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Neuronal Structure: Key Components and Functions Unveiled

Dive deep into the intricate world of neurons, from the soma to synaptic knobs, unraveling their role in signal transmission. Explore the axon hillock, cell nucleus, and more, decrypting the mysteries of neural communication. Discover the significance of Schwann cells, neurofibrils, and Nissl bodies in neuronal physiology. Gain insight into the myelin sheath, Nodes of Ranvier, and mitochondria, essential for nerve signal conduction. Unveil the complexities of axolemma, dendrites, and axon terminals in neuronal connectivity. Delve into the fascinating world within our nervous system, where information flows seamlessly through intricate neural networks.

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Neuronal Structure: Key Components and Functions Unveiled

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  1. Neurons Models

  2. Soma Axon Telodendria Synaptic Knob Dendrite Schwann Cell

  3. Nucleus Axon Hillock Mitochondria

  4. Endoneurium Node of Ranvier Neurolemma Axolemma Schwann Cell Nucleus

  5. Nissl Bodies Axon Hillock Axodendritic Synapse Axosomatic Synapse

  6. Neurofibrils

  7. Axolemma Endoneurium Node of Ranvier Myelin Mitochondria Neurolemma Schwann Cell Nucleus

  8. Soma with Nissl Bodies and Neurofibrils Old, inaccurate concept of a Schwann cell Telodendria Muscle Tissue Synaptic Knob

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