Certain interneurons, dopaminergic cells, or neuroendicrine cells for example, have been shown to grow their axon out from a lucky dendrite instead of the soma.

"We can cut an axon in its compartment and then look at responses in the associated soma or dendrites without affecting axons in other compartments." A loss of inhibition.

Neurons are the basic information processing structures in the brain and are composed of three main parts: dendrites, axons, and the soma. Dendrites receive and integrate synaptic inputs that are ...

Dendrites protrude from the soma and act as the inputs of the neuron. A typical neuron will have thousands of dendrites, with each connecting to an axon of another neuron. The connection is called ...

Signals are received at the dendrite, processed in the soma's nucleus, and transmitted away from the soma along the axon. 3d illustration of the scientific function of a synapse or neuronal ...

Mini computing devices "This work shows that dendrites, long thought to simply funnel incoming signals towards the soma, instead play a key role in sorting and interpreting the enormous barrage of ...

Dendrites themselves grow tiny protrusions called spines to create actual connections, or synapses, with incoming axons. It’s these dendritic spines that shrink in number following axotomy.

The prefrontal cortex (PFC) is a crucial part of the mammalian brain, known to be involved in decision-making, planning, complex social behavior and integrating the activity of other brain regions.

Dendrites themselves grow tiny protrusions called spines to create actual connections, or synapses, with incoming axons. It's these dendritic spines that shrink in number following axotomy.