also be best practice guidelines for management for each of the primary headache disorder topics.
The mirror neuron system (MNs), when applied correctly is a very powerful tool for neurorehabilitation. Many clinicians have seen applications involving mirror neurons, but less have a full understanding of the MNs or are aware of its full capacity for creating powerful changes in our patients. This program is for those looking to fully understand the mirror neuron networks and to learn contemporary models in neurorehabilitation of the sensorimotor system, limbic and pain modulation systems.
Hyperbaric Oxygen Therapy is an incredible modality that can help so many patients, but it is also not well understood and underutilized by clinicians. This program aims to remedy that! This 2-day event will teach you what you need to know about the science and physiology of HBOT but overlay that with the information you need to support the conditions that functional neurology clinicians work with.
In this course, we will dive into the origins of popular breath practices and what modern physiologic and neuroscientific studies tell us about their impact on the nervous system. This course was designed for therapists and health care practitioners who are interested in the scientific aspects of breath practices, but have been reluctant because of the spiritual associations with some of these practices.
This program is for clinicians supporting and designing treatment plans for patients recovering from Long-COVID. This program provides training on this topic and will cover diagnosis, pathophysiology, assessments, and treatment approaches to this multi-factorial condition.
In this course, we will dive into the origins of popular breath practices and what modern physiologic and neuroscientific studies tell us about their impact on the nervous system. This course was designed for therapists and health care practitioners who are interested in the scientific aspects of breath practices, but have been reluctant because of the spiritual associations with some of these practices.
This program is for clinicians supporting and designing treatment plans for patients recovering from Long-COVID. This program provides training on this topic and will cover diagnosis, pathophysiology, assessments, and treatment approaches to this multi-factorial condition.
ISCN 2025 promises to be an exciting virtual event for professionals in the Clinical Neuroscience field; a platform where renowned physicians and researchers can share their work, exchange ideas, and discover new insights. With its focus on practical solutions – from medical advances to educational applications – this year’s groundbreaking conference is set to revolutionize how we collaborate across disciplines in health care.
SPECIALTY PROGRAMS
This 4-part series discusses the multifactorial basis and effective treatment protocols for some of the most common conditions that present to clinicians’ offices – Chronic Overlapping Pain Conditions. Scholars will master everything from fibromyalgia, chronic migraines, chronic fatigue syndrome (Myalgic Encephalomyelitis), irritable bowel syndrome, chronic pelvic pain, neurogenic bladder, chronic TMJ, complex chronic back pain, and more.
The “Mastering Clinical Integration & Patient Care” series is a true masterclass crafted for experienced functional neurology practitioners eager to refine their clinical reasoning and patient care through an innovative, interactive approach. This course series, taught by top Carrick Institute instructors, diverges from rigid course outlines, encouraging a dynamic, freestyle progression and scholarly engagement.
Migraine is the 6th most debilitating condition in the world. It affects over 38 million Americans, with 4 million suffering from chronic migraine. Understand what modalities and treatments are effective at managing migraine from a biomechanical, nutritional, hormonal, and Clinical Neuroscience approach. This series is designed for those seeking mastery of the treatment of migraine-related disorders. All material will be presented from the most current research available.
This class is for practitioners looking to take their examination and treatment skills to the next level by focusing on the information gleaned from the efferent/motor system. This understanding leads to higher levels of performance and interpretation, leading to improved patient assessments and outcomes. Clinicians will learn how to leverage the efferent system in working with peripheral entrapment disorders, axial tone problems and their concomitants, disc lesions, discovering the longitudinal level of the lesion, cortical strategies, gait patterning, brain-based and manual treatment strategies, and more.
Carrick Institute is proud to bring you its most advanced specialty program in the field of concussion and mTBI – Functional Neurology Management of Concussion.
This two-level program serves as the pinnacle of our educational offerings. We are ready. Are YOU ready to take your career to the next level?
This course will review the most up to date research on neuroscience and what we understand about the brain. We will then translate this information into an evidence-based neuromuscular approach of how to combine modern neuroscience with muscle testing. An increased understanding of neuroanatomy and neurophysiology translates into advanced procedures and technology which may be combined with muscle testing for more precision and accuracy.
Dysautonomia is often present in patients and is missed by clinicians. This program aims never to let that happen to you by teaching what you need to know to become an expert in the diagnosis and rehabilitation of dysautonomia.
The brain dissection experience is a fantastic opportunity that is invaluable to anyone seeking a better three-dimensional understanding of the nervous system. The course has been attended in the past by professionals from many disciplines, such as psychology, medicine, neuroscience, physiology, and more. It is open for all healthcare professionals.
The brain dissection experience is a fantastic opportunity that is invaluable to anyone seeking a better three-dimensional understanding of the nervous system. The course has been attended in the past by professionals from many disciplines, such as psychology, medicine, neuroscience, physiology, and more. It is open for all healthcare professionals.
Professor Carrick has attended patients with movement disorders from around the globe for 37 years and is regarded as a clinical expert in the diagnosis and treatment of these conditions. Our 4-module program is a current exposure of movement disorders based upon a patient-centered paradigm of treatment. We will be expanding your clinical acumen and abilities to make a difference…
This clinical program is a comprehensive overview of the brain and eye movements highlighting hands-on examination and treatment protocols. A mastery of clinical examination procedures to quantify brain function and eye movements is necessary in the treatment of traumatic brain injuries and neurodegenerative diseases. Participants will be trained to this level of mastery after completion of this course.
This course is unique in that Prof Carrick will discuss the types of patients that he attends regularly. Participants will learn how he thinks and answer six core questions specific to each category of patient. If you are a health care provider that desires insights into actual practice scenarios, consider registering for this course.
Vestibular processing is one of the most highly integrated receptor systems in the human body, which allows it to be utilized in the course of rehabilitation of many seemingly unrelated patient scenarios. This 6-module series will culminate to an understanding of when, why, and how to implement vestibular rehabilitation, through evaluation procedures, biometric technologies, and hands-on applications.
From those that have completed the Vestibular Rehabilitation Fellowship program, there has been an overwhelming demand for a program that demonstrates and reviews all the key points of the program in a purely hands-on manner.
Those operating within the Functional Paradigm know the importance of fuel and activation. Anything that negatively impacts the efficiency of fuel delivery may be holding back your patient’s progress. The well-trained clinician can recognize, diagnose and support patients with cardiometabolic disorders and their concomitants. Here is your opportunity to learn from a highly-rated teacher who applies the concepts taught in this program every week to great success.
Carrick Institute is proud to bring you the UPDATED Neurochemistry and Nutrition program taught by Dr. David Clark, Assistant Professor of Neurochemistry! This 6-module program has been fully updated for 2020 with current literature and clinical methods.
Carrick Institute is proud to bring you the UPDATED Neurochemistry and Nutrition program taught by Dr. David Clark, Assistant Professor of Neurochemistry! This 6-module program has been fully updated for 2020 with current literature and clinical methods.
This 25-hour clinical program is a comprehensive overview of thyroid physiology and its role in maintaining optimal function of the brain and nervous system. The specific relationship between thyroid disorders and a variety of common clinical conditions will be explored. Participants will be trained to recognize and accurately diagnose thyroid disorders in their patient populations, as well as treat these disorders successfully—even in patients already taking medication.
This three-day immersive course will provide attendees with three modern approaches for solving peripheral neuropathies in their patients. Scholars will learn the physical medical approach for diagnosis and examination, the nutritional and neurochemistry approach, including knowledge of which labs to run and how to read the results, and a neurological approach for determining the longitudinal levels of the neurological lesion and strategies for applying clinical neuroscience with this population.
The number of children diagnosed with Autism Spectrum Disorders has exploded in the last 20 years. There are children in every community that needs modern, evidence-based care to lessen the core symptoms of ASD and encourage optimal brain development. Practitioners trained in Clinical Neurochemistry and Nutrition play a critical role in the healthy, long-term neurodevelopment of a child diagnosed with ASD.
Learn how to dig deep into your patient’s physiology to untangle the root causes of their hormonal and adrenal problems. In addition to correcting any hormonal issues, scholars will gain an understanding as to how these imbalances affect normal brain function, cause neurological symptoms and impact the health of the aging brain.
The Carrick Institute’s Neuro-Visual Therapy (NVT) course is designed to help physicians, athletic trainers, athletes, healthcare professionals, and performance coaches understand the relationships between sports performance, concussion and how they relate to the neuro-visual system. Learn NVT applications, time tested in the trenches, to help you solve concussions more effectively.
This program builds upon NVT 1 with advanced assessments and applications for rehabilitation and athletic performance enhancement. Concepts in this program allow clinicians greater insight into creating an individualized neuro-visual approach to concussion and more.
This 6-module program builds on top of current best research and understanding of developmental disorders as well as the latest advancements in their treatment. With an increase in the prevalence of developmental disorders, the need for properly trained clinicians that understand the neurophysiology, know how to make the correct diagnosis, understand the co-management with various levels of healthcare and support, and have mastery of a Clinical Neuroscience approach to treating these conditions is higher than ever.
Dizziness and vertigo both dramatically increase the risk for falls and subsequent injuries. Learn how to differentiate dizziness from vertigo, understand possible etiologies of dizziness and vertigo, neurological red flags for tumors, and functional examinations of patients with dizziness or vertigo. This course is a 2-credit course that meets the NCCAOM requirements for safety and ethics and Florida medical errors.
Clinicians from all disciplines are now understanding how important it is to be able to have a grasp on neurophysiology and apply it to their clinical care. This online program is an introduction for those who practice acupuncture and Chinese medicine to a patient-centered functional neurology paradigm of care.
This program is for acupuncturists looking to take their neurological examination skills to the next level.
Learn neurological exams specific to the central nervous system, with an appreciation for the functional connections between regions of the brain and neuronal networks.
The Carrick Institute’s mission is to serve patients around the world by bringing together premier educational resources to clinicians and scholars. In an effort to support CI scholars, we have brought together a special event to help clinicians navigate the transition from a traditional practice to the modern practice that includes an individualized clinical neuroscience approach.
This 3-day program will teach you advanced diagnostic and therapeutic applications specific to the basal ganglia. Dr. Traster will discuss the structural and functional anatomy of all the afferent, efferent, and intra-basal ganglia connections. By understanding Basal Ganglia neurophysiology and pathophysiology, learners will enhance their ability to both diagnose and rehabilitate patients with basal ganglia disorders.
The application of neuroscience in healthcare as a paradigm is growing at an incredibly fast pace and will continue to do so for the foreseeable future. The modern clinician knows they need a multimodal approach for creating positive plasticity in their patients. QEEG assessments & Neurofeedback rehabilitation are the perfect addition to your toolbox.
The Human Performance program is a 4-module series designed for clinicians, athletic trainers, personal trainers, and strength coaches who are looking to work with the athletic population at the highest levels possible. Cut through the mountains of research and learn what your athletes need to get the results they have always wanted.
The Carrick Institute’s mission is to serve patients around the world by bringing together premier educational resources to clinicians and scholars. In an effort to support CI scholars, we have brought together a special event to help clinicians navigate the transition from a traditional practice to the modern practice that includes an individualized clinical neuroscience approach.
This course will review the most up to date research on neuroscience and what we understand about the brain. We will then translate this information into an evidence-based neuromuscular approach of how to combine modern neuroscience with muscle testing. An increased understanding of neuroanatomy and neurophysiology translates into advanced procedures and technology which may be combined with muscle testing for more precision and accuracy.
This clinical program is a comprehensive overview of the brain and eye movements highlighting hands-on examination and treatment protocols. A mastery of clinical examination procedures to quantify brain function and eye movements is necessary in the treatment of traumatic brain injuries and neurodegenerative diseases. Participants will be trained to this level of mastery after completion of this course.
This course will review the most up to date research on neuroscience and what we understand about the brain. We will then translate this information into an evidence-based neuromuscular approach of how to combine modern neuroscience with muscle testing. An increased understanding of neuroanatomy and neurophysiology translates into advanced procedures and technology which may be combined with muscle testing for more precision and accuracy.