
Explore the central nervous system, including the brain and spinal cord, and sensory and motor pathways from the peripheral nervous system to the central nervous system and back.
Compare the central nervous system to a city's powerhouse, then explain sensory and motor pathways, special versus general senses, and somatic versus autonomic motor responses.
Explore the histology of the nervous system by examining neuron structure, glial support cells, myelin sheaths, action potential generation, and neurotransmitter-mediated transmission across synapses.
Understand the meninges: dura mater, arachnoid mater, and the innermost layer, their spaces including subdural and subarachnoid, plus the falx cerebri, tentorium, and safe lumbar puncture.
Blood fills the subarachnoid space and mixes with CSF, spreading through the space and to the spinal cord, caused by ruptured circle of Willis aneurysms or vascular malformations.
Explain the basic nervous system, including motor and sensory neurons, grey and white matter, cranial nerves, and white matter tract classifications such as commissural, association, and ascending and descending tracts.
Explore cranial nerves IX, X, XI, XII—the glossopharyngeal, vagus, accessory, and hypoglossal—and their mixed sensory and motor fibers, parasympathetic roles, and innervation of the tongue, pharyngeal muscles, and neck.
Explore the nervous system's sensory and motor pathways, differentiating special and general, somatic and visceral sensations, their cortical destinations, and autonomic versus somatic motor responses.
Explore cognitive functions and language, map left-hemisphere brain regions like Broca's and Wernicke's areas, and discuss declarative vs. nondeclarative memory, priming, and conditioning.
Understand how the cortex's frontal, parietal, temporal, and occipital lobes support morality, memory, language, attention, and visual-spatial processing.
Motor neuron Lesions
Spinal cord and its sensory neuron lesions
This is not a lecture.
As you know, our nervous system includes- Brain, Spinal cord, and Networks of Sensory and Motor Nerve Cells, called Neurons, throughout the body.
And, our brain is the most complex organ in the body. It isn’t only controlling the basic functions like breathing, organ functions, and movement, but also it plays an imperative role in processing complicated functions, everything from thought, controlling our behavior and emotions, and creating memories. But, despite how important our brain is, many people still know very little about it.
If you are looking for a course that makes it damn easy for you to understand the complicated fundamentals of neuroscience; also empowers you with the knowledge which makes you efficient enough to do correct diagnosis by having a strong grip on the subject, then, you must enroll in this course.
Therefore, this course is designed to provide you clear concepts of neuroscience, making it easy for you to understand any complicated pathophysiology as you progress in your learning journey.
It includes all the required, basic knowledge of Medical Neuroscience to "Master the fundamentals and build-up a firm foundation."
Following are the topics included:
1) Introduction to Central nervous system
2) Introduction to Peripheral nervous system
3) Basic working-units of the Nervous system
4) Histology of the Nervous system
5) Meninges and Hemorrhages
6) Basics of Tract System
7) Detailed explanation about 12 Cranial Nerves, which are pairs of nerves, connecting your brain to the different parts of your head, neck, and trunk.
8) Blood supply to the Brain
9) Different parts of the Brain and its Functions.
10) Spinal cord and its Lesions
All the Best!