Teaching Brain Anatomy Model Human Brain, 9.5 x 9 x 7.5 cm Product overview A compact, handson teaching model of the human brain designed for clear demonstration of internal nuclei and regional relationships. Sized for tabletop use, this model highlights key structures including the caudate nucleus, beanshaped nucleus, amygdala, and thalamus to support visual learning and practical study. Key benefits Improve comprehension: Converts abstract textbook descriptions into a tangible threedimensional reference for faster, clearer learning. Practical for teaching and study: Small, easytohandle size makes it suitable for classroom demonstrations, lab benches, and individual study sessions. Focused anatomy: Emphasizes important subcortical structures that are often difficult to visualize in twodimensional images. Durable and portable: Designed for repeated handling and simple transport between classroom, lab, and study areas. Important attributes Function: Educational anatomical model for demonstrating human brain nuclei and internal organization. Size: 9.5 x 9 x 7.5 cm, compact enough for tabletop display and closeup examination. Included structures: Caudate nucleus, beanshaped nucleus, amygdala, thalamus. Compatibility: Suited to anatomy and neuroscience coursework, lab demonstrations, study groups, and reference for artistic or research work. Performance: Provides clear spatial relationships between labeled subcortical components to support identification and explanation. Use scenarios Classroom demonstration: Instructor presents the model during lectures to point out the caudate nucleus, beanshaped nucleus, amygdala, and thalamus while explaining their spatial relationships. Student study aid: Anatomy students use the model for repeated handson review to reinforce identification and memorization of subcortical structures. Reference for illustration and research: Artists, modelers, and researchers use the model as a compact visual reference when creating diagrams or comparing imaging results. What it delivers A focused, reliable anatomical reference that makes internal brain structures accessible for teaching, learning, and demonstration. Its compact footprint and clear representation of key nuclei support repeated classroom use and individual study without occupying significant workspace. Note Product specifications reflect the model size and included anatomical structures as stated.