Description
Specifications
Product Name – Mitosis Model
Quantity/Pack Size – Single Unit
Form – Solid, Color-Coded Cellular Structure
Grade – Laboratory Grade
Application – Cell Division Study, Chromosome Visualization, Cytogenetics
product overview
The Mitosis Model provides a detailed and realistic representation of eukaryotic cell division, illustrating all critical stages from prophase through telophase, including cytokinesis. Designed with high-quality laboratory-grade materials, this model ensures durability, precision, and clarity under repeated handling. Each stage of mitosis is distinctly highlighted, with color-coded chromosomes and spindle fibers to clearly show alignment, separation, and distribution of genetic material. The model emphasizes key cellular components such as the mitotic spindle, centrosomes, and nuclear envelope dynamics, providing an accurate visualization of chromosomal behavior throughout division. Its three-dimensional structure allows for observation from multiple angles, making it easier to study chromosome alignment during metaphase, segregation during anaphase, and the formation of two daughter cells in telophase. The Mitosis Model combines structural accuracy, vivid coloration, and robust construction, ensuring long-term usability in laboratory environments. This model is ideal for visualizing the intricate mechanisms of mitosis, including chromosomal duplication, alignment, segregation, and cytokinesis, offering a clear and tangible representation of cellular processes. Its compact, stable design supports detailed examination and comparison of different stages, enhancing understanding of cell division mechanics, chromosome distribution, and overall cellular behavior in a laboratory-grade, professional model suitable for repeated observation and study.
FAQs
1. Does the Mitosis Model show all mitotic stages?
Yes, it illustrates prophase, metaphase, anaphase, telophase, and cytokinesis with clear chromosomal alignment and segregation.
2. Can it be compared with a meiosis model?
Yes, it can be displayed alongside meiosis models to compare chromosomal behavior and cell division mechanisms effectively.
3. Are there alternative models for cell division study?
Yes, options include meiosis models, homologous chromosome models, and crossover-specific cellular models for detailed analysis.
4. How should the model be stored?
Store in a clean, dry location, avoiding direct sunlight or high temperatures to preserve material integrity and color clarity.
5. Is bulk ordering available for laboratory setups?
Yes, multiple units can be ordered to meet the needs of teaching labs, research facilities, or demonstration purposes.
