Portable Brain Anatomical Model - 2 Part Now 65% Cheaper [ubsWrlEp]

Portable Brain Anatomical Model - 2 Part Now 65% Cheaper [ubsWrlEp]

Are you looking for a comprehensive and detailed educational tool for studying human brain anatomy? Look no further! Our Portable Brain Anatomical Model - 2 Part Now 65% Cheaper [ubsWrlEp] is designed to provide an in-depth understanding of the human brain's structure and function. This life-size bisectible model offers a unique perspective, allowing you to explore and analyze the major anatomical features with ease.

Key Features and Specifications

This model is not just visually impressive; it is also highly informative. Here are some of its standout features:

• Life-size Representation: The model is designed to scale accurately, providing a realistic view of the human brain.
• Bisectible Design: The brain can be easily split into two parts, allowing for a detailed examination of the inner structures.
• 12 Cranial Nerve Roots: All 12 cranial nerve roots are clearly marked, aiding in the study of neural pathways and connections.

The model is supplied with a sturdy base and a key card, which includes detailed descriptions and labels for each important feature, ensuring that you can identify and understand every part of the brain with ease.

Practical Uses and Benefits

Our Portable Brain Anatomical Model - 2 Part Now 65% Cheaper [ubsWrlEp] is an invaluable tool for students, educators, and professionals in the fields of medicine, psychology, and neuroscience. Here are some of the practical uses:

• Medical Education: Ideal for medical students and professionals to learn about brain anatomy and neurology.
• Neuroscience Research: A valuable resource for researchers studying brain function and neural pathways.
• Education and Training: Perfect for educational institutions to teach and train the next generation of medical professionals.

With its precise details and user-friendly design, this model is sure to enhance your learning experience and help you gain a deeper understanding of the complexities of the human brain.