Centered around the essential question, “How does meiosis create genetically unique cells—and why does that matter?”, this unit gives students a clear and engaging look at how sexual reproduction drives genetic diversity. Through scaffolded lessons, real-world case studies, and interactive activities, students will explore each phase of meiosis and see how errors in this process can lead to conditions like Down syndrome and Turner syndrome. By the end, they’ll understand not just the what and how, but the why behind meiosis—and how it connects to their own inherited traits.
$10.00
Centered around the essential question, “How does meiosis create genetically unique cells—and why does that matter?”, this unit gives students a clear and engaging look at how sexual reproduction drives genetic diversity. Through scaffolded lessons, real-world case studies, and interactive activities, students will explore each phase of meiosis and see how errors in this process can lead to conditions like Down syndrome and Turner syndrome. By the end, they’ll understand not just the what and how, but the why behind meiosis—and how it connects to their own inherited traits.
Why Teachers Love This Resource:
What’s Inside:
Pro Tip: Kick off the unit by asking students, “What makes you one-of-a-kind—even compared to your siblings?” Then, as you move through the lessons, keep looping back to that question. By the end of the unit, students will be able to trace their uniqueness all the way down to the microscopic moments when chromosomes crossed over and cells divided. It’s a powerful way to make abstract science feel personal, memorable, and relevant.
Grade Levels: 8th – 12th
Total Pages: 100
Teaching Duration: 4 Days
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