Test Bank For Genetic Analysis: An
Integrated Approach 3rd Edition By Mark
Sanders And John Bowman Isbn-
9780134605173
1
Copyright © 2016 Pearson Education, Inc.
,Table Of Contents
1. The Molecular Basis Of Heredity, Variation, And Evolution
2. Transmission Genetics
3. Cell Division And Chromosome Heredity
4. Inheritance Patterns Of Single Genes And Gene Interaction
5. Genetic Linkage And Mapping In Eukaryotes
6. Genetic Analysis And Mapping In Bacteria And Bacteriophage
Application Chapter: Part I: Genetic Counseling
7. Dna Structure And Replication
8. Molecular Biology Of Transcription And Rna Processing
9. The Molecular Biology Of Translation
Application Chapter: Part Ii: Genetic Testing
10. Chromosome Chapter Title Tbd
11. Gene Mutation, Dna Repair, And Homologous Recombination
12. Chromosome Chapter Title Tbd
13. Regulation Of Gene Expression In Bacteria And Bacteriophage
14. Regulation Of Gene Expression In Eukaryotes
15. Analysis Of Gene Function By Forward Genetics And Reverse Genetics
Application Chapter: Part Iii: Cancer Genetics
16. Recombinant Dna Technology And Its Applications
17. Genomics: Genetics From A Whole-Genome Perspective
18. Organelle Inheritance And The Evolution Of Organelle Genomes
19. Developmental Genetics
20. Genetic Analysis Of Quantitative Traits
2
Copyright © 2016 Pearson Education, Inc.
,genetics: an integrated approach (sanders)
chapter 1 the molecular basis of heredity, variation, and evolution
1.1 multiple-choice questions
1) bacteria are single-celled organisms with a single chromosome found in which cell space?
A) nucleus
B) nucleolus
C) nucleoid
D) nuclear envelope
E) mitochondria
ANS: c section:
1.1
skill: knowledge/comprehension
2) sexual reproduction uses to generate gametes, which join at fertilization.
A) meiosis; haploid
B) mitosis; haploid
C) meiosis; diploid
D) mitosis; diploid
E) mitosis; identical
ANS: a section:
1.1
skill: knowledge/comprehension
3) when a diploid cell divides by mitosis, the result is .
A) identical haploid cells
B) identical diploid cells
C) unique diploid cells
D) unique haploid cells
E) a zygote.
ANS: b section:
1.1
skill: knowledge/comprehension
4) modern genetics consists of three major branches. which of these branches, also known as
“transmission genetics,” involves the study of the transmission of traits and characteristics in
successive generations?
A) evolutionary
B) mendelian
C) molecular
D) population
E) reproductive
3
Copyright © 2016 Pearson Education, Inc.
, ANS: b section:
1.1
skill: knowledge/comprehension
5) you identify a new unicellular organism with multiple chromosomes organized by proteins within
the cell’s nucleus. into which of the three domains of life might this organism fit?
A) archaea
B) bacteria
C) eukarya
D) archaea or bacteria
E) archaea or eukarya
ANS: c section:
1.1
skill: application/analysis
6) watson and crick used evidence from several studies to determine the structure of dna. what
conclusion were they able to draw from rosalind franklin’s x-ray diffraction data, specifically?
A) dna consists of four types of nucleotide bases: a, t, c, and g.
B) dna nucleotides form complementary base pairs.
C) adenine pairs with thymine and cytosine pairs with guanine when they are on opposite dna
strands.
D) dna is a duplex, with two strands forming a double helix.
E) the dna strands are antiparallel, and the strands are held together by hydrogen bonds.
ANS: d section:
1.2
skill: knowledge/comprehension
7) what kind of bond is formed between the 5′ phosphate group of one nucleotide and the 3′ hydroxyl
(oh) group of the adjacent nucleotide?
A) ionic bond
B) phosphodiester bond
C) hydrogen bond
D) disulfide bond
E) hydroxyl bond
ANS: b section:
1.2
skill: knowledge/comprehension
8) what kind of bond is formed between complementary base pairs to join the two dna strands into a
double helix?
A) ionic bond
B) phosphodiester bond
C) hydrogen bond
D) disulfide bond
E) peptide bond
ANS: c section:
1.2
skill: knowledge/comprehension
4
Copyright © 2016 Pearson Education, Inc.
Integrated Approach 3rd Edition By Mark
Sanders And John Bowman Isbn-
9780134605173
1
Copyright © 2016 Pearson Education, Inc.
,Table Of Contents
1. The Molecular Basis Of Heredity, Variation, And Evolution
2. Transmission Genetics
3. Cell Division And Chromosome Heredity
4. Inheritance Patterns Of Single Genes And Gene Interaction
5. Genetic Linkage And Mapping In Eukaryotes
6. Genetic Analysis And Mapping In Bacteria And Bacteriophage
Application Chapter: Part I: Genetic Counseling
7. Dna Structure And Replication
8. Molecular Biology Of Transcription And Rna Processing
9. The Molecular Biology Of Translation
Application Chapter: Part Ii: Genetic Testing
10. Chromosome Chapter Title Tbd
11. Gene Mutation, Dna Repair, And Homologous Recombination
12. Chromosome Chapter Title Tbd
13. Regulation Of Gene Expression In Bacteria And Bacteriophage
14. Regulation Of Gene Expression In Eukaryotes
15. Analysis Of Gene Function By Forward Genetics And Reverse Genetics
Application Chapter: Part Iii: Cancer Genetics
16. Recombinant Dna Technology And Its Applications
17. Genomics: Genetics From A Whole-Genome Perspective
18. Organelle Inheritance And The Evolution Of Organelle Genomes
19. Developmental Genetics
20. Genetic Analysis Of Quantitative Traits
2
Copyright © 2016 Pearson Education, Inc.
,genetics: an integrated approach (sanders)
chapter 1 the molecular basis of heredity, variation, and evolution
1.1 multiple-choice questions
1) bacteria are single-celled organisms with a single chromosome found in which cell space?
A) nucleus
B) nucleolus
C) nucleoid
D) nuclear envelope
E) mitochondria
ANS: c section:
1.1
skill: knowledge/comprehension
2) sexual reproduction uses to generate gametes, which join at fertilization.
A) meiosis; haploid
B) mitosis; haploid
C) meiosis; diploid
D) mitosis; diploid
E) mitosis; identical
ANS: a section:
1.1
skill: knowledge/comprehension
3) when a diploid cell divides by mitosis, the result is .
A) identical haploid cells
B) identical diploid cells
C) unique diploid cells
D) unique haploid cells
E) a zygote.
ANS: b section:
1.1
skill: knowledge/comprehension
4) modern genetics consists of three major branches. which of these branches, also known as
“transmission genetics,” involves the study of the transmission of traits and characteristics in
successive generations?
A) evolutionary
B) mendelian
C) molecular
D) population
E) reproductive
3
Copyright © 2016 Pearson Education, Inc.
, ANS: b section:
1.1
skill: knowledge/comprehension
5) you identify a new unicellular organism with multiple chromosomes organized by proteins within
the cell’s nucleus. into which of the three domains of life might this organism fit?
A) archaea
B) bacteria
C) eukarya
D) archaea or bacteria
E) archaea or eukarya
ANS: c section:
1.1
skill: application/analysis
6) watson and crick used evidence from several studies to determine the structure of dna. what
conclusion were they able to draw from rosalind franklin’s x-ray diffraction data, specifically?
A) dna consists of four types of nucleotide bases: a, t, c, and g.
B) dna nucleotides form complementary base pairs.
C) adenine pairs with thymine and cytosine pairs with guanine when they are on opposite dna
strands.
D) dna is a duplex, with two strands forming a double helix.
E) the dna strands are antiparallel, and the strands are held together by hydrogen bonds.
ANS: d section:
1.2
skill: knowledge/comprehension
7) what kind of bond is formed between the 5′ phosphate group of one nucleotide and the 3′ hydroxyl
(oh) group of the adjacent nucleotide?
A) ionic bond
B) phosphodiester bond
C) hydrogen bond
D) disulfide bond
E) hydroxyl bond
ANS: b section:
1.2
skill: knowledge/comprehension
8) what kind of bond is formed between complementary base pairs to join the two dna strands into a
double helix?
A) ionic bond
B) phosphodiester bond
C) hydrogen bond
D) disulfide bond
E) peptide bond
ANS: c section:
1.2
skill: knowledge/comprehension
4
Copyright © 2016 Pearson Education, Inc.
