Final answer:
Divergence is the process when one pre-synaptic cell communicates to many post-synaptic cells. This allows for spreading information across different regions of the nervous system. It is an important mechanism for spreading information across different regions of the nervous system.
Step-by-step explanation:
In neuronal communication, when one pre-synaptic cell communicates to many post-synaptic cells, it is known as divergence. Divergence allows a single neuron to send signals to multiple target neurons. It is an important mechanism for spreading information across different regions of the nervous system. For example, dendrites from a single Purkinje cell in the cerebellum can receive contact from as many as 200,000 other neurons. This allows the Purkinje cell to integrate and process information from numerous sources. Overall, divergence enables efficient communication and coordination within the nervous system.
When one presynaptic cell communicates with many postsynaptic cells, it is referred to as divergence. Divergence is a neural circuitry pattern where a single neuron sends signals to multiple neurons in a network. This allows for the amplification and distribution of signals to various parts of the nervous system, facilitating communication across different pathways and supporting complex information processing in the brain.