Production of more than one phenotypic trait by a single gene is called a. pleiotrofy. b. genetic determinism. c. codominance. d. penetrance. e. genetic recombination

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Answer 1

Textbook Question

Chapter 4, Problem 1TYR

Production of more than one phenotypic trait by a single gene is called

a. pleiotrofy.
b. genetic determinism.
c. codominance.
d. penetrance.
e. genetic recombination

Expert Solution & Answer

Summary Introduction

Introduction:

A single gene is responsible for the production of multiple phenotypes and this is termed as a pleiotropic effect. The gene influences multiple traits of organisms, which may transfer from one generation to another. In humans, phenylketonuria (PKU) is associated with pleiotropy. Phenylalanine hydroxylase converts phenylalanine to tyrosine; the mutation in phenylalanine hydroxylase encoding genes leads to multiple traits associated with phenylketonuria. It causes mental disorders, pigment defects, and eczema.

Answer to Problem 1TYR

Correct answer:

A single gene influences multiple or more than a phenotypic trait and is known as pleiotropy. Therefore, option a is correct.

Explanation of Solution

Justify reasons for the correct statement:

A single gene produces numerous phenotypic traits and is called as pleiotropy.

Option (a) is given as “pleiotropy”.

Multiple phenotypic characters produced by a gene is known as pleiotropy.

Hence, option (a) is correct.

Justify reasons for the incorrect statements:

Option (b) is given as “genetic determinism”.

Controlling of race, sex, and mental health by genes is known as genetic determinism. Hence, it is a wrong answer.

Option (c) is given as “codominance”.

Expression of both alleles of a gene in an organism is known as codominance. Hence, it is a wrong answer.

Option (d) is given as “penetrance”.

Exhibition of expected phenotype from the percentage of the given genotype is known as penetrance. Hence, it is a wrong answer.

Option (e) is given as “genetic recombination”.

Exchange of genetic material between two chromosomes or a different location of a single chromosome is known as genetic recombination. Hence, it is a wrong answer.

Hence, options (b), (c), (d), and (e) are incorrect.

Conclusion

A single gene produces numerous phenotypic traits and is called as pleiotropy.

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Answer 2

Textbook Question

Chapter 4, Problem 1TYR

Production of more than one phenotypic trait by a single gene is called

a. pleiotrofy.
b. genetic determinism.
c. codominance.
d. penetrance.
e. genetic recombination

Expert Solution & Answer

Summary Introduction

Introduction:

A single gene is responsible for the production of multiple phenotypes and this is termed as a pleiotropic effect. The gene influences multiple traits of organisms, which may transfer from one generation to another. In humans, phenylketonuria (PKU) is associated with pleiotropy. Phenylalanine hydroxylase converts phenylalanine to tyrosine; the mutation in phenylalanine hydroxylase encoding genes leads to multiple traits associated with phenylketonuria. It causes mental disorders, pigment defects, and eczema.

Answer to Problem 1TYR

Correct answer:

A single gene influences multiple or more than a phenotypic trait and is known as pleiotropy. Therefore, option a is correct.

Explanation of Solution

Justify reasons for the correct statement:

A single gene produces numerous phenotypic traits and is called as pleiotropy.

Option (a) is given as “pleiotropy”.

Multiple phenotypic characters produced by a gene is known as pleiotropy.

Hence, option (a) is correct.

Justify reasons for the incorrect statements:

Option (b) is given as “genetic determinism”.

Controlling of race, sex, and mental health by genes is known as genetic determinism. Hence, it is a wrong answer.

Option (c) is given as “codominance”.

Expression of both alleles of a gene in an organism is known as codominance. Hence, it is a wrong answer.

Option (d) is given as “penetrance”.

Exhibition of expected phenotype from the percentage of the given genotype is known as penetrance. Hence, it is a wrong answer.

Option (e) is given as “genetic recombination”.

Exchange of genetic material between two chromosomes or a different location of a single chromosome is known as genetic recombination. Hence, it is a wrong answer.

Hence, options (b), (c), (d), and (e) are incorrect.

Conclusion

A single gene produces numerous phenotypic traits and is called as pleiotropy.

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Answer 3

Textbook Question

Chapter 4, Problem 1TYR

Production of more than one phenotypic trait by a single gene is called

a. pleiotrofy.
b. genetic determinism.
c. codominance.
d. penetrance.
e. genetic recombination

Expert Solution & Answer

Summary Introduction

Introduction:

A single gene is responsible for the production of multiple phenotypes and this is termed as a pleiotropic effect. The gene influences multiple traits of organisms, which may transfer from one generation to another. In humans, phenylketonuria (PKU) is associated with pleiotropy. Phenylalanine hydroxylase converts phenylalanine to tyrosine; the mutation in phenylalanine hydroxylase encoding genes leads to multiple traits associated with phenylketonuria. It causes mental disorders, pigment defects, and eczema.

Answer to Problem 1TYR

Correct answer:

A single gene influences multiple or more than a phenotypic trait and is known as pleiotropy. Therefore, option a is correct.

Explanation of Solution

Justify reasons for the correct statement:

A single gene produces numerous phenotypic traits and is called as pleiotropy.

Option (a) is given as “pleiotropy”.

Multiple phenotypic characters produced by a gene is known as pleiotropy.

Hence, option (a) is correct.

Justify reasons for the incorrect statements:

Option (b) is given as “genetic determinism”.

Controlling of race, sex, and mental health by genes is known as genetic determinism. Hence, it is a wrong answer.

Option (c) is given as “codominance”.

Expression of both alleles of a gene in an organism is known as codominance. Hence, it is a wrong answer.

Option (d) is given as “penetrance”.

Exhibition of expected phenotype from the percentage of the given genotype is known as penetrance. Hence, it is a wrong answer.

Option (e) is given as “genetic recombination”.

Exchange of genetic material between two chromosomes or a different location of a single chromosome is known as genetic recombination. Hence, it is a wrong answer.

Hence, options (b), (c), (d), and (e) are incorrect.

Conclusion

A single gene produces numerous phenotypic traits and is called as pleiotropy.

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

Answer 4

Textbook Question

Chapter 4, Problem 1TYR

Production of more than one phenotypic trait by a single gene is called

a. pleiotrofy.
b. genetic determinism.
c. codominance.
d. penetrance.
e. genetic recombination

Expert Solution & Answer

Summary Introduction

Introduction:

A single gene is responsible for the production of multiple phenotypes and this is termed as a pleiotropic effect. The gene influences multiple traits of organisms, which may transfer from one generation to another. In humans, phenylketonuria (PKU) is associated with pleiotropy. Phenylalanine hydroxylase converts phenylalanine to tyrosine; the mutation in phenylalanine hydroxylase encoding genes leads to multiple traits associated with phenylketonuria. It causes mental disorders, pigment defects, and eczema.

Answer to Problem 1TYR

Correct answer:

A single gene influences multiple or more than a phenotypic trait and is known as pleiotropy. Therefore, option a is correct.

Explanation of Solution

Justify reasons for the correct statement:

A single gene produces numerous phenotypic traits and is called as pleiotropy.

Option (a) is given as “pleiotropy”.

Multiple phenotypic characters produced by a gene is known as pleiotropy.

Hence, option (a) is correct.

Justify reasons for the incorrect statements:

Option (b) is given as “genetic determinism”.

Controlling of race, sex, and mental health by genes is known as genetic determinism. Hence, it is a wrong answer.

Option (c) is given as “codominance”.

Expression of both alleles of a gene in an organism is known as codominance. Hence, it is a wrong answer.

Option (d) is given as “penetrance”.

Exhibition of expected phenotype from the percentage of the given genotype is known as penetrance. Hence, it is a wrong answer.

Option (e) is given as “genetic recombination”.

Exchange of genetic material between two chromosomes or a different location of a single chromosome is known as genetic recombination. Hence, it is a wrong answer.

Hence, options (b), (c), (d), and (e) are incorrect.

Conclusion

A single gene produces numerous phenotypic traits and is called as pleiotropy.

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

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

Introduction:

A single gene is responsible for the production of multiple phenotypes and this is termed as a pleiotropic effect. The gene influences multiple traits of organisms, which may transfer from one generation to another. In humans, phenylketonuria (PKU) is associated with pleiotropy. Phenylalanine hydroxylase converts phenylalanine to tyrosine; the mutation in phenylalanine hydroxylase encoding genes leads to multiple traits associated with phenylketonuria. It causes mental disorders, pigment defects, and eczema.

Answer to Problem 1TYR

Correct answer:

A single gene influences multiple or more than a phenotypic trait and is known as pleiotropy. Therefore, option a is correct.

Explanation of Solution

Justify reasons for the correct statement:

A single gene produces numerous phenotypic traits and is called as pleiotropy.

Option (a) is given as “pleiotropy”.

Multiple phenotypic characters produced by a gene is known as pleiotropy.

Hence, option (a) is correct.

Justify reasons for the incorrect statements:

Option (b) is given as “genetic determinism”.

Controlling of race, sex, and mental health by genes is known as genetic determinism. Hence, it is a wrong answer.

Option (c) is given as “codominance”.

Expression of both alleles of a gene in an organism is known as codominance. Hence, it is a wrong answer.

Option (d) is given as “penetrance”.

Exhibition of expected phenotype from the percentage of the given genotype is known as penetrance. Hence, it is a wrong answer.

Option (e) is given as “genetic recombination”.

Exchange of genetic material between two chromosomes or a different location of a single chromosome is known as genetic recombination. Hence, it is a wrong answer.

Hence, options (b), (c), (d), and (e) are incorrect.

Conclusion

A single gene produces numerous phenotypic traits and is called as pleiotropy.

Answer 8

Expert Solution & Answer

Summary Introduction

Introduction:

A single gene is responsible for the production of multiple phenotypes and this is termed as a pleiotropic effect. The gene influences multiple traits of organisms, which may transfer from one generation to another. In humans, phenylketonuria (PKU) is associated with pleiotropy. Phenylalanine hydroxylase converts phenylalanine to tyrosine; the mutation in phenylalanine hydroxylase encoding genes leads to multiple traits associated with phenylketonuria. It causes mental disorders, pigment defects, and eczema.

Answer to Problem 1TYR

Correct answer:

A single gene influences multiple or more than a phenotypic trait and is known as pleiotropy. Therefore, option a is correct.

Explanation of Solution

Justify reasons for the correct statement:

A single gene produces numerous phenotypic traits and is called as pleiotropy.

Option (a) is given as “pleiotropy”.

Multiple phenotypic characters produced by a gene is known as pleiotropy.

Hence, option (a) is correct.

Justify reasons for the incorrect statements:

Option (b) is given as “genetic determinism”.

Controlling of race, sex, and mental health by genes is known as genetic determinism. Hence, it is a wrong answer.

Option (c) is given as “codominance”.

Expression of both alleles of a gene in an organism is known as codominance. Hence, it is a wrong answer.

Option (d) is given as “penetrance”.

Exhibition of expected phenotype from the percentage of the given genotype is known as penetrance. Hence, it is a wrong answer.

Option (e) is given as “genetic recombination”.

Exchange of genetic material between two chromosomes or a different location of a single chromosome is known as genetic recombination. Hence, it is a wrong answer.

Hence, options (b), (c), (d), and (e) are incorrect.

Conclusion

A single gene produces numerous phenotypic traits and is called as pleiotropy.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

Introduction:

A single gene is responsible for the production of multiple phenotypes and this is termed as a pleiotropic effect. The gene influences multiple traits of organisms, which may transfer from one generation to another. In humans, phenylketonuria (PKU) is associated with pleiotropy. Phenylalanine hydroxylase converts phenylalanine to tyrosine; the mutation in phenylalanine hydroxylase encoding genes leads to multiple traits associated with phenylketonuria. It causes mental disorders, pigment defects, and eczema.

Answer 12

Answer to Problem 1TYR

Correct answer:

A single gene influences multiple or more than a phenotypic trait and is known as pleiotropy. Therefore, option a is correct.

Answer 13

Explanation of Solution

Justify reasons for the correct statement:

A single gene produces numerous phenotypic traits and is called as pleiotropy.

Option (a) is given as “pleiotropy”.

Multiple phenotypic characters produced by a gene is known as pleiotropy.

Hence, option (a) is correct.

Justify reasons for the incorrect statements:

Option (b) is given as “genetic determinism”.

Controlling of race, sex, and mental health by genes is known as genetic determinism. Hence, it is a wrong answer.

Option (c) is given as “codominance”.

Expression of both alleles of a gene in an organism is known as codominance. Hence, it is a wrong answer.

Option (d) is given as “penetrance”.

Exhibition of expected phenotype from the percentage of the given genotype is known as penetrance. Hence, it is a wrong answer.

Option (e) is given as “genetic recombination”.

Exchange of genetic material between two chromosomes or a different location of a single chromosome is known as genetic recombination. Hence, it is a wrong answer.

Hence, options (b), (c), (d), and (e) are incorrect.