A process through which the plants convert their plastids and etioplast that are present inside their chloroplast is known as de-etiolation. The plants that have undergone etiolation process would grow in complete darkness and are generally thin, long, and white in color. In the process of de-etiolation, the signal is light and the receptor is a phytochrome, a blue pigment that is present in the cytosol.

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Chapter 39, Problem 2TYK

Summary Introduction

A process through which the plants convert their plastids and etioplast that are present inside their chloroplast is known as de-etiolation. The plants that have undergone etiolation process would grow in complete darkness and are generally thin, long, and white in color. In the process of de-etiolation, the signal is light and the receptor is a phytochrome, a blue pigment that is present in the cytosol.

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Answer 2

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Chapter 39, Problem 2TYK

Summary Introduction

A process through which the plants convert their plastids and etioplast that are present inside their chloroplast is known as de-etiolation. The plants that have undergone etiolation process would grow in complete darkness and are generally thin, long, and white in color. In the process of de-etiolation, the signal is light and the receptor is a phytochrome, a blue pigment that is present in the cytosol.

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Answer 3

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Chapter 39, Problem 2TYK

Summary Introduction

A process through which the plants convert their plastids and etioplast that are present inside their chloroplast is known as de-etiolation. The plants that have undergone etiolation process would grow in complete darkness and are generally thin, long, and white in color. In the process of de-etiolation, the signal is light and the receptor is a phytochrome, a blue pigment that is present in the cytosol.

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Answer 4

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Chapter 39, Problem 2TYK

Summary Introduction

A process through which the plants convert their plastids and etioplast that are present inside their chloroplast is known as de-etiolation. The plants that have undergone etiolation process would grow in complete darkness and are generally thin, long, and white in color. In the process of de-etiolation, the signal is light and the receptor is a phytochrome, a blue pigment that is present in the cytosol.

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Answer 5

Chapter 39, Problem 2TYK

Summary Introduction

A process through which the plants convert their plastids and etioplast that are present inside their chloroplast is known as de-etiolation. The plants that have undergone etiolation process would grow in complete darkness and are generally thin, long, and white in color. In the process of de-etiolation, the signal is light and the receptor is a phytochrome, a blue pigment that is present in the cytosol.

Answer 6

Chapter 39, Problem 2TYK

Summary Introduction

A process through which the plants convert their plastids and etioplast that are present inside their chloroplast is known as de-etiolation. The plants that have undergone etiolation process would grow in complete darkness and are generally thin, long, and white in color. In the process of de-etiolation, the signal is light and the receptor is a phytochrome, a blue pigment that is present in the cytosol.

Answer 7

Chapter 39, Problem 2TYK

Summary Introduction

A process through which the plants convert their plastids and etioplast that are present inside their chloroplast is known as de-etiolation. The plants that have undergone etiolation process would grow in complete darkness and are generally thin, long, and white in color. In the process of de-etiolation, the signal is light and the receptor is a phytochrome, a blue pigment that is present in the cytosol.

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Answer 11

Ch. 39 - Prob. 1IQ Ch. 39 - What are the important steps in the transduction...Ch. 39 - What is the plans growth response? What types of...Ch. 39 - Explain how phytochrome can also indicate the...Ch. 39 - What are free-running periods?Ch. 39 - Indicate whether a short-day plant and a long-day...Ch. 39 - Prob. 7IQ Ch. 39 - Prob. 8IQ Ch. 39 - Prob. 9IQ Ch. 39 - Prob. 1SYK

Solution Summary: The author explains that de-etiolation is a process through which the plants convert their plastids and etoplast that are present inside their chloroplast.

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