The Brain, Neurons and Synapses

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Table of contents

I Introduction 
Key Biological Concepts
The Brain, Neurons and Synapses
Chemical Synapses, Neuro-transmitters and Receptors
Neuronal Heterogeneity
Cortical Layers
Brain States: States of Consciousness
Brain Rhythms
Asynchronous and Irregular States
Gamma Oscillations
Mechanisms of Generation
Gamma Oscillations, NMDA receptors and Schizophrenia 
NMDA receptor antagonists in sub-anesthetics doses
Gamma Oscillations in Schizophrenic Patients
Gamma oscillations, psychotic states and NMDAR hypofunction
Computational Models 
Historical Perspective
Individual neuron models
Network models and Oscillations
Gamma oscillations in theoretical models
ING Model
PING Model
CHING Model
Human recordings Analysis 
Developed Models
II Research Articles 
1 Cellular correlates of wakefulness and slow-wave sleep: evidence for a key role of inhibition
2 Integration, coincidence detection and resonance in networks of spiking neurons expressing gamma oscillations and asynchronous states
3 A network model of the modulation of Gamma oscillations by NMDA receptors in cerebral cortex
III Discussion 
IV Complement Research Article
Bridging Single Neuron Dynamics to Global Brain States