The study of brain plasticity has tended to focus on the synapse, where well-described activity-dependent mechanisms are known to play a key role in learning and memory. However, it is becoming increasingly clear that plasticity occurs beyond the synapse. This review focuses on the emerging concept of white matter plasticity. For example, there is growing evidence, both from animal studies and from human neuroimaging, that activity-dependent regulation of myelin may play a role in learning. This previously overlooked phenomenon may provide a complementary but powerful route through which experience shapes the brain
Adaptive working memory (WM) training may lead to cognitive benefits that are associated with white...
Although experience-dependent structural changes have been demonstrated in adult gray matter, there ...
White matter makes up about fifty percent of the human brain. Maturation of white matter accompanies...
The study of brain plasticity has tended to focus on the synapse, where well-described activity-depe...
Precise timing of neuronal inputs is crucial for brain circuit function and development, where it co...
White matter (WM) plasticity during adulthood is a recently described phenomenon by which experience...
Myelin sheaths in the vertebrate nervous system enable faster impulse propagation, while myelinating...
Learning a novel motor skill is associated with well characterized structural and functional plastic...
Plasticity in the central nervous system (CNS) allows for responses to changing environmental signal...
Experience-dependent structural changes are widely evident in gray matter. Using diffusion weighted ...
Myelin, a lipid membrane that wraps axons, enabling fast neurotransmission and metabolic support to ...
From observations in rodents, it has been suggested that the cellular basis of learning-dependent ch...
Myelin is essential for brain functioning, as it enables fast signal propagation and synchronisation...
The production of new myelin has been highlighted as an underappreciated mechanism of brain plastici...
For disparate brain regions to communicate efficiently action potentials must be transmitted relativ...
Adaptive working memory (WM) training may lead to cognitive benefits that are associated with white...
Although experience-dependent structural changes have been demonstrated in adult gray matter, there ...
White matter makes up about fifty percent of the human brain. Maturation of white matter accompanies...
The study of brain plasticity has tended to focus on the synapse, where well-described activity-depe...
Precise timing of neuronal inputs is crucial for brain circuit function and development, where it co...
White matter (WM) plasticity during adulthood is a recently described phenomenon by which experience...
Myelin sheaths in the vertebrate nervous system enable faster impulse propagation, while myelinating...
Learning a novel motor skill is associated with well characterized structural and functional plastic...
Plasticity in the central nervous system (CNS) allows for responses to changing environmental signal...
Experience-dependent structural changes are widely evident in gray matter. Using diffusion weighted ...
Myelin, a lipid membrane that wraps axons, enabling fast neurotransmission and metabolic support to ...
From observations in rodents, it has been suggested that the cellular basis of learning-dependent ch...
Myelin is essential for brain functioning, as it enables fast signal propagation and synchronisation...
The production of new myelin has been highlighted as an underappreciated mechanism of brain plastici...
For disparate brain regions to communicate efficiently action potentials must be transmitted relativ...
Adaptive working memory (WM) training may lead to cognitive benefits that are associated with white...
Although experience-dependent structural changes have been demonstrated in adult gray matter, there ...
White matter makes up about fifty percent of the human brain. Maturation of white matter accompanies...