Mitosis of 10 Models Plant

Mitosis of 10 Models Plant is a comprehensive botanical teaching aid supplied by Glass Agencies for demonstration and laboratory study in schools, colleges, universities, and research institutions. This educational set is designed to clearly illustrate the complete stages of mitosis in plant cells through ten enlarged and scientifically accurate three-dimensional models. It helps students understand the process of cell division with clarity and precision, making complex microscopic events easier to visualize and comprehend during classroom instruction. The set typically represents all major stages of mitosis including Interphase, Prophase, Metaphase, Anaphase, and Telophase, along with the final stage of Cytokinesis. Each model demonstrates key cellular events such as chromatin condensation into chromosomes, disappearance of the nuclear membrane, formation of spindle fibers, alignment of chromosomes at the equatorial plate, separation of sister chromatids, and reformation of the nuclear membrane. The plant-specific feature of cell plate formation during cytokinesis is clearly illustrated, helping students understand how plant cells divide and form two identical daughter cells. Each stage is distinctly color-coded and properly labeled to ensure easy identification during lectures and laboratory demonstrations. The enlarged structures clearly show chromosomes, spindle apparatus, cell wall, and other internal components, enabling students to observe cellular details that are otherwise visible only under a microscope. This visual and practical representation strengthens conceptual understanding of growth, tissue repair, and vegetative reproduction in plants. Constructed from high-quality, durable, and non-toxic materials, the Mitosis of 10 Models Plant set ensures long-term reliability and structural stability in educational environments. Each model is securely mounted on a sturdy base for convenient display and safe handling. The models are arranged sequentially to allow systematic explanation of each stage of mitosis step by step. Widely used in botany and biology laboratories, this model set supports interactive learning by connecting theoretical textbook knowledge with clear visual demonstration. It is particularly useful for explaining chromosome behavior, genetic continuity, and the importance of mitotic division in plant growth and development.