This is a high-quality, anatomically accurate 3D model of a Human Neuron (Nerve Cell), featuring a cross-sectional view of the cell body (soma) detailing internal organelles such as the nucleus. The model precisely showcases complex dendrites, axon hillock, myelinated axon with Nodes of Ranvier, and terminal axon branches, making it ideal for medical visualizations, neuroscience animations, educational software, and scientific renders.

Key Features:

Anatomical Accuracy: High-precision representation of a multipolar neuron based on cellular histology and biological structures.

Blender Shader Settings Included: The native .blend file features complete Shader Node setups and material settings, allowing full customization of cell membrane transparency, organic tissue color, roughness, bump, and subsurface scattering directly inside Blender.

Universal FBX Format Compatibility: Includes an optimized .fbx file format with embedded material channels and clean mesh structure, ensuring seamless cross-platform import into Unity, Unreal Engine, 3ds Max, Maya, or Cinema 4D.

Optimized Topology: Clean geometry suited for real-time engines, AR/VR educational programs, and high-detail offline renders.

Ready to Render: Fully configured scene file ready for immediate rendering using Cycles or Eevee in Blender.

Ideal Use Cases:

Medical, anatomical, and neurological animations or documentaries.

Interactive healthcare applications, medical training, and AR/VR tools.

High-resolution illustrations for medical textbooks, journals, and scientific presentations.

Neuroscience classroom teaching aids and biology visual content.

Technical Specifications:

File Formats Included:

.blend (Native Blender file with full Shader Settings & Materials setup)

.fbx (Universal 3D exchange format fully compatible with standard 3D software & game engines)

Textures & Materials: Fully textured (Base Color, Normal, Roughness, and Custom Shader Node Settings in .blend file)