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Outline the techniques used to obtain these data.Taking the loci in pairs, calculate co-occurrences. Construct the most consistent linkage map of these loci.
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Tamarin: Principles of Genetics, Seventh Edition
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II. Mendelism and the Chromosomal Theory
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7. Linkage and Mapping in Prokaryotes and Bacterial Viruses
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24. An Hfr strain that is a b c d e is mated with an F strain that is a b c d e . The mating is interrupted every ve minutes, and the genotypes of the F recombinants are determined.The results appear following. (A plus indicates appearance; a minus the lack of the locus.) Draw a map of the chromosome and indicate the position of the F factor, the direction of transfer, and the minutes between genes.
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Time 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 a b c d e
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LIFE CYCLES OF BACTERIOPHAGES
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26. De ne prophage, lysate, lysogeny, and temperate phage. 27. Outline an experiment to demonstrate that two phages do not undergo recombination until a bacterium is infected simultaneously with both. 28. Doermann (1953, Cold Spr. Harb. Symp. Quant. Biol. 18:3) mapped three loci of phage T4: minute, rapid lysis, and turbid. He infected E. coli cells with both the triple mutant (m r tu) and the wild-type (m r tu ) and obtained the following data:
m r tu 3,467 m r tu 474 m r tu 162 m r tu 853 m r tu 965 m r tu 172 m r tu 520 m r tu 3,729
25. A bacterial strain that is lys his val is used as a donor, and lys his val as the recipient. Initial transformants are isolated on minimal medium histidine valine. a. What genotypes will grow on this medium b. These colonies are replicated to minimal medium histidine, and 75% of the original colonies grow. What genotypes will grow on this medium c. The original colonies are also replicated to minimal medium valine, and 6% of the colonies grow. What genotypes will grow on this medium d. Finally, the original colonies are replicated to minimal medium. No colonies grow. From this information, what genotypes will grow on minimal medium histidine and on minimal medium valine e. Based on this information, which gene is closer to lys f. The original transformation is repeated, but the original plating is on minimal medium lysine histidine. Fifty colonies appear. These colonies are replicated to determine their genotypes, with these results:
val his lys val his lys val his lys 0 37 3
What is the linkage relationship among these loci In your answer include gene order, relative distance, and coef cient of coincidence. 29. Wild-type phage T4 (r ) produce small, turbid plaques, whereas rII mutants produce large, clear plaques. Four rII mutants (a d ) are crossed. (Assume, for the purposes of this problem, that a d are four closely linked loci. The actual structure of the rII region is presented in chapter 12. Here, assume that a b means a b c d a b c d .) These percentages of wild-type plaques are obtained in crosses:
a a a b b c b c d c d d 0.3 1.0 0.4 0.7 0.1 0.6
Deduce a genetic map of these four mutants. 30. A phage cross is performed between a b c and a b c phage. Based on these results, derive a complete map:
a b c a b c a bc a bc ab c ab c abc abc 1,801 954 371 160 178 309 879 1,850 6,502
Based on all the results, what is the most likely gene order
Tamarin: Principles of Genetics, Seventh Edition
II. Mendelism and the Chromosomal Theory
7. Linkage and Mapping in Prokaryotes and Bacterial Viruses
The McGraw Hill Companies, 2001
Seven
Linkage and Mapping in Prokaryotes and Bacterial Viruses
31. The rII mutants of T4 phage will grow and produce large plaques on strain B; rII mutants will not grow on strain K12. Certain crosses are performed in strain B. (As with question 29, assume that the three mutants are of three separate loci in the rII region.) By diluting and plating on strain B, it is determined that each experiment generates about 250 107 phage. By dilution, approximately 1/10,000 of the progeny are plated on K12 to generate these wildtype recombinants (plaques on K12):
1 1 2 2 3 3 50 25 75
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