Neuron amplification model

The neuron magnification model is a teaching and demonstration tool used to show the structural details of individual neurons. By magnifying at a large scale, the microstructure of the cell becomes clearly visible. Models typically consist of key components such as the cell body, dendrites, axons, myelin sheaths, Longfei nodes, and synaptic terminals, helping learners understand the morphological characteristics and information transmission pathways of neurons from a three-dimensional perspective.

In basic teaching, this model can visually present the conduction direction and signal communication mode of neurons, and is particularly suitable for explaining the generation of action potentials, synaptic transmission processes and the basic mechanisms of neural networks. For medical students, nursing professionals and related health disciplines, the model can assist students in understanding the pathological basis of neurological diseases such as demyelinating lesions and nerve injuries. It is also often used in scientific research exhibitions and popular science education to explain to the public how the nervous system works. Overall, the neuron amplification model is an efficient tool for understanding neural structure and function, which can significantly enhance learning outcomes and spatial cognitive abilities.