Whether morphology tailors functional properties of pyramidal neurons is not completely understood. In this issue of Neuron, Thome et al. (2014) show that, in hippocampal pyramidal neurons, axons frequently originate from basal dendrites rather than the soma, constituting a “privileged” channel for synaptic inputs located in these axon-carrying dendrites
Dendrites of pyramidal cells exhibit complex morphologies and contain a variety of ionic conductance...
It has been a longstanding challenge for experimentalists to manipulate precisely the spatial and te...
Dendrites of pyramidal cells exhibit complex morphologies and contain a variety of ionic conductance...
SummaryNeuronal processing is classically conceptualized as dendritic input, somatic integration, an...
AbstractNeurons often possess elaborate axonal and dendritic arbors. Why do these arbors exist and w...
SummaryThe ability of synapses throughout the dendritic tree to influence neuronal output is crucial...
This study highlights a new and powerful direct impact of the dendritic tree (the input region of ne...
Synaptic transmission, connectivity, and dendritic morphology mature in parallel during brain develo...
This studyhighlights anewandpowerful direct impact of thedendritic tree (the input regionofneurons) ...
Neurons display a wide range of intrinsic firing patterns. A particularly relevant pattern for neuro...
Neurons display a wide range of intrinsic firing patterns. A particularly relevant pattern for neuro...
Neurons display a wide range of intrinsic firing patterns. A particularly relevant pattern for neuro...
AbstractThe pyramidal neuron is the principal cell type in the mammalian forebrain, but its function...
Neurons display a wide range of intrinsic firing patterns. A particularly relevant pattern for neuro...
Dendrites of pyramidal cells exhibit complex morphologies and contain a variety of ionic conductance...
Dendrites of pyramidal cells exhibit complex morphologies and contain a variety of ionic conductance...
It has been a longstanding challenge for experimentalists to manipulate precisely the spatial and te...
Dendrites of pyramidal cells exhibit complex morphologies and contain a variety of ionic conductance...
SummaryNeuronal processing is classically conceptualized as dendritic input, somatic integration, an...
AbstractNeurons often possess elaborate axonal and dendritic arbors. Why do these arbors exist and w...
SummaryThe ability of synapses throughout the dendritic tree to influence neuronal output is crucial...
This study highlights a new and powerful direct impact of the dendritic tree (the input region of ne...
Synaptic transmission, connectivity, and dendritic morphology mature in parallel during brain develo...
This studyhighlights anewandpowerful direct impact of thedendritic tree (the input regionofneurons) ...
Neurons display a wide range of intrinsic firing patterns. A particularly relevant pattern for neuro...
Neurons display a wide range of intrinsic firing patterns. A particularly relevant pattern for neuro...
Neurons display a wide range of intrinsic firing patterns. A particularly relevant pattern for neuro...
AbstractThe pyramidal neuron is the principal cell type in the mammalian forebrain, but its function...
Neurons display a wide range of intrinsic firing patterns. A particularly relevant pattern for neuro...
Dendrites of pyramidal cells exhibit complex morphologies and contain a variety of ionic conductance...
Dendrites of pyramidal cells exhibit complex morphologies and contain a variety of ionic conductance...
It has been a longstanding challenge for experimentalists to manipulate precisely the spatial and te...
Dendrites of pyramidal cells exhibit complex morphologies and contain a variety of ionic conductance...