Archaeal and bacterial cells often comprises various inclusion bodies. Inclusion bodies present in a cell can be easily visualized using a light microscope. These inclusions are bound by a thin membrane, which separates it in the cytoplasm. The chief role of cell inclusions is to serve as carbon reservoirs and/or energy reserves. Storage of carbon molecules in such insoluble form aids in the reduction of osmotic stress.

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Chapter 2.8, Problem 1MQ

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Archaeal and bacterial cells often comprises various inclusion bodies. Inclusion bodies present in a cell can be easily visualized using a light microscope. These inclusions are bound by a thin membrane, which separates it in the cytoplasm. The chief role of cell inclusions is to serve as carbon reservoirs and/or energy reserves. Storage of carbon molecules in such insoluble form aids in the reduction of osmotic stress.

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Answer 2

Question

Chapter 2.8, Problem 1MQ

Summary Introduction

Archaeal and bacterial cells often comprises various inclusion bodies. Inclusion bodies present in a cell can be easily visualized using a light microscope. These inclusions are bound by a thin membrane, which separates it in the cytoplasm. The chief role of cell inclusions is to serve as carbon reservoirs and/or energy reserves. Storage of carbon molecules in such insoluble form aids in the reduction of osmotic stress.

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Answer 3

Question

Chapter 2.8, Problem 1MQ

Summary Introduction

Archaeal and bacterial cells often comprises various inclusion bodies. Inclusion bodies present in a cell can be easily visualized using a light microscope. These inclusions are bound by a thin membrane, which separates it in the cytoplasm. The chief role of cell inclusions is to serve as carbon reservoirs and/or energy reserves. Storage of carbon molecules in such insoluble form aids in the reduction of osmotic stress.

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Answer 4

Question

Chapter 2.8, Problem 1MQ

Summary Introduction

Archaeal and bacterial cells often comprises various inclusion bodies. Inclusion bodies present in a cell can be easily visualized using a light microscope. These inclusions are bound by a thin membrane, which separates it in the cytoplasm. The chief role of cell inclusions is to serve as carbon reservoirs and/or energy reserves. Storage of carbon molecules in such insoluble form aids in the reduction of osmotic stress.

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Answer 5

Chapter 2.8, Problem 1MQ

Summary Introduction

Archaeal and bacterial cells often comprises various inclusion bodies. Inclusion bodies present in a cell can be easily visualized using a light microscope. These inclusions are bound by a thin membrane, which separates it in the cytoplasm. The chief role of cell inclusions is to serve as carbon reservoirs and/or energy reserves. Storage of carbon molecules in such insoluble form aids in the reduction of osmotic stress.

Answer 6

Chapter 2.8, Problem 1MQ

Summary Introduction

Archaeal and bacterial cells often comprises various inclusion bodies. Inclusion bodies present in a cell can be easily visualized using a light microscope. These inclusions are bound by a thin membrane, which separates it in the cytoplasm. The chief role of cell inclusions is to serve as carbon reservoirs and/or energy reserves. Storage of carbon molecules in such insoluble form aids in the reduction of osmotic stress.

Answer 7

Chapter 2.8, Problem 1MQ

Summary Introduction

Archaeal and bacterial cells often comprises various inclusion bodies. Inclusion bodies present in a cell can be easily visualized using a light microscope. These inclusions are bound by a thin membrane, which separates it in the cytoplasm. The chief role of cell inclusions is to serve as carbon reservoirs and/or energy reserves. Storage of carbon molecules in such insoluble form aids in the reduction of osmotic stress.

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Answer 11

Ch. 2.1 - How do cocci and rods differ in morphology?Ch. 2.1 - Using a microscope, could you differentiate a...Ch. 2.1 - What are the major morphologies of prokaryotic...Ch. 2.2 - What physical property of cells increases as cells...Ch. 2.2 - How can the small size and haploid genome of...Ch. 2.2 - What are the approximate limits to how small a...Ch. 2.2 - How large can a bacterium be? How small? Why is it...Ch. 2.3 - Draw the basic structure of a lipid bilayer and...Ch. 2.3 - Prob. 2MQ Ch. 2.3 - Prob. 3MQ

Solution Summary: The author explains the role of cell inclusions in archaeal and bacterial cells. They are bound by a thin membrane, which separates them in the cytoplasm.

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