Survey
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
11/12/06 Speciation Worksheet Define the following terms: -Macroevolution -Species: -Speciation: -Anagenesis: - Cladogenesis: -Reproductive Barriers: -Sympatric Speciation: - Polyploids -Extrinsic (Geographical) Barriers: -Allopatric Speciation: -Temporal (Time) Barriers: -Gradualism Model of Speciation: -Punctuated Equilibrium Model of Speciation: -Founder Effect -Explain the role of Hox genes in the evolution of tetrapod limbs: Main Topics and Ideas for Exam three: -Mitosis and the Cell Cycle: Karyokinesis, Cytokinesis, S phase, Centromere, Spindle -Chromosomes: haploid, diploid, chromosomes vs. chromatid vs. chromatin -Meiosis: Heritability with Varibility, Crossing over, Independent Assortment, Segregation, Meiosis I, Meiosis II -Mendelian Genetics: Pea Plants, Characters, Traits, Dominant, Recessive, Punnet Square, True Breeding, Testcross, Genotype, Phenotype, Gene locus, Homozygous, Heterozygous, P generation, F1 Generation, F2 Generation, Monohybrid Cross, Dominant Disorders, Recessive Disorders -Complex Inheritance: Dihybrid Cross, Independent Assortment 9:3:3:1, Incomplete Dominance, Multiple alleles, Pleiotrophy, Epistasis, Polygenic Inheritance, Autosomal Linkage, Sex Linkage, X Incativation, Meiotic Nondisjunction, Aneuploidy, Polyploidy, Biparental Inheritance -Darwinian Evolution: Adaptation, Natural Selection, Darwin’s 5 Assumptions, Evolution -Hardy-Weinberg: Alleles, Genome, Gene pool, Microevolution, H-W Conditoins, p,q, p+q=1, p2+2pq+q2=1, -Non-Adaptive Changes: Mutations, Bottleneck, Genetic Drift, Founder Population -Speciation and Macroevolution: Species, Speciation, Marcroevolution, Anagenesis, Cladogenesis, Biological Barriers, Geographical Barriers, Temporal Barriers, Hybrids, Founder Effect, Gradualism Model, Punctuated Equilibrium Model, Hox Genes