Dendroplasma [Dendroplasma, Lnh; Dendrite + (Cyto)Plasm]

Dendroplasm, or LNH plasma cells, are part of the cytoplasm of neurons, which is located in their dendrites, and play an important role in the transmission of information between neurons. Dendrites are long extensions of nerve cells that receive signals from other neurons and transmit them to the cell body.

Dendroplasm is a complex structure consisting of proteins and other molecules that are involved in signal transmission processes. It contains many receptors that allow neurons to respond to various stimuli, such as chemicals, electrical impulses and other signals.

One of the important functions of dendroplasm is its ability to change its structure and composition in response to changes in the environment. For example, when dendrites are exposed to chemicals such as neurotransmitters, dendroplasm can change its structure and function to adapt to new conditions.

In addition, dendroplasm plays an important role in the formation of synapses - contacts between neurons that ensure the transmission of electrical impulses between them. Synapses are formed through the interaction of the dendrites of neighboring neurons with the help of special proteins called synaptotagmin.

Thus, dendroplasm is a key element in the functioning of the nervous system, ensuring the transfer of information between neurons and the formation of synapses. Its structure and function can change in response to various stimuli and play an important role in adapting the nervous system to changing environmental conditions.