100 10407 120 Biology (ACP) 511 130 Unit 10: Genetics 140 2.5 - 3 weeks 150 10 160 170 1 180 210 07.0 Science 211 6.9.2 212 6.9.8 213 6.9.9 214 215 216 220 221 222 223 224 225 226 230 231 232 233 234 235 236 240 241 242 243 244 245 246 250 251 252 253 254 255 256 300 How do DNA, gene, RNA, protein, and expressed characteristics relate? 300 How does probablility relate to mendelian genetics? 300 What are the various modes of heredity? 300 What are the patterns for genetic problem solving? 300 How can Hardy-Weinberg's equation be used to prove genetic equilibrium and/or evolution? 400 1. Relationship of heredity and environment in determining characteristics 400 2. Gregor Mendel and his historical role 400 3. Mendel's initial crosses, using pea plants, leading to the four major Laws of Genetics 400 4. Basic genetic terms: Phenotype, Genotype, Homozygous, Heterozygous, Allele 400 5. Genetic probability using Punnett Squares 400 6. Monohybrid and Dihybrid crosses 400 7. Modes of Heredity: autosomal, linked, sex-linked, dodominance, incomplete dominance, polygenic, multiple allelic 400 8. Pedigree charts 400 9. Discussion of a variety of human genetic disorders 400 10. Manipulation of Hardy-Weinberg 500 Students in Biology will develop the ability to: 500 1. Appropriate use of genetic terms, 500 2. Apply principles of genetics to determine the probable outcome of a variety of genetic crosses; include all representative modes of heredity, 500 3. Utilizing a pedigree chart, determine the genetic character of the family members, 500 4. Relate meiosis and gamete combination to variation within a species, 500 5. Discuss various genetic disorders and their development and heredity patterns, 500 6. Using Hardy-Weinberg to prove genetic equilibrium. 500 500 500 600 1. Analysis and production of pedigree charts 600 2. Genetic problem solving 600 700 Objective/Subjective testing (40:60 percentage) 700 Cooperative Activities 700 Student facilitative instruction 700 Discussion regarding genetic technology/eugenics