Dendritic morphology has an important influence on neuronal information processing.
Multiple environmental cues, including neuronal activity, the neurotrophin family of growth …

The integrative properties of dendrites are determined by a complex mixture of factors,
including their morphology, the spatio-temporal patterning of synaptic inputs, the balance of …

Dendrites represent the compartment of neurons primarily devoted to collecting and
computating input. Far from being static structures, dendrites are highly dynamic during …

Insect dendritic arborization (da) neurons provide an opportunity to examine how diverse
dendrite morphologies and dendritic territories are established during development. We …

Proper development of dendrites is essential for the establishment of neuronal circuitry. The
elaboration of the dendritic tree is a highly dynamic and regulated process, which involves …

To cover the receptive field completely but without redundancy, neurons of certain functional
groups exhibit tiling of their dendrites via dendritic repulsion. Here we show that two …

As the nervous system develops, there is an inherent variability in the connections formed
between differentiating neurons. Despite this variability, neural circuits form that are …

Proper sampling of sensory inputs critically depends upon neuron morphogenesis and
expression of sensory channels. The highly stereotyped organisation of the Drosophila …

Dendritic spines are a characteristic feature of a number of neurons in the vertebrate
nervous system and have been implicated in processes that include learning and memory …

Drosophila neurons have identifiable axons and dendrites based on cell shape, but it is only
just starting to become clear how Drosophila neurons are polarized at the molecular level …