Most of us learned our anatomy, physiology, and pathophysiology in school, where we were focused primarily on passing the class. We memorized, we studied, but we quickly forgot.
Mary T. Johnson – The Brain in Detail
Description:
The Brain Revealed — The structure and function of components of the mechanical, endocrine and electrical systems of the brain
Mental, Physical, Emotional: Connections and Detachments — They work together to maintain homeostasis, but what does it look like when they go astray – and why?
Common Neurological Conditions: What Happens and Why — Find out what is really going on during acute stroke, cerebral hemorrhage, seizures and aneurysms
Error Messages: What is the Brain Trying to Tell Us — Discover the pathophysiologic mechanisms behind brain dysfunctions such as Alzheimer’s disease, Parkinson’s, and depression
Did you know that there may be permanent damage to the brain during TIA?
Or, wonder what exactly your neuro checks assess?
Or, become intimidated by caring for patients with neurological problems?
If you have a hard time explaining to your patients about why their heart disease is a risk factor for stroke, or how shrugging their shoulders and sticking out their tongues assesses their brain function, or what to watch for as signs of adverse effects of medications, then you need to go back to the basics with the help of a program that can make the information easy and understandable.
Most of us learned our anatomy, physiology, and pathophysiology in school, where we were focused primarily on passing the class. We memorized, we studied, but we quickly forgot.
You learn differently now. With years of experience, your brain has learned to classify your professional information into “file folders” based on your clinical experiences. Now, when you go back to learn these concepts, your brain will put the information into the correct “folder” to use the next time you encounter a patient with that problem. In other words, you will retain the information now that you have a way to organize it.
Attend this program and gain the essential concepts of neurological anatomy, physiology, and pathophysiology that will help you find patient complications faster and respond to them more appropriately. In addition:
You will communicate more effectively with physicians and your peers
You will feel more confident
You will provide safer and more effective care
You don’t want to miss this exciting and applicable program to help improve outcomes and take your healthcare practice to the next level!
Would you like to receive Mary T. Johnson – The Brain in Detail ?
OUTLINE
The Brain Revealed — The structure and function of components of the mechanical, endocrine and electrical systems of the brain
Anatomy
Life of a neuron
Brain structure
Spinal cord
Peripheral Nervous System
Autonomic Nervous System
Aging and the Nervous System
Assessment
Cranial Nerves
Motor Function
DTRs
Levels of Consciousness
Intracranial Pressure
Diagnostic Tests
Lumbar Puncture
CAT/MRI
Angiogram
EEG
Mental, Physical, Emotional: Connections and Detachments — They work together to maintain homeostasis; but what does it look like when they go astray – and why?
Spinal Disorders
Herniated Disc
Spinal Stenosis
Spinal Cord Injury
Degenerative Neuromuscular Disorders
Huntington’s Chorea
Multiple Sclerosis
Myasthenia Gravis
Amytropic Lateral Sclerosis
Guillain-Barré Syndrome
Cranial Nerve Disorders
Trigeminal Neuralgia
Bell’s Palsy
Ménière’s Disease
Common Neurological Conditions: What Happens and Why
Central Nervous System Disorders
Headaches
Cerebral Vascular Disorders:
TIA
Stroke
Aneurysms
Seizure Disorders
Traumatic Brain Injuries
Brain Tumors
Effects of Alcohol and Alcoholism on the Brain
Error Messages: What is the Brain Trying to Tell Us?
Dementias
Parkinson’s Disease
Depression
OBJECTIVES
Define the anatomy and physiology of the neurological system and how this manifests in physical symptoms.
Identify neurologic assessment modalities and the connection between how the brain works and the visual assessment.
Categorize interventions and strategies for patients with traumatic brain injury based on the pathophysiological process and the long-term effects from these injuries.
Discuss how chemical imbalances and impulses create disorders such as dementias and Parkinson’s disease.
Describe the best method for patient education based upon the knowledge of the pathophysiology of the most common neurological conditions.
Compare the various treatment strategies for spinal cord disorders.
