Bring the excitement of genetics to scholars with a dynamic hands-on meiosis modeling experience. During the activity, biologists follow step-by-step procedures to build chromosomes, model independent assortment, learn about crossing over, and predict the genetic outcome of offspring. Participants read scientific text, complete short discussion questions, label diagrams, and apply newly attained concepts to real-world scenarios.

Concepts

meiosis, fertilization, genes, cell reproduction, chromosomes, gametes, haploids, diploids, zygotes

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Instructional Ideas

• Have pupils make flashcards to practice vocabulary 
  
• Ask participants to write an acrostic poem gained from their exploration  

Classroom Considerations

• Recommends class members complete an activity referenced in teacher notes before starting
• Requires gathering materials and set up ahead of time 
• Review the instructions prior to beginning the lesson and adjust to meet the needs of your class
• Assumes basic background knowledge of genes and inheritance
• Project designed to last over multiple class periods

Pros

• Contains links to supplemental material to extend learning, including follow-up activities
  
• Detailed teacher notes provide helpful background information to guide discussions

Cons

• None