2. Jeopardy! Inheritance Chpts 8 and 9 Jeopardy! Inheritance Chpts 8 and 9

3. Choose Your Question Mitosis & Meiosis Mendelian Genetics I Mendelian Genetics II Non- Mendelian Genetics Human Inheritance I Human Inheritance II 200 400 600 800 1000 Final

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5. FINAL JEOPARDY Category- Human Pedigrees The answer is…. The answer is….

6. Final Jeopardy The inheritance illustrated here is ___________ back

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8. Answers Mitosis and Meiosis Mendelian Genetics I Mendelian Genetics II Non- Mendelian Genetics Human Inheritance I Human Inheritance II Mitosis Test cross 1:2:1 and 3:1 Incomplete Dominance GameteCarrier Meiosis Homologous chromosomes 9:3:3:1CodominanceAllele Linked genes Tetrad Law of Segregation 1/4PleiotropyPedigree Sex linked Nondisjunction Law of Independent Assortment 1/16 Polygenic Inheritance Either1/4 Sister chromatids P, F1, F2 True breeding or pure breeding Epistasis All heterozygous (Bb); all purple 0% Final Jeopardy Answer- autosomal dominant

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10. Mitosis and Meiosis 200 Produces diploid daughter cells genetically identical to parent cells back

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12. Mitosis and Meiosis 400 Produces haploid daughter cells genetically different from parent cells back

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14. Mitosis and Meiosis 600 Alignment of homologous chromosomes and their sister chromatids during Prophase I of Meiosis I back

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16. Mitosis and Meiosis 800 Failure of homologous chromosomes or sister chromatids to separate during cell division back

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18. Daily Double Daily Double

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20. Mitosis and Meiosis 1000 Are produced during the S phase between cell divisions back

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22. Mendelian Genetics I 200 A cross of an organism with unknown genotype and a homozygous recessive organism back

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24. Mendelian Genetics I 400 Chromosome pairs of the same length containing similar genetic information at the same loci back

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26. Mendelian Genetics I 600 The principle stating that alleles separate from one another during meiosis back

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28. Mendelian Genetics I 800 The principle stating that an allele for a trait may be passed on, independent of another allele during meiosis back

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30. Mendelian Genetics I 1000 Mendel’s symbols for Parent Generation, First Offspring Generation and Second Offspring Generation back

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32. Mendelian Genetics II 200 Expected phenotypic and genotypic ratios of a monohybrid cross back

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34. Mendelian Genetics II 400 Expected phenotypic ratio of a dihybrid cross back

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36. Mendelian Genetics II 600 A brown mouse is mated with a white mouse. All of their offspring are brown. If 2 of these offspring are mated, what fraction of their offspring will be white? back

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38. Mendelian Genetics II 800 Two heterozygous tall purple flowers are crossed. The probability that one of their offspring will have white flowers is ¼. The probability that one of their offspring will be dwarf is ¼. What is the probability that one of their offspring will be dwarf with white flowers? back

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40. Mendelian Genetics II 1000 Term which describes organisms who pass on the same phenotype to their offspring back

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42. Non-Mendelian Genetics 200 Produces a third phenotype which is a blend of the parents’ phenotype back

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44. Non-Mendelian Genetics 400 An example would be ABO human blood types back

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46. Non-Mendelian Genetics 600 A single gene influences multiple phenotypic traits back

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48. Daily Double Daily Double

49. Non-Mendelian Genetics 800 Multiple genes influence the expression of a single phenotype back

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51. Non-Mendelian Genetics 1000 In our Labrador pup example, coat color expression is influence by a third gene back

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53. Human Inheritance I 200 Product of meiosis back

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55. Human Inheritance I 400 An alternate form of a gene; found at the same loci on homologous chromosomes back

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57. Daily Double Daily Double

58. Human Inheritance I 600 Diagram showing the appearance of a phenotype over many generations is called _______ back

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60. Human Inheritance I 800 A young woman had a baby. Her blood type is AB. Baby’s blood type is A. There are two possible fathers: Jim is type A, and Marvin is type O. Which could be the father? back

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62. Human Inheritance I 1000 A Kansas wildcat comes in 3 colors: blue, red and purple. A homozygous dominant individual is blue. A homozygous recessive individual is red. And a heterozygous individual is purple. What would be the genotypes and phenotypes of the offspring if a blue cat is mated with a red one? back

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64. Human Inheritance II 200 Person or organism that has inherited a genetic mutation but they themselves do not express the trait back

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66. Human Inheritance II 400 Genes that are usually inherited together due to their close proximity on a chromosome back

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68. Human Inheritance II 600 Genetic trait found on the sex chromosome is described as _______ back

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70. Human Inheritance II 800 A man and a woman with normal vision have a color blind son. What is the probability their next child will be a color blind son? back

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72. Human Inheritance II 1000 In a cross between a white eyed female fly and a red eyed male, what percent of all female offspring will be white eyed? (Eye color is X-linked recessive) back

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