Motor neuron diorama magnified more than 2500 times, providing a fully threedimensional reproduction of a motor nerve cell positioned among interacting neurons and a skeletal muscle fibre. The membranous envelope has been cut away to reveal the cytological ultrastructure, organelles, and inclusions within the cell body, shown in contrasting colors for clear identification. Key benefits Makes microscopic structure visible and intuitive: magnified, 3D presentation clarifies relationships among cell body, dendrites, synapses, and muscle fiber that are difficult to convey in flat images. Enhances instruction and study: removable axon section and cutaway views let instructors and students examine the myelin sheath, neurolemma, and the Schwann cell that formed them. Durable display and demonstration tool: mounted on a wooden base for stable tabletop use in classrooms, labs, and exhibits. Important features and specifications Magnification: more than 2500 times actual size for clear visualization of fine structure. Threedimensional: fully modeled neuron positioned in a natural setting with surrounding neurons and a skeletal muscle fibre. Cutaway details: membranous envelope removed to expose cytological ultrastructure, organelles, and inclusions within the cell body, depicted in contrasting colors. Axon detail: myelinwrapped axon with node of Ranvier; a section of the axon lifts off to expose the tightly wound layers of the myelin sheath and the neurolemma, and the Schwann cell that formed them. Synaptic detail: branching dendrites and communicating synapses are visible; synaptic vesicles carrying neurotransmitters can be seen via cutaway views. Mounting and size: model is mounted on a wooden base. Overall dimensions 18 inches length by 11 inches width by 17 inches height. Use scenarios Classroom demonstration: instructorled lectures that require clear, handson illustration of motor neuron anatomy and neuromuscular connections. Laboratory or study aid: smallgroup labs and student study sessions where close inspection of ultrastructure supports learning objectives. Museum or exhibit display: science centers or anatomical exhibits that need an accurate, eyecatching representation of neuronal structure for public education. This motor neuron diorama combines accurate anatomical detail, removable components for close inspection, and stable mounting to support teaching, study, and display needs.