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Gene Linkage, Crossing Over, and Mapping Genotype of Diploids Phenotype Crossover Type Frequency 1. Normal V G1 Va v gi va Parental 235 2. Virescent, Glossy, Variable sterile Parental v gi va v gi va 270 3. Glossy, Variable sterile V gi va v gi va Single Crossover Region I 60 v G1 Va v gi va 4. Virescent Single Crossover Region I 62 5. Variable sterile V G1 va v gi va Single Crossover Region II 40 V gi Va v gi va 6. Virescent, Glossy Single Crossover Region II 48 7. Glossy V gi Va v gi va Double Crossover 7 8. Virescent, Variable sterile ? Double Crossover 4 726

Gene Linkage, Crossing Over, and Mapping Genotype of Diploids Phenotype Crossover Type Frequency 1. Normal V G1 Va v gi va Parental 235 2. Virescent, Glossy, Variable sterile Parental v gi va v gi va 270 3. Glossy, Variable sterile V gi va v gi va Single Crossover Region I 60 v G1 Va v gi va 4. Virescent Single Crossover Region I 62 5. Variable sterile V G1 va v gi va Single Crossover Region II 40 V gi Va v gi va 6. Virescent, Glossy Single Crossover Region II 48 7. Glossy V gi Va v gi va Double Crossover 7 8. Virescent, Variable sterile ? Double Crossover 4 726

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Gene Linkage, Crossing Over, and Mapping Phenotype Genotype of Crossover Type Frequency Diploids 1. Normal V G1 Va v gi va Parental 235 2. Virescent, Glossy, Variable sterile v gi va v gi va Parental 270 3. Glossy, Variable sterile V gi va v gi va Single Crossover Region I 60 v G1 Va v gi va 4. Virescent Single Crossover Region I 62 5. Variable sterile V G1 va v gi va Single Crossover Region II 40 V gi Va v gi va 6. Virescent, Glossy Single Crossover Region II 48 7. Glossy V gi Va v gi va Double Crossover 7 8. Virescent, Variable sterile Double Crossover 726 Refer to the tabulated details to accomplish the following. 1. State the genotype of # 8. 2. Identify the correct sequence of genes prior to crossover. 3. Calculate the LV or RF of Region I and II. (1 decimal place) 4. Map the genes expressing relative distances in cM. (1 decimal place) 5. Determine the CỐC. (Initial calculation: 3 dec places each for Reg I& II) Express final answer for COC in 2 decimal places. 6. Calculate the Interference. (2 decimal places for the final answer) 7. Conclusion (State the association: gene linkage, COC, and Interference)
Transcribed Image Text:Gene Linkage, Crossing Over, and Mapping Phenotype Genotype of Crossover Type Frequency Diploids 1. Normal V G1 Va v gi va Parental 235 2. Virescent, Glossy, Variable sterile v gi va v gi va Parental 270 3. Glossy, Variable sterile V gi va v gi va Single Crossover Region I 60 v G1 Va v gi va 4. Virescent Single Crossover Region I 62 5. Variable sterile V G1 va v gi va Single Crossover Region II 40 V gi Va v gi va 6. Virescent, Glossy Single Crossover Region II 48 7. Glossy V gi Va v gi va Double Crossover 7 8. Virescent, Variable sterile Double Crossover 726 Refer to the tabulated details to accomplish the following. 1. State the genotype of # 8. 2. Identify the correct sequence of genes prior to crossover. 3. Calculate the LV or RF of Region I and II. (1 decimal place) 4. Map the genes expressing relative distances in cM. (1 decimal place) 5. Determine the CỐC. (Initial calculation: 3 dec places each for Reg I& II) Express final answer for COC in 2 decimal places. 6. Calculate the Interference. (2 decimal places for the final answer) 7. Conclusion (State the association: gene linkage, COC, and Interference)
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