The motor system has the ability to adapt to environmental constraints and injury to itself. This adaptation is often referred to as a form of plasticity allowing for livelong acquisition of new movements and for recovery after stroke. We are not sure whether learning and recovery work via same or similar neural mechanisms. But, all these processes require widespread changes within the matrix of the brain. Here, basic mechanisms of these adaptations on the level of cortical circuitry and networks are reviewed. We focus on the motor cortices because their role in learning and recovery has been investigated more thoroughly than other brain regions
This review intends to begin to build a bridge between our understanding of the effect of motor reha...
Current understanding of the mechanisms underlyingneural plasticity changes after stroke stems from ...
Background. Motor learning mechanisms may be operative in stroke recovery and possibly reinforced by...
Stroke is a leading cause of death and disability in Western countries and it is estimated that up t...
von Monakow’s theory of diaschisis states the functional ‘standstill’ of intact brain regions that a...
Our laboratory has been interested in the patterns ofsynaptic plasticity after cortical stroke in an...
The capacity for functional restitution after brain damage is quite different in the sensory and mot...
Stroke induces a plastic state in the brain. This period of enhanced plasticity leads to the sprouti...
textStroke typically occurs in one hemisphere and often results in long-term disability in the contr...
A critical question in skilled motor control is how brain circuits can flexibly apply learned motor ...
Neural plasticity - the capacity of the brain to change - has been described at almost every level o...
Cerebral ischemia or more commonly termed stroke is in human beings a leading brain altering conditi...
Stroke is the leading cause of disability. However, patients may show excellent functional recovery ...
Emerging findings deriving from neuromodulation and neuroradiology are providing us new insights abo...
Motor recovery after stroke is related to neural plasticity, which involves developing new neuronal ...
This review intends to begin to build a bridge between our understanding of the effect of motor reha...
Current understanding of the mechanisms underlyingneural plasticity changes after stroke stems from ...
Background. Motor learning mechanisms may be operative in stroke recovery and possibly reinforced by...
Stroke is a leading cause of death and disability in Western countries and it is estimated that up t...
von Monakow’s theory of diaschisis states the functional ‘standstill’ of intact brain regions that a...
Our laboratory has been interested in the patterns ofsynaptic plasticity after cortical stroke in an...
The capacity for functional restitution after brain damage is quite different in the sensory and mot...
Stroke induces a plastic state in the brain. This period of enhanced plasticity leads to the sprouti...
textStroke typically occurs in one hemisphere and often results in long-term disability in the contr...
A critical question in skilled motor control is how brain circuits can flexibly apply learned motor ...
Neural plasticity - the capacity of the brain to change - has been described at almost every level o...
Cerebral ischemia or more commonly termed stroke is in human beings a leading brain altering conditi...
Stroke is the leading cause of disability. However, patients may show excellent functional recovery ...
Emerging findings deriving from neuromodulation and neuroradiology are providing us new insights abo...
Motor recovery after stroke is related to neural plasticity, which involves developing new neuronal ...
This review intends to begin to build a bridge between our understanding of the effect of motor reha...
Current understanding of the mechanisms underlyingneural plasticity changes after stroke stems from ...
Background. Motor learning mechanisms may be operative in stroke recovery and possibly reinforced by...