Free online courseNeuro Physiology

Course Description

Welcome to the "Neuro Physiology" course, a comprehensive online program designed to delve deep into the intricate details of nerve functionalities and neuroanatomy. This course, with a duration of 6 hours and 38 minutes, is crafted to cater to individuals interested in the field of health, particularly under the subcategory of physiology.

The journey begins with an exploration of the synapse. This section not only covers the fundamental aspects but also delves into the advanced mechanisms that govern synaptic transmission, making it vital for understanding the communication pathways in the nervous system.

Next, the course introduces you to the basic concepts of neuroanatomy. This foundation is crucial for anyone wanting to understand the intricacies of the nervous system’s structural aspects. You’ll explore the olfactory nerve and the sensory mechanisms it governs, providing a comprehensive overview of the olfaction process.

Further, you will unravel the complexities of the optic nerve and the visual pathway. This section elucidates the process of vision from the point where light enters the eye to its translation into visual images by the brain. Included is a detailed analysis of the trigeminal nerve, also known as the 5th cranial nerve (CN V), which is divided into three branches: Ophthalmic (V1), Maxillary (V2), and Mandibular (V3). Each branch plays a pivotal role in facial sensation and motor functions.

Moving on, we have a concise review of glaucoma pharmacology, a critical area that involves understanding the treatment mechanisms for this common eye condition. The course then transitions into neurotransmitters, with a focus on dopamine, a key player in transmitting signals in the brain.

Another critical aspect of this course is the detailed explanation of action potentials and nerve impulse transmission. You'll explore the physiological basis of neurons, the building blocks of the nervous system. The structure of neurons and their functional properties are scrutinized to offer a quick yet thorough review.

We continue with an examination of the strength-duration curve, resting membrane potential (RMP), and the Nernst potential along with Goldman's equation. These topics are foundational to understanding the electrochemical processes that underlie nerve excitability and function.

To help you grasp the dynamic nature of nerve responses, the course offers the most comprehensive explanation of the action potential, along with an analysis of subthreshold stimulus, local responses, catelectrotonus, and anelectrotonus. Propagation of the action potential and its comparative analysis with the local response are meticulously covered to provide a holistic view.

For quick revision, there are sections dedicated to action potential reviews. Furthermore, the inclusion of neuro cases with answers via the TrueLearn Qbank adds a practical dimension to your learning, ensuring you can apply theoretical knowledge to real-life scenarios.

Embark on this educational journey to master the field of neurophysiology. While this course has no reviews yet, its well-structured and detailed content promises a rich learning experience for anyone passionate about understanding the nervous system.