The sex, which contribute to the mitochondrial inheritance. Introduction: The inheritance can be defined as the process of passing the genetic information from one generation to another. The genetic inheritance can be nuclear and mitochondrial, as the mitochondria also have their own genome.

Question

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Answer 1

Question

Chapter 29, Problem 1BYB

Summary Introduction

To determine:

The sex, which contribute to the mitochondrial inheritance.

Introduction:

The inheritance can be defined as the process of passing the genetic information from one generation to another. The genetic inheritance can be nuclear and mitochondrial, as the mitochondria also have their own genome.

Expert Solution & Answer

Explanation of Solution

The zygote is produced by the fusion of the male and the female gametes. During the formation of the zygote, the male only contributes the genetic material present in the nucleus. Rest of the cytoplasmic organelles and the structures comes from the ovum only. The mitochondria present in the body of the zygote come from the maternal body. Hence, the mitochondrial genome is inherited from the females only. That is why, the traits coded by the mitochondrial genomes is always similar to the mother.

Conclusion

In an offspring, the females contribute to the mitochondrial gene and other cytoplasmic structures.

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Genes at loci f, m, and w are linked, but their order is unknown. The F1 heterozygotes from a cross of FFMMWW x ffmmww are test crossed. The most frequent phenotypes in the test cross progeny will be FMW and fmw regardless of what the gene order turns out to be. What classes of testcross progeny (phenotypes) would be least frequent if locus m is in the middle? What classes would be least frequent if locus f is in the middle? What classes would be least frequent if locus w is in the middle?

Answer 2

Question

Chapter 29, Problem 1BYB

Summary Introduction

To determine:

The sex, which contribute to the mitochondrial inheritance.

Introduction:

The inheritance can be defined as the process of passing the genetic information from one generation to another. The genetic inheritance can be nuclear and mitochondrial, as the mitochondria also have their own genome.

Expert Solution & Answer

Explanation of Solution

The zygote is produced by the fusion of the male and the female gametes. During the formation of the zygote, the male only contributes the genetic material present in the nucleus. Rest of the cytoplasmic organelles and the structures comes from the ovum only. The mitochondria present in the body of the zygote come from the maternal body. Hence, the mitochondrial genome is inherited from the females only. That is why, the traits coded by the mitochondrial genomes is always similar to the mother.

Conclusion

In an offspring, the females contribute to the mitochondrial gene and other cytoplasmic structures.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Question

Chapter 29, Problem 1BYB

Summary Introduction

To determine:

The sex, which contribute to the mitochondrial inheritance.

Introduction:

The inheritance can be defined as the process of passing the genetic information from one generation to another. The genetic inheritance can be nuclear and mitochondrial, as the mitochondria also have their own genome.

Expert Solution & Answer

Explanation of Solution

The zygote is produced by the fusion of the male and the female gametes. During the formation of the zygote, the male only contributes the genetic material present in the nucleus. Rest of the cytoplasmic organelles and the structures comes from the ovum only. The mitochondria present in the body of the zygote come from the maternal body. Hence, the mitochondrial genome is inherited from the females only. That is why, the traits coded by the mitochondrial genomes is always similar to the mother.

Conclusion

In an offspring, the females contribute to the mitochondrial gene and other cytoplasmic structures.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Question

Chapter 29, Problem 1BYB

Summary Introduction

To determine:

The sex, which contribute to the mitochondrial inheritance.

Introduction:

The inheritance can be defined as the process of passing the genetic information from one generation to another. The genetic inheritance can be nuclear and mitochondrial, as the mitochondria also have their own genome.

Expert Solution & Answer

Explanation of Solution

The zygote is produced by the fusion of the male and the female gametes. During the formation of the zygote, the male only contributes the genetic material present in the nucleus. Rest of the cytoplasmic organelles and the structures comes from the ovum only. The mitochondria present in the body of the zygote come from the maternal body. Hence, the mitochondrial genome is inherited from the females only. That is why, the traits coded by the mitochondrial genomes is always similar to the mother.

Conclusion

In an offspring, the females contribute to the mitochondrial gene and other cytoplasmic structures.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 29, Problem 1BYB

Summary Introduction

To determine:

The sex, which contribute to the mitochondrial inheritance.

Introduction:

The inheritance can be defined as the process of passing the genetic information from one generation to another. The genetic inheritance can be nuclear and mitochondrial, as the mitochondria also have their own genome.

Expert Solution & Answer

Explanation of Solution

The zygote is produced by the fusion of the male and the female gametes. During the formation of the zygote, the male only contributes the genetic material present in the nucleus. Rest of the cytoplasmic organelles and the structures comes from the ovum only. The mitochondria present in the body of the zygote come from the maternal body. Hence, the mitochondrial genome is inherited from the females only. That is why, the traits coded by the mitochondrial genomes is always similar to the mother.

Conclusion

In an offspring, the females contribute to the mitochondrial gene and other cytoplasmic structures.

Answer 6

Chapter 29, Problem 1BYB

Summary Introduction

To determine:

The sex, which contribute to the mitochondrial inheritance.

Introduction:

The inheritance can be defined as the process of passing the genetic information from one generation to another. The genetic inheritance can be nuclear and mitochondrial, as the mitochondria also have their own genome.

Expert Solution & Answer

Explanation of Solution

The zygote is produced by the fusion of the male and the female gametes. During the formation of the zygote, the male only contributes the genetic material present in the nucleus. Rest of the cytoplasmic organelles and the structures comes from the ovum only. The mitochondria present in the body of the zygote come from the maternal body. Hence, the mitochondrial genome is inherited from the females only. That is why, the traits coded by the mitochondrial genomes is always similar to the mother.

Conclusion

In an offspring, the females contribute to the mitochondrial gene and other cytoplasmic structures.

Answer 7

Chapter 29, Problem 1BYB

Summary Introduction

To determine:

The sex, which contribute to the mitochondrial inheritance.

Introduction:

The inheritance can be defined as the process of passing the genetic information from one generation to another. The genetic inheritance can be nuclear and mitochondrial, as the mitochondria also have their own genome.

Answer 8

Expert Solution & Answer

Explanation of Solution

The zygote is produced by the fusion of the male and the female gametes. During the formation of the zygote, the male only contributes the genetic material present in the nucleus. Rest of the cytoplasmic organelles and the structures comes from the ovum only. The mitochondria present in the body of the zygote come from the maternal body. Hence, the mitochondrial genome is inherited from the females only. That is why, the traits coded by the mitochondrial genomes is always similar to the mother.