


Embryology and Physiology of the Nervous System
This module covers embryological development of the nervous system, comparing columnar and prosomeric models. It reviews nerve function in metabolic disorders and explores sensory input’s role in cortical projections and neurological integrity.
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Description
In embryology and physiology of the nervous system, you will learn the pertinent anatomy, physiology, and pathophysiology of the neuron as well the embryological development of the nervous system. You will learn techniques to allow you to appropriately assess and diagnosis the common conditions related to embryological development and neuronal stability. Clinical applications will be discussed for patients with these conditions. This course provides the foundational framework for the use of manual and brain-based therapies in the treatment of neurological disease.
This exciting module begins by focusing on the concepts in embryological development of the peripheral and central nervous systems. Emphasis will be placed on discussing the pros and cons of both the columnar and prosomeric models of cortical organization. Physiological function of nerves will be reviewed with an emphasis on the clinical scenarios seen with metabolic deregulation. The influence of early sensory input to the development of thalamo cortical projections preserved throughout adulthood will be discussed in relationship to the effects of sensory deprivation on neurological integrity through out life. This module provides learners with the foundation needed for ongoing studies in our Clinical Neuroscience series.
What you’ll learn:
- Explain how the nervous system develops before birth and what affects its growth.
- Compare two main models of how the brain is organized and understand their differences.
- Identify common neurological conditions related to nerve development and function.
- Use this knowledge to support treatments that help with neurological disorders.
Syllabus
Components
- Resource Library for CNS02
- About this Course
- Journal Articles
- Download: Download the Slides and Handbook
- Video Resources
- Chapter 1 - The History of Neuroscience
- Lesson: The History of Neuroscience Pt. 1
- Lesson: The History of Neuroscience Pt. 2
- Lesson: The History of Neuroscience Pt. 3
- Quiz: Chapter 1 Quiz
- Chapter 2 - Case Study #1
- Lesson: Case Study #1 Pt. 1
- Lesson: Case Study #1 Pt. 2
- Chapter 3 - Embryology & Development
- Lesson: Embryology & Development
- Quiz: Chapter 3 Quiz
- Chapter 4 - Systematic Formation of the Cortical Layers
- Lesson: Systematic Formation of the Cortical Layers Pt. 1
- Lesson: Systematic Formation of the Cortical Layers Pt. 2
- Quiz: Chapter 4 Quiz
- Chapter 5 - Neurons
- Lesson: Neurons
- Quiz: Chapter 5 Quiz
- Chapter 6 - Neuroglial Cells
- Lesson: Neuroglial Cells
- Quiz: Chapter 6 Quiz
- Chapter 7 - Electrical Properties of Nerves
- Lesson: Electrical Properties of Nerves
- Quiz: Chapter 7 Quiz
- Chapter 8 - Nerve Synapses
- Lesson: Nerve Synapses
- Quiz: Chapter 8 Quiz
- Chapter 9 - Neurotransmitters and Clinical Disorders
- You're Halfway There!
- Lesson: Neurotransmitters and Clinical Disorders
- Quiz: Chapter 9 Quiz
- Chapter 10 - Glucose Metabolism
- Lesson: Glucose Metabolism
- Quiz: Chapter 10 Quiz
- Chapter 11 - Clinical Syndromes of Impaired Glucose Metabolism
- Lesson: Clinical Syndromes of Impaired Glucose Metabolism
- Quiz: Chapter 11 Quiz
- Chapter 12 - Cofactor Deficencies: B Vitamins
- Lesson: Cofactor Deficencies: B Vitamins
- Quiz: Chapter 12 Quiz
- Chapter 13 - Oxygen Influences on Neuronal Function
- Lesson: Oxygen Influences on Neuronal Function
- Quiz: Chapter 13 Quiz
- Chapter 14 - Pulse Oximetry
- Lesson: Pulse Oximetry
- Quiz: Chapter 14 Quiz
- Chapter 15 - Anemia
- Lesson: Anemia
- Quiz: Chapter 15 Quiz
- Chapter 16 - The Physiologic Blind Spot
- Lesson: The Physiologic Blind Spot
- Quiz: Chapter 16 Quiz
- Chapter 17 - The Impact of Spinal Manupulation
- Lesson: The Impact of Spinal Manupulation
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Embryology and Physiology of the Nervous System
This module covers embryological development of the nervous system, comparing columnar and prosomeric models. It reviews nerve function in metabolic disorders and explores sensory input’s role in cortical projections and neurological integrity.
$
$
(
$
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The Carrick Institute team is ready to assist with enrollment, CE approval, or program planning. Email visit our CE Portal or Contact Us directly.
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