Cardiovascular Physiology - Electrical Conductivity in the Heart - Lecture 15
Explore heart electrical conductivity, ion channels, action potentials, and ECG interpretation. Understand the cardiac conduction system and its role in heartbeat regulation.
Cell Communication and Immunology in Biomedical Engineering - Lecture 8
Explore cell communication in nervous and immune systems, covering neural signal transmission, innate and adaptive immunity, and immune responses to foreign antigens.
Mathematical Modelling in Biology - Neuronal Signalling
Explore Nobel Prize-winning neuronal signalling models, including Hodgkin-Huxley and Fitzhugh-Nagumo, to understand how neurons generate and propagate electrical signals vital for bodily communication.
Towards a Computational Model of the Brain - Tools for Mapping and Perturbing Neural Circuits - Ed Boyden
Explore cutting-edge tools and techniques for mapping and manipulating neural circuits, advancing our understanding of brain structure and function at unprecedented levels of detail.
Resting Membrane Potential - Action Potential in Neurons - Neurology
Comprehensive exploration of neuronal action potentials, covering resting membrane potential, depolarization, repolarization, refractory periods, and signal propagation in myelinated and unmyelinated axons.
Ascending Tracts - Spinothalamic Tract - Spinocerebellar Tract
Comprehensive exploration of ascending tracts in the central nervous system, focusing on spinothalamic and spinocerebellar pathways, their functions, and anatomical structures.
Action Potential - Most Comprehensive Explanation - Nerve Physiology
Comprehensive explanation of action potential in nerve physiology, covering depolarization, repolarization, and hyperpolarization, with a focus on key concepts and mechanisms.
Nerve Physiology - Introduction to the Action Potential
Explore nerve physiology and the action potential in this comprehensive introduction, covering key concepts and mechanisms of neural signaling and communication.
Neural Conduction, Action Potential, and Synaptic Transmission
Explore the fascinating process of neural information transmission, including action potentials and synaptic activity, to understand how neurons communicate throughout the body.
Neurology - Resting Membrane, Graded, Action Potentials
Comprehensive exploration of neuronal electrical activity, covering resting membrane potential, graded potentials, and action potentials. Delves into ion channels, summation, and refractory periods.
Nerve Impulse Transmission, Action Potential - Biology
Explore nerve impulse transmission and action potential in neurons, essential concepts for understanding the nervous system's communication mechanisms.
The Ionic Basis of the Action Potential - Absolute Refractory Period, Relative Refractory Period
Explore the ionic mechanisms behind action potentials, including sodium and potassium channel dynamics, gating processes, and refractory periods in nerve physiology.
Nernst Potential and Goldman's Equation - Nerve Physiology
Explore Nernst potential, Goldman's equation, and their roles in nerve physiology. Understand ion movement, action potentials, and resting membrane potential in excitable tissues.
Resting Membrane Potential - Nerve Physiology
Comprehensive exploration of resting membrane potential in nerve physiology, covering polarized states, ion movements, and related concepts for a deep understanding of neural electrical activity.
The Strength-Duration Curve - Nerve Physiology
Explore nerve excitability, action potentials, and the strength-duration curve. Learn about rheobase, chronaxie, and nerve structure for a comprehensive understanding of nerve physiology.
Neurohacking from the Bottom Up
Explore neurohacking fundamentals, from cell biology to neural networks. Learn about action potentials, EEG monitoring, and non-invasive techniques to understand and potentially modify brain function.
Action Potential - Part 2
Comprehensive exploration of action potential mechanisms, covering membrane depolarization, ion channel dynamics, and neuronal signaling processes in the second part of a three-part series.
Action Potential - Part 3
Comprehensive exploration of action potential mechanisms, covering final stages and physiological implications. Enhances understanding of neural signaling for medical students and professionals.
There Is Something You Should Know About Epilepsy and Cannabis
Neuroscientist explores epilepsy, brain activity, and potential cannabis treatments, drawing parallels between neural "screaming" and vocal cord damage to explain seizure effects on the brain.
DIY Neuroscience, EMGs, EEGs, and Other Recordings
Explore DIY neuroscience techniques, including EMGs and EEGs. Learn about action potentials, motor units, and data processing methods for at-home neural recordings and experiments.
The Hodgkin-Huxley Model - Understanding Neural Electrical Signals
Dive into the Nobel Prize-winning Hodgkin-Huxley model to understand how neurons generate electrical signals, exploring membrane voltage, ion channels, and the biophysical principles of neural computation.