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Modeling in the neurosciences : from ionic channels to neural networks / edited by Roman R. Poznanski.

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Bibliographic Details
Other Authors:	Poznanski, Roman R.
Format:	Book
Language:	English
Published:	Amsterdam : Harwood Academic Publishers, ©1999.
Subjects:	Neurosciences > Models. Neurosciences > Methodology. Neurons > Physiological aspects. Computer simulation. Models, Neurological. Computer Simulation. Neurons > physiology. Neurosciences > methods. Computational neuroscience.

Table of Contents:

1. Introduction to modeling in the neurosciences
2. Statistical analysis of ionic channel current fluctuations
3. Physiological and statistical approaches to modeling of synaptic responses
4. Natural variability in the geometry of dendritic branching patterns
5. The multiple equivalent cylinder model
6. Voltage transients in multipolar neurons with tapering dendrites
7. The Lanczos procedure for generating equivalent cables
8. Parameter estimation algorithms for shunt cable model
9. Determination of cable parameters for neurons with gap junctions
10. Syncytial integration in the outer retina
11. Ionic current model of the outer retinal cells
12. Ephaptic interactions between neurons : the example of the hippocampus
13. Numerical modeling of neocortical pyramidal cells
14. Some problems arising in models of conduction in excitable dendrites
15. Semi-quantitative theory of bistable dendrites with wind-up
16. Bifurcation analysis of neuronal excitability and oscillations
17. Dynamics of associative memory networks
18. Analysis and synthesis of morphologically realistic neural networks.