This highly detailed and anatomically accurate Human Neuron 3D Model represents the complete structure of a nerve cell, including dendrites, cell body, and myelinated axon. The model has been carefully designed to demonstrate the fundamental functional unit of the nervous system in a clear and educational format.

The structure showcases:

• Dendritic branches

• Cell body (soma)

• Nucleus and internal organelles

• Axon hillock

• Myelinated axon segments

• Nodes of Ranvier

• Axon terminals

Special attention has been given to realistic morphology, proportional relationships, and structural clarity. The branching dendrites illustrate how neurons receive signals, while the elongated myelinated axon demonstrates rapid electrical impulse transmission across long distances.

The segmented myelin sheath is accurately represented to reflect saltatory conduction between nodes of Ranvier, making the model ideal for neuroscience education and scientific visualization.

The mesh is clean and well-organized, allowing easy modification, material refinement, and integration into larger nervous system projects such as brain, spinal cord, or peripheral nerve visualizations. The model is optimized for both high-resolution rendering and real-time applications.

This asset is ideal for:

• Medical and nursing education

• Neuroscience training

• Biology and anatomy classes

• Healthcare presentations

• Scientific visualization projects

• AR/VR medical simulations

• Educational animations and documentaries