Neuron model on base plate

Product Code : SCL-BLE-10873

The Neuron Model on Base Plate is a nervous system teaching model used for demonstrating nerve cell structure, dendrites, cell body, nucleus, axon, and terminal branches. It is suitable for biology laboratories, medical colleges, nursing training centres, psychology classrooms, and school science programs that teach basic neurobiology.

Product Description

The Neuron Model on Base Plate helps students visualise the structure of a typical nerve cell in a stable classroom format. It supports clear explanation of the soma, dendritic branches, axon, myelin-related regions if shown, and the direction of nerve impulse transmission.

This model is useful in Biology Lab Equipment programs, physiology demonstrations, and introductory anatomy lessons. The base plate allows the model to be displayed on a teaching table, laboratory bench, or demonstration station for repeated classroom use.

Key Features

• Neuron anatomy model mounted on a base plate for stable classroom display.
• Useful for explaining dendrites, soma, nucleus, axon, and terminal regions.
• Supports lessons on nervous system structure and basic neural transmission.
• Helps students understand nerve cell morphology better than flat diagrams alone.
• Suitable for biology, anatomy, physiology, psychology, nursing, and medical training.
• Reusable demonstration aid for supervised student observation and revision.

Technical Specifications

What's Included in the Kit

• 1 Neuron Model on Base Plate
• Labels, guide card, detachable parts, or storage box

Applications / Uses

• Biology lessons on neurons, nerve cells, and nervous system organisation.
• Physiology demonstrations on nerve impulse direction and neural communication.
• Medical, nursing, and paramedical training for introductory neuroanatomy.
• Psychology classroom teaching on brain signalling and neural pathways.
• School demonstrations within the wider Science Lab Equipment range.

How to Use the Neuron Model on Base Plate

1. Place the base plate on a clean, stable teaching table or laboratory bench.
2. Identify the dendrites and explain that they receive incoming signals from other cells.
3. Point out the soma or cell body and locate the nucleus if it is shown on the model.
4. Trace the axon pathway to explain the direction of nerve impulse transmission.
5. Use labels or colour coding, if supplied, to identify terminal branches and synaptic regions.
6. Compare the model with nervous system charts, brain models, or synapse models for broader context.

Safety note: This model is for educational demonstration only. It is not intended for diagnosis, neurological testing, treatment planning, or patient-specific clinical decisions.

Care & Maintenance

• Wipe the model and base plate with a soft, dry or slightly damp cloth after classroom use.
• Avoid abrasive cleaners that may damage labels, paint, or colour-coded structures.
• Store the model in a clean, dry cabinet away from heat and moisture.
• Do not bend thin branches, terminal structures, pins, or mounted parts if resistance is felt.

Frequently Asked Questions

What is a Neuron Model on Base Plate used for?

A Neuron Model on Base Plate is used to teach nerve cell anatomy, including dendrites, soma, nucleus, axon, and terminal branches in biology and neuroanatomy classrooms.

Is this model suitable for biology laboratories?

Yes. It is suitable for school biology labs, college anatomy rooms, medical training centres, nursing institutes, and psychology classrooms.

Can students handle this model during practical classes?

Yes. Students can observe and handle the model under supervision, provided they do not bend thin projections or remove mounted parts roughly.

Is this a clinical neurological device?

No. It is an educational neurobiology model. It should not be used for diagnosis, neurological assessment, treatment planning, or patient-specific decisions.

For related nervous system and life science teaching aids, explore the Biology Lab Equipment category from Lab Glassware Manufacturer.

Last updated: September 2026.