Description
The LM5045 Neuron Model is a high-quality, significantly enlarged anatomical replica designed to illustrate the complex structure of the human nervous system’s fundamental unit. This model provides a detailed 3D view of a nerve cell body and its extensions, making it an essential resource for neurology, physiology, and general biology studies.
Key Product Features
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Two-Part Detailed Study: The model typically consists of two distinct sections: the Neuron Cell Body (Soma) and a magnified cross-section of the Nerve Fiber (Axon).
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Intricate Cellular Anatomy: Features clearly defined internal and external structures, including:
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Soma (Cell Body): Showcases the nucleus, mitochondria, and Nissl bodies.
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Dendrites: Branching projections designed to demonstrate how signals are received.
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Axon & Myelin Sheath: Highlights the insulating layer provided by Schwann cells and the vital Nodes of Ranvier.
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Synaptic Terminals: Illustrates the end-bulbs where neurotransmitters are released to communicate with other neurons.
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High Magnification: Enlarged thousands of times to allow for the clear inspection of microscopic details that are impossible to see with the naked eye.
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Color-Coded Logic: Uses a high-contrast color palette to differentiate between the protective sheath, the conducting fiber, and the metabolic center of the cell.
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Durable PVC Build: Constructed from high-grade, non-toxic PVC, ensuring the model is break-resistant and easy to clean for long-term classroom use.
Technical Specifications
| Feature | Details |
| Model Number | LM5045 |
| Type | 2-Part Sectional Nerve Cell Model |
| Material | Advanced, eco-friendly PVC |
| Mounting | Mounted on a stable, professional display board/base |
| Detailing | Hand-painted with anatomical labels |
| Origin | China |
Ideal For:
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Neurology & Medical Students: A perfect tool for visualizing electrical impulse conduction and cellular communication.
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Psychology & Science Teachers: Helps students grasp the physical foundation of behavior, reflexes, and the brain’s “wiring.”
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Clinical Patient Education: Useful for neurologists or physical therapists to explain nerve damage, demyelination (such as in MS), or recovery processes.
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Laboratory Displays: A visually striking and scientifically accurate centerpiece for any life science lab.
Why Choose the LM5045?
The LM5045 bridges the gap between abstract concepts and physical reality. By showing the Myelin Sheath and Nodes of Ranvier in a tactile, 3D format, it makes the complex process of saltatory conduction (how nerve signals jump and travel fast) much easier for students to understand. It is a robust, professional-grade teaching aid that brings the nervous system to life.
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