The CNS
Curriculum™

This foundational course in Embryology, Physiology, and the Neuromuscular System provides clinicians with the essential knowledge needed to understand, assess, and treat neurological and neuromuscular conditions. Scholars will explore the development of the central and peripheral nervous systems, review the embryological origins of neurological structures, and evaluate the functional anatomy and physiology of neurons and muscle tissue. Special focus is placed on the columnar and prosomeric models of cortical organization, sensory input development, and the clinical relevance of metabolic regulation in neurological function. Through case-based discussions, clinicians will learn to apply neurological and physical medicine techniques to support patients with common neuromuscular and developmental disorders. This module serves as a critical entry point for further study in Clinical Neuroscience.

This dual-focus module provides an in-depth examination of the Peripheral Nervous System (PNS) and Spinal Cord—two essential components of the human nervous system. Scholars will explore the structure and function of the PNS and spinal cord, along with the clinical relevance of common neuropathies and spinal pathologies. From simple compressive mononeuropathies to complex inflammatory, degenerative, traumatic, and vascular disorders, participants will gain a clear understanding of diagnosis, assessment, and non-pharmaceutical management strategies. Emphasis is placed on practical clinical application for improved patient outcomes.

This comprehensive module explores the 12 cranial nerves and the ocular motor system—two vital components of neurological function and clinical evaluation. Scholars will gain in-depth knowledge of each cranial nerve's structure, function, and role as a final common pathway for brain-environment interaction. Diagnostic testing and management strategies for common cranial nerve disorders will be emphasized. In the second half of the module, participants will focus on the ocular motor system, learning how the brain and brainstem control eye movements to maintain visual stability. Clinicians will learn to perform ocular examinations, interpret results, and design customized rehabilitation strategies to address ocular motor dysfunctions.

This module focuses on two critical areas of clinical neuroscience: the autonomic nervous system (ANS) and the supportive structures of the brain. The first half of the course explores the ANS, its central and peripheral components, and its vital role in regulating unconscious bodily functions such as organ activity, nutrient delivery, and vascular tone. Scholars will examine how disruptions in autonomic function contribute to various forms of dysautonomia and how to assess and manage these dysfunctions clinically.

The second half of the module highlights the brain’s protective environment, including the skull, meninges, cerebrospinal fluid (CSF), vascular system, and glial support. Clinicians will explore the structural integrity and pathophysiology of these protective systems and learn diagnostic strategies and treatment options for disorders affecting brain support and homeostasis.

This module provides an in-depth exploration of the cerebellum and vestibular system, two essential neurological structures responsible for coordinating movement, maintaining balance, and supporting higher-order cognitive function. Scholars will begin with the cerebellum—historically identified by Leonardo da Vinci—examining its classical role in motor control and its emerging influence on cognition and emotion. The course will then focus on the vestibular system’s anatomy and central connectivity, highlighting its critical contribution to spatial orientation and postural stability.

Throughout the module, clinicians will learn to assess, diagnose, and manage a variety of cerebellar and vestibular dysfunctions. Emphasis will be placed on evidence-informed, non-pharmaceutical strategies to restore balance and neurological integration.

CNS Module 6 provides clinicians with an in-depth understanding of neuroinflammatory and neurodegenerative mechanisms, highlighting their role in modern neurological and cognitive health disorders. This comprehensive module covers both foundational and cutting-edge concepts such as autophagy, mitophagy, and the immune system’s influence on neurodegeneration.

Attendees will explore the clinical presentation, diagnostics, and management strategies for conditions such as traumatic brain injury (TBI), Parkinson’s disease, Alzheimer’s disease, and frontotemporal dementia. The course also includes an applied overview of therapeutic interventions like diet, supplementation, and lifestyle modifications targeted at reducing neuroinflammation and supporting healthy brain aging.

CNS-07 builds on foundational concepts in clinical neuroscience to deliver a highly integrative and application-driven learning experience. This module explores the clinical implications of frontal lobe function, visual processing networks, the mesolimbic and mesocortical systems, and their interconnected roles in behavior, cognition, and neurological disorders. Attendees will gain hands-on strategies for assessment and intervention, focusing on leveraging brain networks to support executive function, motivation, visual-motor integration, and affective regulation.

This course is designed for clinicians who wish to refine their neurological assessment and rehabilitation skills using advanced models of brain function and evidence-based strategies. Real-world clinical applications, case examples, and visual and cognitive testing procedures are emphasized to support the development of tailored patient care programs.

CNS Module 8 provides an in-depth analysis of the cerebellum and its role in regulating ocular motor and visual processing systems. The curriculum blends foundational neuroanatomy and neurophysiology with advanced clinical applications, allowing scholars to master the cerebellum's influence on movement control, eye-head coordination, and visual integration. Clinical correlations are emphasized throughout the course with a focus on lesion localization, eye movement analysis, and cerebellar rehab strategies.

This module is a critical piece for clinicians seeking to refine their neurological examination and treatment approaches for disorders involving the cerebellum, eye movement systems, and visual-spatial integration.

Neurology of Movement / Case Studies delivers an in-depth exploration of how the brain initiates, modulates, and refines movement. This course dissects the anatomical and functional dynamics of the basal ganglia, cerebellum, and cortical centers to reveal how movement is orchestrated—and how it fails in pathological states.

Scholars will analyze the “direct,” “indirect,” and “hyperdirect” pathways of motor control, understand clinical phenomenology in hypo- and hyperkinetic disorders, and apply functional assessment strategies. A blend of theoretical modeling (including the MOSAIC model and state estimation) and practical clinical reasoning empowers learners to translate neuroscience into practice.

Detailed attention is given to case study evaluations, movement timing, pharmacological effects, and functional neurological disorders. This module bridges the gap between neurology theory and real-world applications in patient care.

This advanced module, CNS-10 – Neurological Applications in Trauma, dives deep into the neurological consequences of trauma, equipping clinicians with practical skills and theoretical knowledge. Participants will explore brainstem and cranial nerve function, cervical and limb assessments, cerebellar and vestibular involvement in traumatic injuries, and the effects of trauma on eye movements. Emphasis is placed on real-world application, including patient positioning, therapy design, and outcome tracking. Through case studies and detailed neurological assessments, attendees will develop proficiency in identifying trauma-related dysfunctions and implementing personalized rehabilitation strategies.

This board review course provides a comprehensive update in clinical neurology with emphasis on neuroanatomy, neurophysiology, diagnostic methods, physical examination, and chiropractic technique. Scholars will revisit key concepts such as action potentials, receptor physiology, autonomic function, cortical integration, and the neurophysiology of pain. The course also incorporates hands-on application of physical exam procedures and chiropractic adjustment techniques, preparing attendees for both clinical practice and board certification.

This 15-hour course explores the neurochemical and endocrine systems through a functional neurology lens. Scholars will study hypothalamic-pituitary relationships, hormone regulation, and the neurological impact of endocrine disorders. Conditions covered include hyperprolactinemia, thyroid disease, Cushing’s syndrome, Addison’s disease, diabetes, and reproductive hormone imbalances. Emphasis is placed on interpreting lab tests, imaging, and applying evidence-based rehabilitation strategies to restore neuroendocrine function and improve patient outcomes.

This 15-hour course introduces clinicians to the technical and clinical principles of neuroradiology. Participants will learn how to interpret key imaging modalities—including MRI, CT, PET, MRA, and SPECT—with a focus on neurological anatomy and pathology. Topics include understanding T1 and T2 signal intensities, contrast use, and identifying brain abnormalities such as tumors, infarcts, MS, and neurodegenerative diseases. The course also covers functional imaging, vascular studies, and best practices for selecting and interpreting diagnostic scans.