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Vocabulary
modelcellular divisionmitosisdifferentiationcomplex organisms
Skills
  • use (models to represent biological processes) #dok2
  • illustrate (the role of mitosis in growth and maintenance) #dok2
  • explain (how differentiation produces specialized cells) #dok2
  • analyze (processes contributing to the development of complex organisms) #dok3
  • develop (a model to visualize cellular division and differentiation) #dok3
Learning Targets
  • I can define cellular division and differentiation in organisms. #dok1
  • I can identify mitosis as a process of cellular division. #dok1
  • I can use a model to illustrate how mitosis and differentiation contribute to organism complexity. #dok2
  • I can explain the importance of specialized cells in multicellular organisms. #dok2
  • I can develop a model showing how cells divide and differentiate to produce complex organisms. #dok3
  • I can analyze diagrams to identify where cellular division and differentiation occur in organism development. #dok3
Big Ideas
  • Mitosis and cellular differentiation are vital processes for the development and maintenance of complex organisms.
  • Models help us visualize and understand cellular division and differentiation and their roles in multicellular life.
Essential Questions
  • How does mitosis contribute to the growth and maintenance of complex organisms?
  • What is cellular differentiation, and why is it important for multicellular organisms?
  • How do models help us understand the relationship between cell division and organism complexity?
  • What would happen if cellular division or differentiation did not occur properly in an organism?
  • In what ways do specialized cells support the functions necessary for life in complex organisms?

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