Plant Cell Division Meiosis Model – 15 Stages

Plant meiosis model illustrating chromosome behaviour across all stages of meiotic cell division.

This comprehensive plant cell meiosis model set reflects current understanding of chromosome behaviour during meiosis, from the resting nucleus through to the formation of four haploid daughter cells. Designed to support senior biology teaching, it provides a clear, sequential visual explanation of both Meiosis I and Meiosis II, including the critical sub-stages of prophase I. Mounted on a single board, the models support effective classroom demonstrations, guided discussion, and exam preparation where accurate visualisation is essential.

Key Features

• Complete visual sequence of plant cell meiosis from interphase to gamete formation
• Clearly illustrates chromosome pairing, crossing over, and separation
• Includes detailed sub-stages of prophase I for advanced understanding
• Supports teaching of genetic variation and reduction division concepts
• Mounted on a single board for easy comparison of meiotic stages

Specifications

• Model type: Plant cell meiosis model
• Number of stages: 15
• Stages shown: Interphase; prophase I (leptotene, zygotene, pachytene, diplotene); diakinesis; metaphase I; anaphase I; telophase I; daughter cells; prophase II; metaphase II; anaphase II; telophase II; gametes
• Mounting: Fixed board with labelled key card