Overview
1 - Welcome to Applied Neural Control
2 - Application of Electric Current
3 - Patient Videos – Living with Parkinson’s
4 - Patient Videos – Living with Tourettes
5 - Patient Videos – Restoration of Hand Function
6 - Patient Videos – Auditory Prosthesis
7 - Representation of a Neuron
8 - Neurotransmitters
9 - Neurotransmitters Interactive
10 - Basic Neuron
11 - Targeted Release
12 - Milestones in Technology
Voltage Gated Sodium Ion Channel
13 - Introduction to the Voltage Gated Sodium Ion Channel
14 - Description of the Voltage Gated Sodium Ion Channel
15 - Voltage Gated Sodium Ion Channel in Action with Internal Stimulus
16 - Nernst Equation
17 - Patchclamp
18 - Channel Location
19 - Hodgkin & Huxley Conduction Parameters
20 - Hodgkin & Huxley Sodium Ion Channel
21 - Action Potential Propagation
22 - Action Potential Propagation Caused by Stimulation
23 - Action Potential by External Stimulation
24 - Nernst Equation Revisited
25 - Membrane Model
26 - Reflection on the Voltage Gated Sodium Ion Channel
Electrical Activation of Nerves
27 - Action Potential Simulation Demonstration
28 - Threshold Activity
29 - Current and Charge
30 - Biphasic Pulses
31 - Manipulating Membrane Excitability Depolarizing
32 - Manipulating Membrane Excitability Hyperpolarizing
33 - Anodic Break Response
34 - Model of a Myelinated Axon
35 - Distance vs. Charge
36 - Cable Model of Axon
37 - Activating Function
38 - Activating Function Graphic
39 - Size Effect
40 - Myelinated Nerve Distance & Size
41 - Cathode and Anode Stimulus
42 - Nerve & Muscle Strength Duration Curves
Conclusions
43 - Conclusion