The nervous system is populated by numerous types of neurons, each bearing a dendritic
arbor with a characteristic morphology. These type-specific features influence many aspects …

The importance of neuronal morphology in brain function has been recognized for over a
century. The broad applicability of" digital reconstructions" of neuron morphology across …

Sensory neurons adopt distinct morphologies and functional modalities to mediate
responses to specific stimuli. Transcription factors and their downstream effectors …

Background Neurons are one of the most structurally and functionally diverse cell types
found in nature, owing in large part to their unique class specific dendritic architectures …

Transcription factors establish the tremendous diversity of cell types in the nervous system
by regulating the expression of genes that give a cell its morphological and functional …

Neurons develop dendritic morphologies that bear cell type-specific features in dendritic
field size and geometry, branch placement and density, and the types and distributions of …

The peripheral nervous system (PNS) of embryonic and larval stage Drosophila consists of
diverse types of sensory neurons positioned along the body wall. Sensory neurons, and …

Uncovering molecular mechanisms regulating dendritic diversification is essential to
understanding the formation and modulation of functional neural circuitry. Transcription …

Dendrite shape impacts functional connectivity and is mediated by organization and
dynamics of cytoskeletal fibers. Identifying the molecular factors that regulate dendritic …

Dendrites function as the primary sites for synaptic input and integration with impairments in
dendritic arborization being associated with dysfunctional neuronal circuitry. Post-mitotic …