Template:Notebook

My Lab Notebook

• Equilibrium Potentials I

• Equilibrium Potentials II

• Passive Membrane Properties, the Resting Potential, and Electrical Models of Passive Properties

• Action Potential I: Qualitative Introduction and Current Clamp

• Action Potential II: Voltage Clamp and Analysis of the Potassium Current

• Action Potential III: Sodium Current, Patch Clamp, and Ion Channels

• Action Potential IV: Hodgkin-Huxley Equations and Other Conductances

• Action Potential V: Design and Analysis of Complex Neurons

• Cable Properties I: Passive Properties

• Cable Properties II: Temporal Characteristics and Myelination

• Cable Properties III: Design and Analysis of Branching Neurons

• Synaptic Physiology I: Postsynaptic Mechanisms

• Synaptic Physiology II: Presynaptic Mechanisms and Quantal Analysis

• Synaptic Plasticity I: Facilitation and Depression

• Synaptic Plasticity II: Introduction to Long-Term Potentiation

• Synaptic Plasticity III: Design and Analysis of a Plastic Synapse

• Novel Transmitters I: Introduction to Nitric Oxide

• Novel Transmitters II: Design and Analysis of a Nitric Oxide Synapse

• Sensory Neurons: Mechano-Afferent Neurons

• Simple Neuromuscular Models

• A Simple Reflex Loop

• Central Pattern Generators I: From Behavior to a Circuit

• Central Pattern Generators II: Analysis of Tritonia Escape Swim Circuit Interneurons

• Central Pattern Generators III: Role of Modulation in a Central Pattern Generator

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