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13. In the ABO blood system in human beings, alleles I and I B are codominant, and both are dominant to the i allele. In a paternity dispute, a type AB woman claimed that one of four men, each with different blood types, was the father of her type A child. Which of the following could be the blood type of the father of the child on the basis of the evidence given a. Type A b. Type B c. Type O d. Type AB 14. Under what circumstances can the phenotypes of the ABO system be used to refute paternity 15. In blood transfusions, one blood type is called the universal donor and one the universal recipient because of their ABO compatibilities. Which is which 16. Among the genes having the greatest number of alleles are those involved in self-incompatibility in plants. In some cases, hundreds of alleles exist for a
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20. Mendel self-fertilized dihybrid plants (RrYy) with round and yellow seeds and got a 9:3:3:1 ratio in the F2 generation. As a test of Mendel s hypothesis of independent assortment, predict the kinds and numbers of progeny produced in testcrosses of these F2 offspring. 21. Four o clock plants have a gene for color and a gene for height with the following phenotypes:
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RR: red ower Rr: pink ower rr: white ower TT: tall plant Tt: medium height plant tt: dwarf plant
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Give the proportions of genotypes and phenotypes produced if a dihybrid plant is self-fertilized. 22. A particular variety of corn has a gene for kernel color and a gene for height with the following phenotypes:
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CC, Cc: purple kernels cc: white kernels TT: tall stem Tt: medium height stem tt: dwarf stem
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Give the proportions of genotypes and phenotypes produced if a dihybrid plant is selfed.
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Tamarin: Principles of Genetics, Seventh Edition
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II. Mendelism and the Chromosomal Theory
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2. Mendel s Principles
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The McGraw Hill Companies, 2001
Exercises and Problems
23. To determine the genotypes of the offspring of a cross in which a corn trihybrid (Aa Bb Cc) was selfed, a geneticist has three choices. He or she can take a sample of the progeny and (a) self-fertilize the individual plants, (b) testcross the plants, or (c) cross the individuals with a trihybrid (backcross). Which method is preferable 24. In gure 2.17, the F2 phenotypic ratio is 3:1:3:1:6:2. What are the phenotypic segregation ratios for each blood system (AB, Rh) separately Are they segregating properly What phenotypic ratio in the F2 generation would indicate interference with independent assortment 25. Assume that Mendel looked simultaneously at four traits of his pea plants (and each trait exhibited dominance). If he crossed a homozygous dominant plant with a homozygous recessive plant, all the F1 offspring would be of the dominant phenotype. If he then selfed the F1 plants, how many different types of gametes would these F1 plants produce How many different phenotypes would appear in the F2 generation How many different genotypes would appear What proportion of the F2 offspring would be of the fourfold recessive phenotype 26. A geneticist crossed two corn plants, creating an F1 decahybrid (ten segregating loci). He then selffertilized this decahybrid. How many different kinds of gametes did the F1 plant produce What proportion of the F2 offspring were recessive homozygotes How many different kinds of genotypes and phenotypes were generated in the F2 offspring What would your answer be if the geneticist testcrossed the decahybrid instead 27. Consider the following crosses in pea plants and determine the genotypes of the parents in each cross. Yellow and green refer to seed color; tall and short refer to plant height.
Progeny Yellow, Tall 89 0 21 Yellow, Short 31 42 20 Green, Tall 33 0 24 Green, Short 10 15 22
29. True-breeding ies with long wings and dark bodies are mated with true-breeding ies with short wings and tan bodies. All the F1 progeny have long wings and tan bodies. The F1 progeny are allowed to mate and produce:
44 tan, long 16 dark, long 14 tan, short 6 dark, short
What is the mode of inheritance 30. In peas, tall (T ) is dominant to short (t), yellow (Y ) is dominant to green ( y), and round (R) is dominant to wrinkled (r). From a cross of two triple heterozygotes, what is the chance of getting a plant that is a. tall, yellow, round b. short, green, wrinkled c. short, green, round 31. In corn, the genotype A- C- R- is colored. Individuals homozygous for at least one recessive allele are colorless. Consider the following crosses involving colored plants, all with the same genotype. Based on the results, deduce the genotypes of the colored plants. colored aa cc RR 1/2 colored; 1/2 colorless colored aa CC rr 1/4 colored; 3/4 colorless colored AA cc rr 1/2 colored; 1/2 colorless 32. Consider the following crosses in Drosophila. Based on the results, deduce which alleles are dominant and the genotypes of the parents. Orange and red are eye colors; crossveins occur on the wings.
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