Functional Neuroanatomy PT Online Course Part 4: Nerve Pathways and Dysfunction
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Functional Neuroanatomy PT Online Course Part 4: Nerve Pathways and Dysfunction
$55.00
- CE Hours: 1.0 Hours, 1.0 CEU
- Delivered: Online
- Instant Onlne Access, 365 days of access, Mobile Ready
- No auto-renewal for this option
All Access Online CEU for PT, PTA and OT
$189
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- AOTA approved.
- Designed for Physical Therapists, Occupational Therapists, Athletic Trainers and Assistants.
- Access to future courses and content.
- Start, stop and resume, right where you left off in a course.
- Real patient interviews.
- Medical expert contributors.
- 3D anatomy and medical illustrations.
- Easy to use learning system for fast access to your courses.
- Award winning content.
- Top instructors teaching evidence based skills and techniques.
Listen to a brief overview of this course
Why Take This Course?
This online course offers medical professionals an in-depth examination of the anatomical and clinical complexities of the human body, with a specific focus on the intricate relationships between structure and dysfunction. The curriculum begins with detailed explorations of the lumbar and brachial plexuses, laying a crucial foundation for understanding nerve pathways. This knowledge is then applied to the analysis of weakness syndromes affecting various motor roots, providing insights into their underlying causes and manifestations.
The course extensively covers lesions of the upper extremity nerves, including specific discussions on sensory impairment patterns of the radial and ulnar nerves, and the distinctive syndromes associated with these nerves. Moving distally, participants will gain a comprehensive understanding of lumbar and sacral roots in pathology, dissecting each root to identify both common and uncommon potential pathologies.
The program culminates in a thorough examination of pain syndromes, encompassing a spectrum of topics from typical pain patterns and chronic pain to the nuances of peripheral pain. It also elucidates the significant role of the autonomic nervous system in pain perception, explores local spinal pain reflexes, delves into the physiological mechanisms of nociception, and addresses the complexities of psychogenic pain, concluding with an overview of various pain modalities to equip professionals with a holistic approach to managing related dysfunctions.
Upon successful completion of this course, the rehab professional will be able to:
- Identify the anatomical structures and functions of the lumbar and brachial plexuses.
- Describe the various weakness syndromes associated with specific motor root lesions.
- Identify and differentiate between common and uncommon lesions of the upper extremity nerves, including sensory impairment patterns of the radial and ulnar nerves.
- Describe the characteristic syndromes impacting the radial and ulnar nerves.
- Identify and analyze potential pathologies, both common and uncommon, affecting individual lumbar and sacral roots.
- Describe the different types of pain syndromes, including typical pain patterns, chronic pain, peripheral pain, the role of the autonomic nervous system in pain, local spinal pain reflexes, nociception, psychogenic pain, and various pain modalities.
Personal Note from the Content Creator
It was through my personal journey of over three decades in physical therapy, working across diverse clinical settings and treating countless diagnoses, that one insight was consistently reinforced: true clinical excellence isn't achieved by rote memorization of protocols. To provide the best, most individualized care, I realized I needed a deep command of the underlying mechanisms of dysfunction, allowing me to be flexible and progressive enough to adapt immediately to every patient's unique and changing needs.
This fundamental philosophy is the foundation of our courses; we build these educational programs to move beyond simple learning by providing the essential reasoning, functional anatomy, and practical application through case studies and real-life examples, anchoring the knowledge you gain directly to the standard of care. We believe this focus on deep understanding is the most valuable path to growth, a belief we back up by dedicating a portion of our efforts to support the therapists and associations who help us develop this specialized education for our peers. My ultimate hope is that our courses will empower you to become a better therapist by applying this fundamental understanding of anatomical dysfunction directly to the development of highly adaptable, patient-specific rehabilitation programs.
Other Courses in this Series
Functional Neuroanatomy PT Online Course Part 1: The Nervous SystemFunctional Neuroanatomy PT Online Course Part 2: CNS Cellular Neurobiology and Disorders
Functional Neuroanatomy PT Online Course Part 3: The Cerebellum and Spinal Cord
Functional Neuroanatomy PT Online Course Part 5: Neurological Exam
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Learn From the Expert - Dr Samuel Hunter, MD
Dr. Hunter is board-certified in neurology by the American Board of Psychiatry and Neurology and certified in neuroimaging by the United Council of Neurological Subspecialties and Neuroimaging. Dr. Hunter completed his MD degree summa cum laude and his PhD in pharmacology at the University of Texas Medical Branch at Galveston and the Marine Biomedical Institute. He is the director of the Advanced Neurosciences Institute Center in Franklin, TN. He specializes in the clinical research and treatment for patients with neurological diseases. Dr. Hunter has more than 21 years of experience and specializes in diagnostic evaluation, treatment of multiple sclerosis, immune disease of the nervous system and autonomic dysfunction. He has contributed to many evidence-based research articles in professional journals and has contributed to book chapters on the topics of myelin repair. His professional affiliations have included but are not limited to: American Academy of Neurologists, American Society of Neuroimaging, American Medical Association, Neuroimmunity and Multiple Sclerosis Clinic, National Multiple Sclerosis Society and Consortium of Multiple Sclerosis. Dr. Hunter has also served as a reviewer for Neurology and the Journal of Neuroimaging.