Axon regeneration in response to injury has been documented in many animals over
several hundred years. In contrast, how neurons respond to dendrite injury has been …

Dendrite defects and loss are early cellular alterations observed across neurodegenerative
diseases that play a role in early disease pathogenesis. Dendrite degeneration can be …

The coordinated action of a plethora of factors is required for the organization and dynamics
of membranous structures critically underlying the development and function of cells …

Axonal remodeling is a critical aspect of ischemic brain repair processes and contributes to
spontaneous functional recovery. Our previous in vitro study demonstrated that …

Compensatory plastic changes in the remaining intact brain regions are supposedly
involved in functional recovery following stroke. Previously, a compensatory increase in …

Dendritogenesis, a process of dendritic arbor development, is essential for the formation of
functional neuronal networks, and in mammals, it begins in early life and continues into …

Dendrites do not form macroscopic structures analogous to axons bundled into nerves.
There has therefore been little investigation of how neurons respond to dendrite damage …