to reproduce, and to (additional maintain homeostasis? Ch 9: Respiration vs. “Cellular days may Respiration: Photosynthesis Venn be How do organisms capture, Harvesting Chemical Diagram necessary use, and store free energy? Energy” for exp. Cell Respiration Lab design) Ch 10: “Photosynthesis,” Photosynthesis Lab 10/28- Ch 12: Cell Cycle” “The 11/26 Fermentation Lab Ch 13: and “Meiosis Sexual Life Cycles” Respiration & Photosynthesis Journal Ch 38: “Angiosperm Reproduction” The Immortal Life of Henrietta Lack (book) Ch 46: “Animal Reproduction” I’m Too Young! A “But Case Study of Ovarian Cancer”cerormation FRQser Symulationce"e"s will be done starting in April) Mitosis & Meiosis Lab Unit 4 Heredity: From Gene to Protein – 8 weeks How do living systems store, retrieve, and Ch 14: and Punnett Square Problems “Mendel transmit genetic the Gene Idea” information critical to life Discovery of DNA Scientist 39 days processes? Ch 15: Prezi “The How does the expression Chromosomal Basis of (additional of genetic material control Inheritance” Gene to Protein days may cell products which, in Simulation be turn, determine the Ch 16: Molecular “The necessary metabolism and nature of Basis of Inheritance” Bacterial Transformation Lab for exp. the cell? design) What is the relationship Ch 17: Gene to Restriction Enzyme Lab “From between changes in Protein” 12/3 genotype and phenotype DNA analysis Lab – 1/31 and evolution? Ch 18: of “Regulation How can humans use Gene Expression” Biotechnology Project genetic engineering techniques to manipulate Ch 19: M&M Chi-Square Lab “Viruses” genetic information? What are ethical issues Ch 20: DNA model “Biotechnology” raised by the application of these techniques? Ch 21: and DNA/ Protein Synthesis FRQ “Genomes Evolution” Transformation FRQ Unit 5 Evolution – 5 weeks
(additional days may be necessary for exp. design) 10/28- 11/26 to reproduce, and to maintain homeostasis? How do organisms capture, use, and store free energy? Ch 9: “Cellular Respiration: Harvesting Chemical Energy” Ch 10: “Photosynthesis,” Ch 12: “The Cell Cycle” Ch 13: “Meiosis and Sexual Life Cycles” Ch 38: “Angiosperm Reproduction” Ch 46: “Animal Reproduction” Respiration vs. Photosynthesis Venn Diagram Cell Respiration Lab Photosynthesis Lab Fermentation Lab Respiration & Photosynthesis Journal The Immortal Life of Henrietta Lack (book) “But I’m Too Young! A Case Study of Ovarian Cancer”cerormation FRQser Symulationce"e"s will be done starting in April) Mitosis & Meiosis Lab Unit 4 – Heredity: From Gene to Protein 8 weeks 39 days (additional days may be necessary for exp. design) 12/3 – 1/31 How do living systems store, retrieve, and transmit genetic information critical to life processes? How does the expression of genetic material control cell products which, in turn, determine the metabolism and nature of the cell? What is the relationship between changes in genotype and phenotype and evolution? How can humans use genetic engineering techniques to manipulate genetic information? What are ethical issues raised by the application of these techniques? Ch 14: “Mendel and the Gene Idea” Ch 15: “The Chromosomal Basis of Inheritance” Ch 16: “The Molecular Basis of Inheritance” Ch 17: “From Gene to Protein” Ch 18: “Regulation of Gene Expression” Ch 19: “Viruses” Ch 20: “Biotechnology” Ch 21: “Genomes and Evolution” Punnett Square Problems Discovery of DNA Scientist Prezi Gene to Protein Simulation Bacterial Transformation Lab Restriction Enzyme Lab DNA analysis Lab Biotechnology Project M&M Chi-Square Lab DNA model DNA/ Protein Synthesis FRQ Transformation FRQ Unit 5 – Evolution 5 weeks