The genotype of back cross progeny from a homozygous brown fish with a homozygous white fish, and backcrossed the F 1 with the homozygous white parent. Introduction: Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown, and white. The color of the fish is determined by the genes at two loci; B, b, and R, r. Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at the R locus ( bbR _), and white color is determined by a recessive allele at both locus (bb rr).

Question

Want to see the full answer?

Answer 1

Question

Chapter 5.2, Problem 26AQP

a.

Summary Introduction

To determine:

The genotype of back cross progeny from a homozygous brown fish with a homozygous white fish, and backcrossed the F₁ with the homozygous white parent.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown, and white. The color of the fish is determined by the genes at two loci; B, b, and R, r. Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at the R locus (bbR_), and white color is determined by a recessive allele at both locus (bb rr).

b.

Summary Introduction

To compare:

The observed numbers of back cross progeny with the number expected progeny, by using a chi-square test, also to conclude the result of chi-square test.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR), and white color is determined by recessive allele at both locus (bb rr).

c.

Summary Introduction

To determine:

The result which is expected in a cross between homozygous red and homozygous white fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

d.

Summary Introduction

To determine:

The expected result from a cross between homozygous redfish and homozygous blue fish and the F1 progeny are again backcrossed with a homozygous red parental fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Overview of Transformation Protocol -Prepare competent bacteria for transformation: Treat starter E. coli bacteria with CaCl2and Competent Cell Solution (CCS). Store on ice until transformation procedure. Competent cells are cells that are likely to take up foreign DNA and be transformed. This step increases the likelihood that the E. coli cells will take up the introduced vector and be transformed. -Transformation procedure: Obtain two microcentrifuge tubes containing your competent cells. Label one tube +DNA and one -DNA. Add CaCl2 to both tubes. Add the transformation mix containing the plasmid DNA to the tube labeled +DNA. Do not add any plasmid DNA to the -DNA tube. Incubate both tubes on ice for 10 minutes. Then, place both tubes in a 42\deg C water bath for 45 seconds. Replace the tubes in an ice bucket for 2 minutes. Add recovery broth to both tubes. Incubate both tubes in a 37 C water bath for 5 minutes. Questions: 1)What is the selectable marker in this experiment? How…

Based on your results, which suspect's DNA best matches the DNA found at the crime scene?

In oxidase test with Pseudomonas aeruginosa, the cell cultures on the slide turn colorless to be purple after tetra-methyl-p-phenylenediamine dihydrochloride (TMPD) is added. In the reaction, OTMPD is electron acceptor O cytochrome c is the electron source oxygen is terminal electron acceptor OH2 produced is electron donor

Answer 2

Question

Chapter 5.2, Problem 26AQP

a.

Summary Introduction

To determine:

The genotype of back cross progeny from a homozygous brown fish with a homozygous white fish, and backcrossed the F₁ with the homozygous white parent.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown, and white. The color of the fish is determined by the genes at two loci; B, b, and R, r. Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at the R locus (bbR_), and white color is determined by a recessive allele at both locus (bb rr).

b.

Summary Introduction

To compare:

The observed numbers of back cross progeny with the number expected progeny, by using a chi-square test, also to conclude the result of chi-square test.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR), and white color is determined by recessive allele at both locus (bb rr).

c.

Summary Introduction

To determine:

The result which is expected in a cross between homozygous red and homozygous white fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

d.

Summary Introduction

To determine:

The expected result from a cross between homozygous redfish and homozygous blue fish and the F1 progeny are again backcrossed with a homozygous red parental fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 3

Question

Chapter 5.2, Problem 26AQP

a.

Summary Introduction

To determine:

The genotype of back cross progeny from a homozygous brown fish with a homozygous white fish, and backcrossed the F₁ with the homozygous white parent.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown, and white. The color of the fish is determined by the genes at two loci; B, b, and R, r. Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at the R locus (bbR_), and white color is determined by a recessive allele at both locus (bb rr).

b.

Summary Introduction

To compare:

The observed numbers of back cross progeny with the number expected progeny, by using a chi-square test, also to conclude the result of chi-square test.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR), and white color is determined by recessive allele at both locus (bb rr).

c.

Summary Introduction

To determine:

The result which is expected in a cross between homozygous red and homozygous white fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

d.

Summary Introduction

To determine:

The expected result from a cross between homozygous redfish and homozygous blue fish and the F1 progeny are again backcrossed with a homozygous red parental fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 4

Question

Chapter 5.2, Problem 26AQP

a.

Summary Introduction

To determine:

The genotype of back cross progeny from a homozygous brown fish with a homozygous white fish, and backcrossed the F₁ with the homozygous white parent.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown, and white. The color of the fish is determined by the genes at two loci; B, b, and R, r. Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at the R locus (bbR_), and white color is determined by a recessive allele at both locus (bb rr).

b.

Summary Introduction

To compare:

The observed numbers of back cross progeny with the number expected progeny, by using a chi-square test, also to conclude the result of chi-square test.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR), and white color is determined by recessive allele at both locus (bb rr).

c.

Summary Introduction

To determine:

The result which is expected in a cross between homozygous red and homozygous white fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

d.

Summary Introduction

To determine:

The expected result from a cross between homozygous redfish and homozygous blue fish and the F1 progeny are again backcrossed with a homozygous red parental fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 5.2, Problem 26AQP

a.

Summary Introduction

To determine:

The genotype of back cross progeny from a homozygous brown fish with a homozygous white fish, and backcrossed the F₁ with the homozygous white parent.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown, and white. The color of the fish is determined by the genes at two loci; B, b, and R, r. Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at the R locus (bbR_), and white color is determined by a recessive allele at both locus (bb rr).

b.

Summary Introduction

To compare:

The observed numbers of back cross progeny with the number expected progeny, by using a chi-square test, also to conclude the result of chi-square test.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR), and white color is determined by recessive allele at both locus (bb rr).

c.

Summary Introduction

To determine:

The result which is expected in a cross between homozygous red and homozygous white fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

d.

Summary Introduction

To determine:

The expected result from a cross between homozygous redfish and homozygous blue fish and the F1 progeny are again backcrossed with a homozygous red parental fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

Answer 6

Chapter 5.2, Problem 26AQP

a.

Summary Introduction

To determine:

The genotype of back cross progeny from a homozygous brown fish with a homozygous white fish, and backcrossed the F₁ with the homozygous white parent.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown, and white. The color of the fish is determined by the genes at two loci; B, b, and R, r. Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at the R locus (bbR_), and white color is determined by a recessive allele at both locus (bb rr).

Answer 7

Chapter 5.2, Problem 26AQP

a.

Summary Introduction

To determine:

The genotype of back cross progeny from a homozygous brown fish with a homozygous white fish, and backcrossed the F₁ with the homozygous white parent.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown, and white. The color of the fish is determined by the genes at two loci; B, b, and R, r. Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at the R locus (bbR_), and white color is determined by a recessive allele at both locus (bb rr).

Answer 8

b.

Summary Introduction

To compare:

The observed numbers of back cross progeny with the number expected progeny, by using a chi-square test, also to conclude the result of chi-square test.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR), and white color is determined by recessive allele at both locus (bb rr).

Answer 9

b.

Summary Introduction

To compare:

The observed numbers of back cross progeny with the number expected progeny, by using a chi-square test, also to conclude the result of chi-square test.

Introduction:

Medaka is a small fish, which is found in Japan. The fish are of four colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR), and white color is determined by recessive allele at both locus (bb rr).

Answer 10

c.

Summary Introduction

To determine:

The result which is expected in a cross between homozygous red and homozygous white fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

Answer 11

c.

Summary Introduction

To determine:

The result which is expected in a cross between homozygous red and homozygous white fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

Answer 12

d.

Summary Introduction

To determine:

The expected result from a cross between homozygous redfish and homozygous blue fish and the F1 progeny are again backcrossed with a homozygous red parental fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

Answer 13

d.

Summary Introduction

To determine:

The expected result from a cross between homozygous redfish and homozygous blue fish and the F1 progeny are again backcrossed with a homozygous red parental fish.

Introduction:

Medaka is a small fish which is found in Japan. The fish are of for colors; red, blue, brown and white. The color of fish is determined by the genes at two loci; B, b and R, r.

Brown color is determined by two dominant loci (B_R_), blue color of the fish is determined by one dominant allele (B_rr), red color of the fish is determined by only one dominant allele at R locus (bbR_) , and white color is determined by recessive allele at both locus (bb rr).

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. 5.1 - Prob. 1CC Ch. 5.1 - Prob. 2CC Ch. 5.1 - Prob. 3CC Ch. 5.1 - Prob. 4CC Ch. 5.1 - Prob. 5CC Ch. 5.1 - Prob. 1COQ Ch. 5.1 - Prob. 2COQ Ch. 5.1 - Prob. 13AQP Ch. 5.1 - Prob. 14AQP Ch. 5.1 - Prob. 15AQP

Want to see the full answer?

Chapter 5 Solutions