Type-specific dendrite morphology is a hallmark of the neuron and has important functional
implications in determining what signals a neuron receives and how these signals are …

Neurons are one of the most morphologically diverse cell types, in large part owing to their
intricate dendrite branching patterns. Dendrites are structures that are specialized to receive …

The pattern of dendritic branching along with the receptor and channel composition and
density of synapses regulate the electrical properties of neurons. Abnormalities in dendritic …

The proper formation and morphogenesis of dendrites is fundamental to the establishment
of neural circuits in the brain. Following cell cycle exit and migration, neurons undergo …

Neurons establish diverse dendritic morphologies during development, and a major
challenge is to understand how these distinct developmental programs might relate to, and …

Little has been understood about the underlying mechanisms that generate the
morphological diversity of dendritic trees. Dendritic arborization neurons in Drosophila …

Dendrite arborization patterns are critical determinants of neuronal function. To explore the
basis of transcriptional regulation in dendrite pattern formation, we used RNA interference …

The complex, branched morphology of dendrites is a cardinal feature of neurons and has
been used as a criterion for cell type identification since the beginning of neurobiology …

Recent technical advances have made possible the visualization and genetic manipulation
of individual dendritic trees. These studies have led to the identification and characterization …

Dendrites represent arborising neurites in both vertebrates and invertebrates. However, in
vertebrates, dendrites develop on neuronal cell bodies, whereas in higher invertebrates …