- Title Pages
- 1 Introduction
- 2 The Dynamic Building of the Brain
- 3 The Plasticity of Retinal Ganglion Cells
- 4 Using Indelible Transgenic Markers to Identify, Analyze, and Manipulate Neuronal Subtypes: Examples from the Retina
- 5 Vision-Dependent Plasticity at the Retinogeniculate Synapse
- 6 Is Half a Loaf Worse than No Bread?: The Role of Normal and Abnormal Patterns of Neuronal Activity in the Development of the Visual System
- 7 Determinants of Synaptic and Circuit Plasticity in the Cerebral Cortex: Implications for Neurodevelopmental Disorders
- 8 Activity-Dependent Development of Inhibitory Synapses and Innervation Pattern in the Visual Cortex: From BDNF to GABA Signaling
- 9 Molecular Factors Controlling Inhibitory Circuit Maturation and Onset of Critical Period Plasticity: Implications for Developmental Diseases
- 10 Neuron-Astrocyte Partnership in Brain Function and Dysfunction
- 11 A Thorny Question: The Role of Spine Morphogenesis in Adaptive Plasticity
- 12 The Glutamate Receptor delta2 Subunit in Cerebellar Wiring
- 13 Cortex under Construction: Visual Experience and the Development of Direction Selectivity
- 14 Neural Plasticity in Humans: Development of Cross-Orientation Contrast Normalization and Cross-Sensory Calibration
- 15 The Developmental Process of Acquiring Multisensory Integration Capabilities
- 16 Auditory Processing and Plasticity
- 17 Functional Plasticity of the Auditory Cortex
- 18 Modulation of Synaptic NMDA Receptors in Striatal Medium Spiny Neurons by Endogenous Dopamine
- 19 What Is Callosal Plasticity?
- 20 Time Matters
- 21 The Two Dorsal Visual Streams and Their Role in Perception
- 22 The Tribal Networks of the Cerebral Cortex
- 23 Neurophysiological Correlates of Cortical Plasticity in the Normal and Diseased Human Brain
- 24 Subcortical Contributions to Cortical Reorganization after Massive Somatosensory Deafferentation
- 25 Environmental Influences on Neurodegenerative Disease: The Impact of Systemic Inflammation
- 26 Nerve Growth Factor and Alzheimer’s Disease: New Twists to an Old Story
- 27 Neurotrophins as Regulators of Visual Cortical Plasticity
- 28 Plasticity in the Developing Brain: Functional Reorganization after Early Brain Damage
- 29 Suppression of Nogo-A to Enhance CNS Repair
- 30 New Perspectives in the Treatment of Amblyopia
What Is Callosal Plasticity?
What Is Callosal Plasticity?
- (p.235) 19 What Is Callosal Plasticity?
- Cerebral Plasticity
- The MIT Press
This chapter reviews the specific plasticity of the corpus callosum. The compensatory effects of callosal plasticity in partial and total callosal agenesis are explained. It shows that the corpus callosum provides a powerful model for understanding various features of the exquisitely malleable organization of cortical connectivity in embryogenesis, development, maturation, learning, and functional recovery after brain damage. This chapter suggests that the empirical and theoretical knowledge about callosal plasticity in the broadest sense can hopefully illustrate some aspects of the achievements and potentialities of the use of the callosal model as a general model for cortical function.
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