Question 1

uses the unique banding patterns of a chromosome to determine the general location of a gene.

Accepted Answer

A)  Physical mapping 
B)  Cytogenetic mapping 
C)  Linkage mapping 
D)  All of the answers are correct 
A)  Physical mapping 
B)  Cytogenetic mapping 
C)  Linkage mapping 
D)  All of the answers are correct

Question 2

The likelihood of linkage between two genes is determined using a analysis.

Accepted Answer

A)  chi-square 
B)  linkage 
C)  shotgun 
D)  binomial expansion 
E)  lod score method 
A)  chi-square 
B)  linkage 
C)  shotgun 
D)  binomial expansion 
E)  lod score method

Question 3

If a lod score method indicates that two genes are linked the nucleotide distance between the genes
can be determined by determining the frequency of recombination between the genes.

Accepted Answer

A) True 
 B)False

Question 4

Which of the following is a goal of the Human Genome Project?

Accepted Answer

A)  To develop technological advances in molecular genetics 
B)  To analyze the genomes of model organisms 
C)  To obtain a physical map of the human genome 
D)  To obtain the DNA sequence of the human genome 
E)  All of the answers are correct 
A)  To develop technological advances in molecular genetics 
B)  To analyze the genomes of model organisms 
C)  To obtain a physical map of the human genome 
D)  To obtain the DNA sequence of the human genome 
E)  All of the answers are correct

Question 5

A series of clones that contain overlapping pieces of a chromosome are called a .

Accepted Answer

A)  contig 
B)  artificial chromosome 
C)  cosmid 
D)  positional clone 
E)  transposable element 
A)  contig 
B)  artificial chromosome 
C)  cosmid 
D)  positional clone 
E)  transposable element

Question 6

If all members of a population have the identical DNA segment, it is said to be .

Accepted Answer

A)  Monomorphic 
B)  Polymorphic 
C)  Trimorphic 
D)  None of the answers are correct 
A)  Monomorphic 
B)  Polymorphic 
C)  Trimorphic 
D)  None of the answers are correct

Question 7

The most common micro satellite in humans is .

Accepted Answer

A)  (AT)100 
B)  (C
A) n 
C)  (TG)n 
D)  (CAT)n 
E)  None of the answers are correct 
A)  (AT)100 
B)  (C
A) n 
C)  (TG)n 
D)  (CAT)n 
E)  None of the answers are correct

Question 8

Which of the following would generally not be used as a marker in a linkage mapping experiment?

Accepted Answer

A)  RFLPs 
B)  VNTRs 
C)  STRs 
D)  FISH 
E)  STS 
A)  RFLPs 
B)  VNTRs 
C)  STRs 
D)  FISH 
E)  STS

Question 9

Which of the following terms best describes how the components of a genome interact to produce an organism's traits?

Accepted Answer

A)  Proteomics 
B)  Functional genomics 
C)  Structural genomics 
D)  Genomics 
A)  Proteomics 
B)  Functional genomics 
C)  Structural genomics 
D)  Genomics

Question 10

Bioinformatics refers to the molecular analysis of the entire genome of a species.

Accepted Answer

A) True 
 B)False

Question 11

The human genome project's first draft took approximately years.

Accepted Answer

A)  5 
B)  13 
C)  20 
D)  50 
E)  2 
A)  5 
B)  13 
C)  20 
D)  50 
E)  2

uses the unique banding patterns of a chromosome to determine the general location of a gene.

The likelihood of linkage between two genes is determined using a analysis.

If a lod score method indicates that two genes are linked the nucleotide distance between the genes can be determined by determining the frequency of recombination between the genes.

Which of the following is a goal of the Human Genome Project?

A series of clones that contain overlapping pieces of a chromosome are called a .

If all members of a population have the identical DNA segment, it is said to be .

The most common micro satellite in humans is .

Which of the following would generally not be used as a marker in a linkage mapping experiment?

Which of the following terms best describes how the components of a genome interact to produce an organism's traits?

Bioinformatics refers to the molecular analysis of the entire genome of a species.

The human genome project's first draft took approximately years.

Overview of Genetics

Mendelian Inheritance

Reproduction and Chromosome Transmission

Extensions of Mendelian Inheritance

Non-Mendelian Inheritance

Genetic Linkage and Mapping in Eukaryotes

Genetic Transfer and Mapping in Bacteria and

Variation in Chromosome Structure and Number

Molecular Structure of Dna and Rna

Chromosome Organization and Molecular Structure

Dna Replication

Gene Transcription and Rna Modification

Translation of Mrna

Gene Regulation in Bacteria and Bacteriophages

Gene Regulation in Eukaryotes

Gene Mutation and Dna Repair

Recombination and Transposition at the Molecular

Recombinant Dna Technology

Biotechnology

Genomics II: Functional Genomics, Proteomics, and

Medical Genetics and Cancer

Developmental Genetics

Population Genetics

Quantitative Genetics

Evolutionary Genetics

Filters

Exam 20: Genomics I: Analysis of Dna

uses the unique banding patterns of a chromosome to determine the general location of a gene.

The likelihood of linkage between two genes is determined using a analysis.

If a lod score method indicates that two genes are linked the nucleotide distance between the genes can be determined by determining the frequency of recombination between the genes.

Which of the following is a goal of the Human Genome Project?

A series of clones that contain overlapping pieces of a chromosome are called a .

If all members of a population have the identical DNA segment, it is said to be .

The most common micro satellite in humans is .

Which of the following would generally not be used as a marker in a linkage mapping experiment?

Which of the following terms best describes how the components of a genome interact to produce an organism's traits?

Bioinformatics refers to the molecular analysis of the entire genome of a species.

The human genome project's first draft took approximately years.

Overview of Genetics

Mendelian Inheritance

Reproduction and Chromosome Transmission

Extensions of Mendelian Inheritance

Non-Mendelian Inheritance

Genetic Linkage and Mapping in Eukaryotes

Genetic Transfer and Mapping in Bacteria and

Variation in Chromosome Structure and Number

Molecular Structure of Dna and Rna

Chromosome Organization and Molecular Structure

Dna Replication

Gene Transcription and Rna Modification

Translation of Mrna

Gene Regulation in Bacteria and Bacteriophages

Gene Regulation in Eukaryotes

Gene Mutation and Dna Repair

Recombination and Transposition at the Molecular

Recombinant Dna Technology

Biotechnology

Genomics II: Functional Genomics, Proteomics, and

Medical Genetics and Cancer

Developmental Genetics

Population Genetics

Quantitative Genetics

Evolutionary Genetics

Filters