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Explore the fundamental principles of membrane physiology and neurotransmission through this comprehensive 12-hour lecture series covering cellular membrane structure, function, and transport mechanisms. Master the intricacies of action potential generation and propagation in neurons, examining the three-part process from initiation to completion. Delve into the detailed anatomy and physiology of the neuromuscular junction, including its structure, function, and associated diseases. Learn about the sodium-potassium pump (Na⁺/K⁺-ATPase) and its critical role in maintaining cellular electrochemical gradients. Study active transport mechanisms and their importance in cellular function. Examine epithelial tissue types and their specialized functions in the body. Gain a thorough understanding of how membrane physiology underlies neurological function, from basic cellular transport to complex neurotransmitter systems, providing essential knowledge for neurology and related medical fields.
Syllabus
Cell or Plasma Membrane | Structure , Function & Transport
Action Potential | Part 1/3
Action Potential in Neurons | Neurology | Dr Najeeb
Neuromuscular Junction | Structure , Function & Diseases
Cell Membrane Part 1/2
Sodium Potassium Pump ( Na⁺ / K⁺ - ATPase )
Neuromuscular Junction | Dr Najeeb | Part 1/2
Action Potential | Part 2/3
Cell Membrane Part 2/2
Action Potential | Part 3/3
Neuromuscular Junction | Dr Najeeb | Part 2/2
Active Transport | Transport in Cells | Biology
Epithelium and its Types
Taught by
Dr. Najeeb Lectures