Synapses are located throughout the often-elaborate dendritic tree of central neurons. Hebbian models of plasticity require temporal association between synaptic input and neuronal output to produce long-term potentiation of excitatory transmission. Recent studies have highlighted how active dendritic spiking mechanisms control this association. Here, we review new work showing that associative synaptic plasticity can be generated without neuronal output and that the interplay between neuronal architecture and the active electrical properties of the dendritic tree regulates synaptic plasticity
Neocortical neurons spontaneously fire action potentials during active network states; how are dendr...
Recent experimental results suggest that dendritic and back-propagating spikes can influence synapti...
Synaptic plasticity is thought to be the principal neuronal mechanism underlying learning. Models of...
Synapses are located throughout the often-elaborate dendritic tree of central neurons. Hebbian model...
Synapses are located throughout the often-elaborate dendritic tree of central neurons. Hebbian model...
SummaryPyramidal neurons in the cerebral cortex span multiple cortical layers. How the excitable pro...
SummaryNeurons possess elaborate dendritic arbors which receive and integrate excitatory synaptic si...
Previous studies focusing on the temporal rules governing changes in synaptic strength during spike ...
Dendritic spikes are local events that occasionally propagate successfully to the soma, triggering a...
SummarySynaptic potentials originating at distal dendritic locations are severely attenuated when th...
Neurons are the computational building blocks of our brains. They form complicated net- works that p...
Recent experimental results suggest that dendritic and back-propagating spikes can influence synapti...
Recent experimental results suggest that dendritic and back-propagating spikes can influence synapti...
While it has been appreciated for decades that synapse location in the dendritic tree has a powerful...
Backpropagating action potentials (bAPs) are an important signal for associative synaptic plasticity...
Neocortical neurons spontaneously fire action potentials during active network states; how are dendr...
Recent experimental results suggest that dendritic and back-propagating spikes can influence synapti...
Synaptic plasticity is thought to be the principal neuronal mechanism underlying learning. Models of...
Synapses are located throughout the often-elaborate dendritic tree of central neurons. Hebbian model...
Synapses are located throughout the often-elaborate dendritic tree of central neurons. Hebbian model...
SummaryPyramidal neurons in the cerebral cortex span multiple cortical layers. How the excitable pro...
SummaryNeurons possess elaborate dendritic arbors which receive and integrate excitatory synaptic si...
Previous studies focusing on the temporal rules governing changes in synaptic strength during spike ...
Dendritic spikes are local events that occasionally propagate successfully to the soma, triggering a...
SummarySynaptic potentials originating at distal dendritic locations are severely attenuated when th...
Neurons are the computational building blocks of our brains. They form complicated net- works that p...
Recent experimental results suggest that dendritic and back-propagating spikes can influence synapti...
Recent experimental results suggest that dendritic and back-propagating spikes can influence synapti...
While it has been appreciated for decades that synapse location in the dendritic tree has a powerful...
Backpropagating action potentials (bAPs) are an important signal for associative synaptic plasticity...
Neocortical neurons spontaneously fire action potentials during active network states; how are dendr...
Recent experimental results suggest that dendritic and back-propagating spikes can influence synapti...
Synaptic plasticity is thought to be the principal neuronal mechanism underlying learning. Models of...