<p> AP Biology Quarter 1: Weeks 7-9 October 5-23, 2009</p><p>DATE IN CLASS HOMEWORK</p><p>Monday AP Lab 3A: Mitosis 1. Cell Assessment (6,7; 95 min.) Cancer and the Cell Cycle DUE: W 10/7 10/5/09 * How does cancer begin? How does the cell - and western medicine - combat cancer?</p><p>Wednesday Cell Assessment 1. Ch 8.12-24: Study Guide (6,7; 80 min.) DUE: F 10/9 10/7/09 * Demonstration of Understanding 2. Arabidopsis wiki entries DUE: F 10/9</p><p>Friday Meiosis and Gametogenesis 1. Ch 9.1-10: Study Guide (6,7; 65 min.) DUE: T 10/13 10/9/09 * How is meiosis similar to/different than mitosis? 2. LabsOnline regiatration DUE: T 10/13</p><p>Tuesday Patterns of Inheritance 1. Fly Lab Questions (6,7; 95 min) LabsOnline: Fly Lab DUE: Th 10/15 10/13/09 2. Lab 3B Prelab * How do Mendelian patterns of inheritance influence an DUE: Th 10/15 organism’s genotype & phenotype? How are non-Mendelian patterns of inheritance explained?</p><p>Thursday Lab 3B: Meiosis 1. Ch 9:11-23 Study Guide (6,7; 95 min) LabsOnline: Fly Lab DUE: M 10/19 10/15/09 Chi Square Test 2. Fly Lab Questions DUE: M 10/19 * How does the reproduction of organisms result in genetic 3. Chi Square problems diversity? Of what value is genetic diversity? How does DUE: M 10/19 statistical analysis aid our understanding of genetics?</p><p>Monday Lab 3B: Meiosis 1. Inheritance Assessment (6,7; 95 min.) Patterns of Inheritance DUE: W 10/21 10/19/09 * How does the reproduction of organisms result in genetic diversity? Of what value is genetic diversity?</p><p>Wednesday Patterns of Inheritance Assessment 1. Ch 10.1-16 Study Guide (6,7; 80 min.) Introduction to Molecular Genetics DUE: F 10/23 10/21/09 * Demonstration of Understanding</p><p>Friday Molecular Genetics 1. Ch 11 Study Guide (6,7; 65 min.) DUE: T 10/27 10/23/09 * How does the molecular structure of DNA allow for it’s precise duplication?</p><p>C. Gay 10/3/09 SSHS AP Biology SOME (but not all!) KEY TERMS AND IDEAS FOR THESE TWO WEEKS  Meiosis o Somatic cells vs. gametes o Homologous chromosomes: autosomes vs. sex chromosomes o Haploid cells vs. diploid cells o Stages of Meiosis o Comparisons of mitosis and meiosis o Sources of genetic variability: crossing over (chiasma, genetic recombination), independent orientation of chromosomes, random fertilization  Alterations of chromosome number and structure o Karyotype o Nondisjunction: trisomy and monosomy o Deletion, duplication, inversion, translocation  Mendel’s Principles o Self-fertilization, cross fertilization, hybrids, P generation, F1 and F2 generation, alleles, dominant, recessive, homozygous, heterozygous o Punnett Squares o Principle of Segregation o Principle if Independent Assortment o Test cross o Rules of Probability: rule of multiplication, rule of addition o Pedigree analysis and single gene autosomal disorders o Fetal analysis, amniocentesis, chorionic villus sampling, ultrasound imaging  Variations on Mendel’s Principles o Incomplete dominance o Multiple alleles: codominance (ABO blood groups) o Pleiotropy o Genetic Testing o Epistasis o Polygenic inheritance  Chromosomal Basis of Inheritance o Chromosomal theory of inheritance o Linked genes o Recombination frequency and gene mapping  Sex Chromosomes and Sex-linked Genes o Sex determination mechanisms in organisms (X-Y, X-O, Z-W, chromosome number, monoecious, dioecious, hermaphroditic) o Sex-linked inheritance and disorders</p><p>Skills:  Calculations of genotypic and phenotypic frequencies using Punnett Squares and rules of probability  Chi-Square analysis  Gene mapping using frequencies of crossing over</p><p>C. Gay 10/3/09 SSHS AP Biology</p>