Explain independent assortment Compare a gamete to a somatic cell Explain nondisjunction citing specific examples Predict the outcome of Describe the research and Textbook Students will take a CLE 3210.4.3 monohybrid and dihybrid crosses. importance of Gregor Mendel Chapters 11 and 14 based upon the following breakdown of standards: Compare different Predict the probability of specific CLE 3210.4.4 modes of inheritance: sex linkage, genotypes and phenotypes in 35% CLE 3202.4.3 dominance, incomplete offspring when the 35% CLE 3210.4.4 multiple alleles, and polygenic traits. genotypes or phenotypes of the 20% CLE 3210.4.6 parents. 10% CLE 3210.Math.2 Describe the connection CLE3210.4.6 Contrast codominance with Lab activities to support between mutations and human genetic incomplete cominance learning will be assessed disorders. based upon Explain why more males exhibit rubric. CLE 3210.Math.2 Utilize appropriate 3 5 – X-linked traits mathematical equations and processes to understand biological concepts. Explain polygenic inheritance Summarize the inheritance of genetic disorders including PKU, Huntingtons, Achondroplasia, Sickle Cell Anemia, Albinism, Duchenne Muscular Dystrophy, and Hemophilia Apply math skills and reasoning to make predictions Determine mode of inheritance and genotypes when a pedigree
Explain independent assortment Compare a gamete to a somatic cell Explain nondisjunction citing specific examples 3 – 5 CLE 3210.4.3 Predict the outcome of monohybrid and dihybrid crosses. CLE 3210.4.4 Compare different modes of inheritance: sex linkage, incomplete dominance, multiple alleles, and polygenic traits. CLE3210.4.6 Describe the connection between mutations and human genetic disorders. CLE 3210.Math.2 Utilize appropriate mathematical equations and processes to understand biological concepts. Describe the research and importance of Gregor Mendel Predict the probability of specific genotypes and phenotypes in offspring when the genotypes or phenotypes of the parents. Contrast codominance with incomplete cominance Explain why more males exhibit X-linked traits Explain polygenic inheritance Summarize the inheritance of genetic disorders including PKU, Huntingtons, Achondroplasia, Sickle Cell Anemia, Albinism, Duchenne Muscular Dystrophy, and Hemophilia Apply math skills and reasoning to make predictions Determine mode of inheritance and genotypes when a pedigree Textbook Chapters 11 and 14 Students will take a based upon the following breakdown of standards: 35% CLE 3202.4.3 35% CLE 3210.4.4 20% CLE 3210.4.6 10% CLE 3210.Math.2 Lab activities to support learning will be assessed based upon rubric.
xv3r6odZUTRlxPsgrYdMQ7KiuMqYxOmrvILF5uOsmvBZM0S7.docx