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

please draw in and fill out the empty slots from image below. thank you!

There is a species of eagle, which lives in a tropical forest in Brazil. The alula pattern of its wings is determined by a single autosomal gene with four alleles that exhibit an unknown hierarchy of dominance. Genetic testing shows that individuals 1-1, 11-4, 11-7, III-1, and III-4 are each homozygous. How many possible genotypes among checkered eagles in the population?

what is this called?

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