Book Title: Advanced Neuroscience

Authors: Jim Hutchins; Kobe Christensen; and Cody Zundel

Edited by Cody Zundel and Kobe Christensen

Cover image for Advanced Neuroscience

All Rights Reserved

Contents

Introduction
I. Case Studies in Clinical Neuroscience
1. Huntington's Disease
  Brooke Hildt and Jim Hutchins
2. Lateral Medullary Syndrome (Wallenberg Syndrome)
  Brooke Hildt and Jim Hutchins
3. Alzheimer's Disease
  Brooke Hildt and Jim Hutchins
4. Pituitary Adenoma
  Brooke Hildt and Jim Hutchins
5. Meningitis
  Brooke Hildt and Jim Hutchins
6. Multiple Sclerosis
  Brooke Hildt and Jim Hutchins
7. Carbamoyl-Phosphate Synthetase 1 Deficiency
II. Herniation Syndromes
III. Electroneurodiagnostics
1. Neurons
  Kobe Christensen
2. Ohm's Law
  Kobe Christensen
3. Postsynaptic Potentials (PSPs): The Source of EEG Signal
  Kobe Christensen
4. Polarity Rules & Localization
  Kobe Christensen
5. 10-20 Measurement System
6. Sensitivity Calculations
  Kobe Christensen
7. Filters
  Kobe Christensen
8. Nyquist Theorem
9. Introduction to Common Pediatric Seizure Syndromes
  Kobe Christensen
10. Infantile Spasms (West Syndrome)
  Kobe Christensen
11. Myoclonic Astatic Epilepsy of Childhood (Doose Syndrome)
  Kobe Christensen
12. Benign Rolandic Epilepsy (BRE)
  Kobe Christensen
13. Rasmussen Syndrome
  Kobe Christensen
14. Lennox-Gastaut Syndrome
  Kobe Christensen
15. Electrical Status Epilepticus of Sleep (ESES)
  Kobe Christensen
16. Sturge-Weber Syndrome
  Kobe Christensen
17. Juvenile Myoclonic Epilepsy
  Kobe Christensen
18. Rett Syndrome
  Kobe Christensen
IV. Mathematical Analysis in Neuroscience
1. The Equivalent Circuit Model of the Neuronal Membrane
  Cody Zundel and Jim Hutchins
2. Cable Theory and Electrical Current Flow in Neurons
  Jim Hutchins and Cody Zundel
3. Fick's First Law
  Cody Zundel and Jim Hutchins
4. Einstein's Equation for Electrical Drift
  Cody Zundel and Jim Hutchins
5. The Nernst-Planck Equation
  Cody Zundel and Jim Hutchins
6. The Nernst Equation
  Jim Hutchins and Cody Zundel
7. How Many Ions Flow Through a Single Protein Channel?
  Jim Hutchins and Cody Zundel
8. The Goldman-Hodgkin-Katz (G-H-K) Equation
  Jim Hutchins and Cody Zundel
9. The G-H-K Equation and the Action Potential
  Jim Hutchins and Cody Zundel
10. Action Potential Propagation and the Telegrapher's Equations
  Jim Hutchins and Cody Zundel
11. Saltatory Conduction
  Jim Hutchins and Cody Zundel
12. Computational Models of the Vestibular System
  Jim Hutchins
13. Computational Models of the Visual System
  Jim Hutchins
14. Computational Models of the Motor System
  Cody Zundel and Jim Hutchins
Appendix

Book Information

Authors

Jim Hutchins; Kobe Christensen; and Cody Zundel

License

Advanced Neuroscience Copyright © by Jim Hutchins; Kobe Christensen; and Cody Zundel. All Rights Reserved.

Subject

Neurosciences

Metadata

Title: Advanced Neuroscience
Authors: Jim Hutchins; Kobe Christensen; and Cody Zundel
Editors: Cody Zundel and Kobe Christensen
Primary Subject: Neurosciences