In eukaryotes, heritable information is passed to the next generation via processes that include the cell cycle and mitosis or meiosis plus fertilization.
- The Cell Cycle is a complex set of stages that is highly regulated with checkpoints, which determine the ultimate fate of the cell.
- Mitosis passes a complete genome from the parent cell to daughter cells.
- Meiosis, a reduction division, followed by fertilization ensures genetic diversity in sexually reproducing organisms.
Week 6 March 4 - March 8
Monday March 4 HHMI Click and Learn - Eukaryotic Cell Cycle and Cancer Homework: Notes 9.3 Tuesday March 5 Video Clip - Cancer as a Genetic Disease with handout HUGO Gene Nomenclature website Classifying cancer genes - Activity #1 Wednesday March 6 Classifying cancer genes - Activity #1 (finish) Thursday March 7 P53 and Cancer Genes Classifying cancer genes - Activity #2 Friday March 8 Notebook Check |
Week 9 March 25 - March 29
Monday March 25 HHMI Structure and Function of Telomeres Learn.Genetics Telomere The Telomere Effect Homework: Bozeman Science DNA Replication Tuesday March 26 Complete yesterday's work Bozeman Science DNA Part I and DNA Part II Epigenetics Wednesday March 27 Bozeman Science Transcription and Translation PowerPoint Ch. 14 Section 1-3 Thursday March 28 PowerPoint Ch. 14. Section 4-5 Friday March 29 Notebook Check |
Week 7 March 11 - March 15
Monday March 11 Activity #2 3-2-1 Bozeman - Chi Square with handout Chi Square calculations and M & M lab Tuesday March 12 HHMI Chi Square statistics Evolving Switches, Evolving Bodies Wednesday March 13 Analyzing a Stickleback Trait Using Chi Square Thursday March 14 Finish Stickleback Activity POGIL - Meiosis Friday March 15 Understanding Karyotypes, Pedigrees Colorblindness Transmission Week 8 March 18 - March 22
Monday March 18 Review Colorblindness 2 Trait Crosses Parakeet Feather Color Tuesday March 19 Tribbles Activity Bozeman - Genetic Recombination and Gene Mapping Wednesday March 20 Finish Tribble Activity BS - Gene Mapping Thursday March 21 Recombination and Mapping Problems Ch. 13 Notes Friday March 22 HHMI Pulse-Chase Primer - Messelson Stahl Bozeman Science Meselson-Stahl Meselson-Stahl video |
Week 1 April 8 - April 12
Monday April 8 Notes: Ch. 15-1 pg. 304-307 trp operon Homework: Bozeman Science - The lac operon Tuesday April 9 Notes: Lac Operon PhET Simulation Gene Machine: The Lac Operon Wednesday April 10 Transformation Pre-Lab PowerPoint presentation - see below Thursday April 11 Transformation Lab Day 1 Friday April 12 Transformation Lab Day 2 Lab handout questions Week 2 April 15 - April 19
Monday April 15 Gene Regulation in Eukaryotes - note taking from video Got Lactase? - Regulation of the Lactase Gene Regulation of the Lactase Gene Tuesday April 16 (Testing Day) No class Wednesday April 17 Eukaryotic Gene Control - YouTube Stickleback Regulatory Switches of pitx1 gene in Stickleback Parts 1 and 2 Thursday April 18 Review notes and diagrams Modeling the pitx1 gene (partners) Friday April 19 HHMI Student Quiz Homework: Review sheet Tests on Monday (Cell cycle, mitosis, and meiosis) and Tuesday (Gene Regulation) |
ch._13_section_4-5.pptx | |
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ch._14_section_1-3.pptx | |
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File Type: | pptx |
transformation_ppt.pptx
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