Genetic Analysis: An Integrated Approach (3rd Edition)
Genetic Analysis: An Integrated Approach (3rd Edition)
3rd Edition
ISBN: 9780134605173
Author: Mark F. Sanders, John L. Bowman
Publisher: PEARSON
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Chapter 10, Problem 23P

In the tomato, Solanumesculentum, tall ( D- ) is dominant to dwarf (dd) plant height, smooth fruit ( P- ) is dominant to peach fruit (pp), and round fruit shape ( O- ) is dominant to oblate fruit shape (oo). These three genes are linked on chromosome 1 of tomato in the order dwarf–peach–oblate . There are   12 map units between dwarf and peach and   17 map units between peach and oblate. A trihybrid plant ( DPO/dpo ) is test-crossed to a plant that is homozygous recessive at the three loci ( dpo/dpo ). The accompanying table shows the progeny plants. Identify the mechanism responsible forthe resulting data that do not agree with the established genetic map.

Progeny Phenotype Number
Tall, smooth, round 473
Dwarf, peach, oblate 476
Tall, smooth, oblate 12
Dwarf, peach, round 8
Tall, peach, oblate 17
Dwarf, smooth, round 13
Tall, peach, round 0
Dwarf, smooth, oblate 1
1000
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In tomato plants, the genes for fruit colour (C), fruit fructose content (F), fruit length (L), and plant height (H) are all found on chromosome 4. Map distances between the four genes are shown below.    Genes Distance in Map Units H and F  40 F and L  12 C and F 75 L and C  87 L and H  52   Sketch and label a gene map to identify the order of the four genes on chromosome 1 in tomato plants.
In tomato, the following genes are located on chromosome 2: +   tall plant                            d     dwarf plant +   uniformly green leaves     m    mottled green leaves       +   smooth fruit                       p     pubescent (hairy) fruit        Results of the cross +++ / dmp and dmp / dmp were: + + + = 470                                 + m p = 1 + + p = 14                                   d + p = 25 d + + = 0                                     d m p = 441 + m + = 19                                  d m + = 30   Identify the single and double crossovers among the progeny.
In DrosophilaI, yellow body (y), crossveinless (cv), and forked bristles (f) are all found in the X chromosome, in that order. Yellow is 14 map units from crossveinless, and crossveinlessis 32 map units from forked. A yellow, forked female is crossed to a crossveinless male. An F1 female is crossed to a yelow, crossveinless, forked male, yielding the F2 generation. In the F2, what is the probability of obtaining progeny that express crossveinless and forked, but not yellow? Assume a coefficient of coincidence of 1.  In the F2, what is the probability of obtaining progeny that are completely wild type? In the F2, what is the probability of obtaining progeny that express crossveinless, but not yellow or forked?

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Genetic Analysis: An Integrated Approach (3rd Edition)

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