Axis Scientific Enlarged Brain Stem Anatomy Model, 2 Parts - 3d model of the brain, life size anatomy, Human anatomy system miniature, mini figure model for neuroscience, school demonstration.

The Axis Scientific Enlarged Brain Stem Anatomy Model is designed as a 2-part sagittally sectioned model to help allow students of neuroscience the up-close study of one of the least understood parts of the human brain. The brain stem with its primary importance of maintaining basic vital functions in the central nervous system is the target in many neurodegenerative diseases. Since the functional changes that accompany many of these diseases are poorly understood, hands on study of the anatomy of the brain stem is a prerequisite for developing therapeutic strategies for treatments. This 2.5x life-size hand painted model shows a number of elements in the brain stem including the midbrain, pons, diencephalon and medulla, as well as additional intricate structural details on the cranial nerves, arteries, veins, dura mater, optic thalamus and more. Ideal for advanced anatomical study by neurological students as well as patient demonstration. Made by Axis Scientific. .

‌This model offers an enlarged and highly detailed depiction of the human brain stem, allowing for an in-depth study of its anatomy. Each structure is clearly defined, making it an excellent tool for learning and teaching. The model separates into two parts, providing a comprehensive view of both external and internal structures. This feature facilitates a more thorough examination and understanding of the complex anatomy of the brain stem. Ideal for medical students, educators, and professionals, this model serves as an invaluable educational resource. It helps in explaining and understanding the functions and connections of the brain stem, enhancing both teaching and learning experiences. Made from durable, high-quality materials, this brain stem model is built to last. Its robust construction ensures it can withstand regular handling in classroom and clinical settings, maintaining its detailed features over time. Mounted on a sturdy base for stability, this model is easy to handle and display. Its clear labeling and detailed structures make it an accessible and practical reference for anyone studying or teaching neuroanatomy, ensuring it is both informative and easy to use.