Without looking in chapters 21 and 22, predict some characteristics that would describe niches occupied by green and purple photosynthetic bacteria.

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Answer 1

Textbook Question

Chapter 11, Problem 1CHI

Without looking in chapters 21 and 22, predict some characteristics that would describe niches occupied by green and purple photosynthetic bacteria.

Expert Solution & Answer

Summary Introduction

The nutrition is universal factor that is required to carry out actions and metabolic function of all the organisms. The nutrition is need by the cells or microbes or animals to carry out various functions. Moreover, the nutritional need of the microbes can be varied in the form of energy, electron, and carbon source.

Explanation of Solution

The photolithoautotrophs can acquire light as the source of energy, reduced inorganic substances and gain electrons, and finally able to fix carbon dioxide from the electron that is obtained by the reduction of inorganic compounds. For example, Cyanobacteria, Green sulfur bacteria, purple sulfur bacteria, and Photosynthetic protists. The photolithotrophs are anaerobic that does not need oxygen as their terminal electron, whereas organic compounds, sulfur, and hydrogen sulfide are gained as the terminal electron. As these microbes can effectively utilize the inorganic compounds, they are able to live in sulfur vents in the deep ocean waters. Moreover, these photolitotrophic bacteria have pigments known as bacteriochlorophylls that can absorb light range from 350-550nm, which can penetrate deep into the water.

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Answer 2

Textbook Question

Chapter 11, Problem 1CHI

Without looking in chapters 21 and 22, predict some characteristics that would describe niches occupied by green and purple photosynthetic bacteria.

Expert Solution & Answer

Summary Introduction

The nutrition is universal factor that is required to carry out actions and metabolic function of all the organisms. The nutrition is need by the cells or microbes or animals to carry out various functions. Moreover, the nutritional need of the microbes can be varied in the form of energy, electron, and carbon source.

Explanation of Solution

The photolithoautotrophs can acquire light as the source of energy, reduced inorganic substances and gain electrons, and finally able to fix carbon dioxide from the electron that is obtained by the reduction of inorganic compounds. For example, Cyanobacteria, Green sulfur bacteria, purple sulfur bacteria, and Photosynthetic protists. The photolithotrophs are anaerobic that does not need oxygen as their terminal electron, whereas organic compounds, sulfur, and hydrogen sulfide are gained as the terminal electron. As these microbes can effectively utilize the inorganic compounds, they are able to live in sulfur vents in the deep ocean waters. Moreover, these photolitotrophic bacteria have pigments known as bacteriochlorophylls that can absorb light range from 350-550nm, which can penetrate deep into the water.

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Answer 3

Textbook Question

Chapter 11, Problem 1CHI

Without looking in chapters 21 and 22, predict some characteristics that would describe niches occupied by green and purple photosynthetic bacteria.

Expert Solution & Answer

Summary Introduction

The nutrition is universal factor that is required to carry out actions and metabolic function of all the organisms. The nutrition is need by the cells or microbes or animals to carry out various functions. Moreover, the nutritional need of the microbes can be varied in the form of energy, electron, and carbon source.

Explanation of Solution

The photolithoautotrophs can acquire light as the source of energy, reduced inorganic substances and gain electrons, and finally able to fix carbon dioxide from the electron that is obtained by the reduction of inorganic compounds. For example, Cyanobacteria, Green sulfur bacteria, purple sulfur bacteria, and Photosynthetic protists. The photolithotrophs are anaerobic that does not need oxygen as their terminal electron, whereas organic compounds, sulfur, and hydrogen sulfide are gained as the terminal electron. As these microbes can effectively utilize the inorganic compounds, they are able to live in sulfur vents in the deep ocean waters. Moreover, these photolitotrophic bacteria have pigments known as bacteriochlorophylls that can absorb light range from 350-550nm, which can penetrate deep into the water.

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Answer 4

Textbook Question

Chapter 11, Problem 1CHI

Without looking in chapters 21 and 22, predict some characteristics that would describe niches occupied by green and purple photosynthetic bacteria.

Expert Solution & Answer

Summary Introduction

The nutrition is universal factor that is required to carry out actions and metabolic function of all the organisms. The nutrition is need by the cells or microbes or animals to carry out various functions. Moreover, the nutritional need of the microbes can be varied in the form of energy, electron, and carbon source.

Explanation of Solution

The photolithoautotrophs can acquire light as the source of energy, reduced inorganic substances and gain electrons, and finally able to fix carbon dioxide from the electron that is obtained by the reduction of inorganic compounds. For example, Cyanobacteria, Green sulfur bacteria, purple sulfur bacteria, and Photosynthetic protists. The photolithotrophs are anaerobic that does not need oxygen as their terminal electron, whereas organic compounds, sulfur, and hydrogen sulfide are gained as the terminal electron. As these microbes can effectively utilize the inorganic compounds, they are able to live in sulfur vents in the deep ocean waters. Moreover, these photolitotrophic bacteria have pigments known as bacteriochlorophylls that can absorb light range from 350-550nm, which can penetrate deep into the water.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

The nutrition is universal factor that is required to carry out actions and metabolic function of all the organisms. The nutrition is need by the cells or microbes or animals to carry out various functions. Moreover, the nutritional need of the microbes can be varied in the form of energy, electron, and carbon source.

Explanation of Solution

The photolithoautotrophs can acquire light as the source of energy, reduced inorganic substances and gain electrons, and finally able to fix carbon dioxide from the electron that is obtained by the reduction of inorganic compounds. For example, Cyanobacteria, Green sulfur bacteria, purple sulfur bacteria, and Photosynthetic protists. The photolithotrophs are anaerobic that does not need oxygen as their terminal electron, whereas organic compounds, sulfur, and hydrogen sulfide are gained as the terminal electron. As these microbes can effectively utilize the inorganic compounds, they are able to live in sulfur vents in the deep ocean waters. Moreover, these photolitotrophic bacteria have pigments known as bacteriochlorophylls that can absorb light range from 350-550nm, which can penetrate deep into the water.

Answer 8

Expert Solution & Answer

Summary Introduction

The nutrition is universal factor that is required to carry out actions and metabolic function of all the organisms. The nutrition is need by the cells or microbes or animals to carry out various functions. Moreover, the nutritional need of the microbes can be varied in the form of energy, electron, and carbon source.

Explanation of Solution

The photolithoautotrophs can acquire light as the source of energy, reduced inorganic substances and gain electrons, and finally able to fix carbon dioxide from the electron that is obtained by the reduction of inorganic compounds. For example, Cyanobacteria, Green sulfur bacteria, purple sulfur bacteria, and Photosynthetic protists. The photolithotrophs are anaerobic that does not need oxygen as their terminal electron, whereas organic compounds, sulfur, and hydrogen sulfide are gained as the terminal electron. As these microbes can effectively utilize the inorganic compounds, they are able to live in sulfur vents in the deep ocean waters. Moreover, these photolitotrophic bacteria have pigments known as bacteriochlorophylls that can absorb light range from 350-550nm, which can penetrate deep into the water.

Answer 9

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Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

The nutrition is universal factor that is required to carry out actions and metabolic function of all the organisms. The nutrition is need by the cells or microbes or animals to carry out various functions. Moreover, the nutritional need of the microbes can be varied in the form of energy, electron, and carbon source.

Answer 12

Explanation of Solution

The photolithoautotrophs can acquire light as the source of energy, reduced inorganic substances and gain electrons, and finally able to fix carbon dioxide from the electron that is obtained by the reduction of inorganic compounds. For example, Cyanobacteria, Green sulfur bacteria, purple sulfur bacteria, and Photosynthetic protists. The photolithotrophs are anaerobic that does not need oxygen as their terminal electron, whereas organic compounds, sulfur, and hydrogen sulfide are gained as the terminal electron. As these microbes can effectively utilize the inorganic compounds, they are able to live in sulfur vents in the deep ocean waters. Moreover, these photolitotrophic bacteria have pigments known as bacteriochlorophylls that can absorb light range from 350-550nm, which can penetrate deep into the water.

Answer 13

Ch. 11.1 - Retrieve, Infer, Apply Discuss the ways in which...Ch. 11.1 - Describe the nutritional requirements of the major...Ch. 11.1 - Retrieve, Infer, Apply Compare...Ch. 11.1 - Retrieve, Infer, Apply What are the three major...Ch. 11.2 - Is NAD+ reduced to NADH in the catabolic or...Ch. 11.2 - Prob. 1RIA Ch. 11.2 - Why is it to a cells advantage to catabolize...Ch. 11.2 - Prob. 3RIA Ch. 11.4 - Which reactions are examples of substrate-level...Ch. 11.4 - For what kinds of reactions is NADPH used?

Without looking in chapters 21 and 22, predict some characteristics that would describe niches occupied by green and purple photosynthetic bacteria.

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