Neuron model with stages of multiple sclerosis - EZ Augmented Anatomy

The Neuron model with stages of multiple sclerosis - EZ Augmented Anatomy is an enlarged anatomical model crafted for educators, students, and medical professionals. It demonstrates the effects of multiple sclerosis on nerve cells, providing a hands-on, visual solution for complex neuroanatomy learning. This model stands out by pairing realistic design with an innovative augmented reality app, making study sessions immersive and highly informative.

Transform Neuroanatomy Education with an Interactive Learning Experience

Hold the Neuron model with stages of multiple sclerosis - EZ Augmented Anatomy to unlock a powerful, interactive approach to neuroscience education. This model presents a human neuron at a significantly enlarged scale, highlighting a healthy axon alongside three clearly differentiated stages of multiple sclerosis-damaged myelin sheaths. Easily remove the neuron from its base for detailed inspection and teaching demonstrations. The included Augmented Anatomy App makes it simple to access dynamic labels and additional learning resources through AR, enhancing the clarity and retention of complex concepts. Use this model and app combination on any common smartphone or tablet, without extra fees or registration steps.

Features and Benefits

• Displays enlarged human neuron with detailed axon structure
• Shows healthy myelin and three stages of MS-affected myelin
• Detachable neuron for hands-on study
• Augmented Anatomy App offers instant AR nomenclature and resources
• Compatible with all common smartphones and tablets
• App free for Erler Zimmer customers, no registration required
• Learning lexicon with further online links
• High-quality educational materials meet clinical standards

Indications for Use

• Medical and allied health education
• Demonstration and study of multiple sclerosis pathology
• Classroom, university, or professional clinical training

Size Guide

• Model dimensions 14.5 cm length x 4 cm width x 2 cm height