Whether the positions of exons and introns in the β -globin gene could be deduced from the comparison of the human β -globin gene with the human β -globin cDNA. Concept introduction: Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Question

Want to see the full answer?

Answer 1

Question

Chapter 9, Problem 11Q

A.

Summary Introduction

To explain: Whether the positions of exons and introns in the β -globin gene could be deduced from the comparison of the human β -globin gene with the human β -globin cDNA.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

B.

Summary Introduction

To explain: The differences between the exons of human β -globin gene and mouse β -globin gene.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

C.

Summary Introduction

To explain: Whether there is any sequence similarity between the human and mouse β -globin genes that lie outside the exons. If so, identify its location and explain its preservation during evolution.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

D.

Summary Introduction

To explain: Whether the mouse or human gene undergoes a change of intron length during their evolutionary divergence.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Diagram of check cell under low power and high power

a couple in which the father has the a blood type and the mother has the o blood type produce an offspring with the o blood type, how does this happen? how could two functionally O parents produce an offspring that has the a blood type?

What is the opening indicated by the pointer? (leaf x.s.) stomate guard cell lenticel intercellular space none of these

Answer 2

Question

Chapter 9, Problem 11Q

A.

Summary Introduction

To explain: Whether the positions of exons and introns in the β -globin gene could be deduced from the comparison of the human β -globin gene with the human β -globin cDNA.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

B.

Summary Introduction

To explain: The differences between the exons of human β -globin gene and mouse β -globin gene.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

C.

Summary Introduction

To explain: Whether there is any sequence similarity between the human and mouse β -globin genes that lie outside the exons. If so, identify its location and explain its preservation during evolution.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

D.

Summary Introduction

To explain: Whether the mouse or human gene undergoes a change of intron length during their evolutionary divergence.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 9, Problem 11Q

A.

Summary Introduction

To explain: Whether the positions of exons and introns in the β -globin gene could be deduced from the comparison of the human β -globin gene with the human β -globin cDNA.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

B.

Summary Introduction

To explain: The differences between the exons of human β -globin gene and mouse β -globin gene.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

C.

Summary Introduction

To explain: Whether there is any sequence similarity between the human and mouse β -globin genes that lie outside the exons. If so, identify its location and explain its preservation during evolution.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

D.

Summary Introduction

To explain: Whether the mouse or human gene undergoes a change of intron length during their evolutionary divergence.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 9, Problem 11Q

A.

Summary Introduction

To explain: Whether the positions of exons and introns in the β -globin gene could be deduced from the comparison of the human β -globin gene with the human β -globin cDNA.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

B.

Summary Introduction

To explain: The differences between the exons of human β -globin gene and mouse β -globin gene.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

C.

Summary Introduction

To explain: Whether there is any sequence similarity between the human and mouse β -globin genes that lie outside the exons. If so, identify its location and explain its preservation during evolution.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

D.

Summary Introduction

To explain: Whether the mouse or human gene undergoes a change of intron length during their evolutionary divergence.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 9, Problem 11Q

A.

Summary Introduction

To explain: Whether the positions of exons and introns in the β -globin gene could be deduced from the comparison of the human β -globin gene with the human β -globin cDNA.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

B.

Summary Introduction

To explain: The differences between the exons of human β -globin gene and mouse β -globin gene.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

C.

Summary Introduction

To explain: Whether there is any sequence similarity between the human and mouse β -globin genes that lie outside the exons. If so, identify its location and explain its preservation during evolution.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

D.

Summary Introduction

To explain: Whether the mouse or human gene undergoes a change of intron length during their evolutionary divergence.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Answer 6

Chapter 9, Problem 11Q

A.

Summary Introduction

To explain: Whether the positions of exons and introns in the β -globin gene could be deduced from the comparison of the human β -globin gene with the human β -globin cDNA.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Answer 7

Chapter 9, Problem 11Q

A.

Summary Introduction

To explain: Whether the positions of exons and introns in the β -globin gene could be deduced from the comparison of the human β -globin gene with the human β -globin cDNA.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Answer 8

B.

Summary Introduction

To explain: The differences between the exons of human β -globin gene and mouse β -globin gene.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Answer 9

B.

Summary Introduction

To explain: The differences between the exons of human β -globin gene and mouse β -globin gene.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Answer 10

C.

Summary Introduction

To explain: Whether there is any sequence similarity between the human and mouse β -globin genes that lie outside the exons. If so, identify its location and explain its preservation during evolution.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Answer 11

C.

Summary Introduction

To explain: Whether there is any sequence similarity between the human and mouse β -globin genes that lie outside the exons. If so, identify its location and explain its preservation during evolution.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Answer 12

D.

Summary Introduction

To explain: Whether the mouse or human gene undergoes a change of intron length during their evolutionary divergence.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Answer 13

D.

Summary Introduction

To explain: Whether the mouse or human gene undergoes a change of intron length during their evolutionary divergence.

Concept introduction:

Diagon plot is a graphical method commonly used in bioinformatics for the comparison of two biological sequences and to identify regions of close similarity between them. The plot compares two sequences by organizing one sequence on the X- axis and another on the Y-axis of the plot. When the sequences match at the same location, a dot is drawn at the corresponding position in the plot.

Answer 14

Expert Solution & Answer

Answer 15

Expert Solution & Answer

Answer 16

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 17

Ch. 9 - Prob. 1Q Ch. 9 - Prob. 2Q Ch. 9 - Prob. 3Q Ch. 9 - Prob. 4Q Ch. 9 - Prob. 5Q Ch. 9 - Prob. 6Q Ch. 9 - Prob. 7Q Ch. 9 - Prob. 8Q Ch. 9 - Prob. 9Q Ch. 9 - Prob. 10Q

Videos

Want to see the full answer?

Chapter 9 Solutions