General And Neuromuscular Physiology

Explore human physiology with a focus on homeostasis, cell transport, bioelectricity, and neuromuscular function.

What you'll learn

Understand the foundational concepts of general human physiology in detail.

Learn about homeostasis, fluid compartments, membrane transport, bioelectric potentials, NERNST, RMP and action potential

Explore clinical applications of core physiological concepts to enhance practical understanding.

Grasp key physiological mechanisms to build a strong base for advanced medical or health studies.

Requirements

A basic understanding of fundamental biology is recommended, ideal for those starting pre-med or health science studies.

Description

Course DescriptionWelcome to “General and Neuromuscular Physiology” — a comprehensive and engaging course designed for anyone looking to master the essential foundations of human physiology.Whether you're a pre-med student, nursing or allied health student, or simply someone fascinated by the inner workings of the human body, this course will provide you with the conceptual clarity and clinical insight you need to excel in your studies and future healthcare career.What This Course CoversWe begin with a solid introduction to general physiology, focusing on how the human body maintains balance and function. You’ll explore:Homeostasis – the central theme of physiology, and how it governs everything from temperature control to fluid balance.Body fluid compartments – understanding extracellular vs. intracellular fluids, and how this impacts function at the cellular level.Transport across cell membranes – including diffusion, osmosis, active transport, and facilitated transport, with real-life physiological examples.Bioelectric potentials – where you’ll dive into the Nernst equation, resting membrane potential (RMP), and the detailed process of generating and propagating an action potential.From there, we transition into the neuromuscular section, where physiology meets function:Structure and function of neurons and skeletal muscle fibersNeuromuscular transmission – how nerve signals are transmitted to muscleExcitation-contraction coupling – how a signal leads to movementMuscle contraction types and the sliding filament theoryReal-world clinical correlations, including conditions like myasthenia gravis, demyelinating diseases, and moreEach topic is broken down with clear explanations, diagrams, and real-world clinical insights, ensuring that you not only understand the “what,” but also the “why” and “how.”What You’ll LearnBy the end of this course, you will be able to:Explain the foundational principles of general human physiologyDescribe mechanisms of homeostasis and membrane transportUnderstand and apply concepts like the Nernst equation, resting membrane potential, and action potentialExplore the structure and function of the neuromuscular junction and skeletal muscleApply physiological knowledge to real clinical scenarios and basic diagnostic reasoningWho This Course is ForThis course is ideal for:Pre-med, nursing, dental, and allied health studentsStudents preparing for MCAT, NEET, or other entrance examsAnyone beginning their journey into medical or health sciencesCurrent students who want a clear and engaging supplement to classroom learningCurious learners who want to understand how the human body worksNo advanced background is required—just a basic understanding of biology and a willingness to learn.Why Learn With Me?This course is taught by someone who understands what students need most—clarity, relevance, and clinical context. The material is presented in a structured, digestible format, making even complex topics easy to grasp. With years of experience in both teaching and the medical sciences, I’ve designed this course to give you the confidence and competence to move forward in your education.

Overview

Section 1: Homeostasis

Lecture 1 Homeostasis Part 1

Lecture 2 Homeostasis Part 2

Section 2: Body fluid Compartments

Lecture 3 Body fluid Compartment Part 1

Lecture 4 Body fluid Compartment Part 2

Lecture 5 Body fluid Compartment Part 3

Lecture 6 Body fluid Compartment Part 4

Lecture 7 Body fluid Compartment Part 5

Section 3: Cell Membrane

Lecture 8 Cell Membrane Part 1

Lecture 9 Cell Membrane Part 2

Lecture 10 Cell Membrane Part 3

Section 4: Transport Across Membrane

Lecture 11 Transport Across Membrane Part 1

Lecture 12 Transport Across Membrane Part 2

Lecture 13 Transport Across Membrane Part 3

Lecture 14 Transport Across Membrane Part 4

Lecture 15 Transport Across Membrane Part 5

Lecture 16 Transport Across Membrane Part 6

Lecture 17 Transport Across Membrane Part 7

Lecture 18 Transport Across Membrane Part 8

Section 5: Equilibrium Nernst Potential

Lecture 19 Equilibrium Nernst Potential Part 1

Lecture 20 Equilibrium Nernst Potential Part 2

Section 6: Action Potential

Lecture 21 Action Potential Part 1

Lecture 22 Action Potential Part 2

Section 7: Cardiac Action Potential

Lecture 23 Cardiac Action Potential Part 1

Lecture 24 Cardiac Action Potential Part 2

Lecture 25 Cardiac Action Potential Part 3

Section 8: Pacemaker Potential

Lecture 26 Pacemaker Potential Part 1

Lecture 27 Pacemaker Potential Part 2

Section 9: Neuro Muscular Junction

Lecture 28 Neuro Muscular Junction Part 1

Lecture 29 Neuro Muscular Junction Part 2

Lecture 30 Neuro Muscular Junction Part 3

Section 10: Excitation Contraction Coupling

Lecture 31 Excitation Contraction Coupling Part 1

Lecture 32 Excitation Contraction Coupling Part 2

Lecture 33 Excitation Contraction Coupling Part 3

Lecture 34 Excitation Contraction Coupling Part 4

Lecture 35 Excitation Contraction Coupling Part 5

Lecture 36 Excitation Contraction Coupling Part 6

Lecture 0 Muscle Physiology Part 1

Lecture 0 Muscle Physiology Part 2

Lecture 0 Muscle Physiology Part 3

Lecture 0 Muscle Physiology Part 4

Lecture 0 Muscle Physiology Part 5

Lecture 0 Smooth Muscle Part 1

Lecture 0 Smooth Muscle Part 2

Lecture 0 Smooth Muscle Part 3

This course is ideal for pre-med students seeking advanced yet accessible knowledge. It's also suited for medical, nursing, dental, physiotherapy, chiropractic, osteopathic, paramedic, and sports medicine students. No prior expertise is required, just a passion for learning human physiology!