Linkage
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342398 In Morgan’s experiment, white and yellow genes were linked tightly, while white and miniature wing were loosely linked. The percent recombination shown by these genes were

1 25% and 75 % respectively
2 1.3% and 37.2% respectively
3 98.7% and 62. 8%, respectively
4 37.2% and 1.3, respectively
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342399 The salivary gland chromosomes in the dipteran larvae are useful in gene mapping because

1 These are fused
2 These are much longer in size
3 They have endore duplicated chromosomes
4 These are easy to stain
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342400 The linked characters would always inherits together until they are

1 Delinked due to segregation
2 Masked by dominance
3 Mutated
4 Separated due to crossing over
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342401 Which of the following will not result in variations among siblings?

1 Independent assortment of genes
2 Crossing over
3 Linkage
4 Mutation
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342398 In Morgan’s experiment, white and yellow genes were linked tightly, while white and miniature wing were loosely linked. The percent recombination shown by these genes were

1 25% and 75 % respectively
2 1.3% and 37.2% respectively
3 98.7% and 62. 8%, respectively
4 37.2% and 1.3, respectively
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342399 The salivary gland chromosomes in the dipteran larvae are useful in gene mapping because

1 These are fused
2 These are much longer in size
3 They have endore duplicated chromosomes
4 These are easy to stain
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342400 The linked characters would always inherits together until they are

1 Delinked due to segregation
2 Masked by dominance
3 Mutated
4 Separated due to crossing over
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342401 Which of the following will not result in variations among siblings?

1 Independent assortment of genes
2 Crossing over
3 Linkage
4 Mutation
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342398 In Morgan’s experiment, white and yellow genes were linked tightly, while white and miniature wing were loosely linked. The percent recombination shown by these genes were

1 25% and 75 % respectively
2 1.3% and 37.2% respectively
3 98.7% and 62. 8%, respectively
4 37.2% and 1.3, respectively
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342399 The salivary gland chromosomes in the dipteran larvae are useful in gene mapping because

1 These are fused
2 These are much longer in size
3 They have endore duplicated chromosomes
4 These are easy to stain
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342400 The linked characters would always inherits together until they are

1 Delinked due to segregation
2 Masked by dominance
3 Mutated
4 Separated due to crossing over
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342401 Which of the following will not result in variations among siblings?

1 Independent assortment of genes
2 Crossing over
3 Linkage
4 Mutation
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342398 In Morgan’s experiment, white and yellow genes were linked tightly, while white and miniature wing were loosely linked. The percent recombination shown by these genes were

1 25% and 75 % respectively
2 1.3% and 37.2% respectively
3 98.7% and 62. 8%, respectively
4 37.2% and 1.3, respectively
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342399 The salivary gland chromosomes in the dipteran larvae are useful in gene mapping because

1 These are fused
2 These are much longer in size
3 They have endore duplicated chromosomes
4 These are easy to stain
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342400 The linked characters would always inherits together until they are

1 Delinked due to segregation
2 Masked by dominance
3 Mutated
4 Separated due to crossing over
BIOXII05: PRINCIPLES OF INHERITANCE AND VARIATION

342401 Which of the following will not result in variations among siblings?

1 Independent assortment of genes
2 Crossing over
3 Linkage
4 Mutation
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