Brain plasticity and ion channels

@article{Debanne2003BrainPA,
  title={Brain plasticity and ion channels},
  author={Dominique Debanne and Ga{\"e}l Daoudal and Val{\'e}rie Sourdet and Michaël Russier},
  journal={Journal of Physiology-Paris},
  year={2003},
  volume={97},
  pages={403-414}
}
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143 Citations
Highly Influential Citations
3
Background Citations
76
Methods Citations
2
Results Citations
3

143 Citations

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Citation Type

The role of synaptic ion channels in synaptic plasticity
TLDR
The role of synaptic ion channels in learning and memory is reviewed, and the implications and significance of these findings towards deciphering the molecular biology of learning and remember are discussed.
Compartmentalization of Non-Synaptic Plasticity in Neurons at the Subcellular Level
TLDR
The present review addresses the most important questions of compartmentalization of nonsynaptic plasticity and the effects of non-synaptic plastic changes on the efficiency of the synapses of the neuron concerned.
Spike-Timing Dependent Plasticity Beyond Synapse – Pre- and Post-Synaptic Plasticity of Intrinsic Neuronal Excitability
TLDR
The induction and expression mechanisms of the induced changes in excitability are described and the functional synergy between synaptic and non-synaptic plasticity and their spatial extent are discussed.
Diverse impact of acute and long-term extracellular proteolytic activity on plasticity of neuronal excitability
TLDR
A picture emerges whereby both rapid and long-term extracellular proteolysis may influence some aspects of information processing in neurons, such as initiation of action potential, spike frequency adaptation, properties ofaction potential and dendritic backpropagation.
Persistent Sodium Current Is a Nonsynaptic Substrate for Long-Term Associative Memory
Homeostatic Regulation of Intrinsic Excitability and Synaptic Transmission in a Developing Visual Circuit
TLDR
It is concluded that the coordinated changes between synaptic and intrinsic properties allow developing optic tectal neurons to remain within a stable dynamic range, even as the pattern and strength of visual inputs changes over development, suggesting that homeostatic regulation of intrinsic properties plays a central role in the functional development of neural circuits.
Nonsynaptic Plasticity Underlies a Compartmentalized Increase in Synaptic Efficacy after Classical Conditioning
Beyond faithful conduction: Short-term dynamics, neuromodulation, and long-term regulation of spike propagation in the axon
16 – Stability and Plasticity in Neuronal and Network Dynamics
Axon physiology.
TLDR
This work reviews how neuronal activity regulates both axon morphology and axonal function on a long-term time scale during development and adulthood and investigates the implications of intrinsic voltage-gated ionic currents for axonal computation.
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