Sensory neurons interact with muscles in many contexts, but muscle-derived signals that pattern sensory dendrites have not been extensively characterized. In this issue of Developmental Cell, Liang et al. (2015) report a signaling system in which positional cues from muscle are transduced to hypodermal cells to direct sensory dendrite outgrowth
A fundamental strategy for organising connections in the nervous system is the formation of neural m...
SummaryIn addition to establishing dendritic coverage of the receptive field, neurons need to adjust...
Morphological diversity of dendrites contributes to specialized functions of individual neurons. In ...
Sensory neurons interact with muscles in many contexts, but muscle-derived signals that pattern sens...
SummarySensory dendrites innervate peripheral tissues through cell-cell interactions that are poorly...
SummaryRobust dendrite morphogenesis is a critical step in the development of reproducible neural ci...
SummarySensory dendrites depend on cues from their environment to pattern their growth and direct th...
Neural maps are emergent, highly ordered structures that are essential for organizing and presenting...
The organisational principles of locomotor networks are less well understood than those of many sens...
AbstractTo cover the entire sensory field once and only once, dendrites of some sensory system neuro...
SummaryUnderstanding the processes that drive the formation of synapses between specific neurons wit...
AbstractNociceptive neurons innervate the skin with complex dendritic arbors that respond to pain-ev...
AbstractMorphological complexity of neurons contributes to their functional complexity. How neurons ...
AbstractWhat governs the shape and size of a neuron's dendritic arbor? Part of the answer lies in th...
A fundamental strategy for organising connections in the nervous system is the formation of neural m...
A fundamental strategy for organising connections in the nervous system is the formation of neural m...
SummaryIn addition to establishing dendritic coverage of the receptive field, neurons need to adjust...
Morphological diversity of dendrites contributes to specialized functions of individual neurons. In ...
Sensory neurons interact with muscles in many contexts, but muscle-derived signals that pattern sens...
SummarySensory dendrites innervate peripheral tissues through cell-cell interactions that are poorly...
SummaryRobust dendrite morphogenesis is a critical step in the development of reproducible neural ci...
SummarySensory dendrites depend on cues from their environment to pattern their growth and direct th...
Neural maps are emergent, highly ordered structures that are essential for organizing and presenting...
The organisational principles of locomotor networks are less well understood than those of many sens...
AbstractTo cover the entire sensory field once and only once, dendrites of some sensory system neuro...
SummaryUnderstanding the processes that drive the formation of synapses between specific neurons wit...
AbstractNociceptive neurons innervate the skin with complex dendritic arbors that respond to pain-ev...
AbstractMorphological complexity of neurons contributes to their functional complexity. How neurons ...
AbstractWhat governs the shape and size of a neuron's dendritic arbor? Part of the answer lies in th...
A fundamental strategy for organising connections in the nervous system is the formation of neural m...
A fundamental strategy for organising connections in the nervous system is the formation of neural m...
SummaryIn addition to establishing dendritic coverage of the receptive field, neurons need to adjust...
Morphological diversity of dendrites contributes to specialized functions of individual neurons. In ...
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