Haloarchaea (halobacteria, halophilic archaea) belongs to the class Euryarchaeota, inhabit hypersaline environments. To flourish under such extreme environments, haloarchaea and their enzymes have evolved to act optimally in specific conditions with increased concentration of salts and also extreme temperature and pH.

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Chapter 20.1, Problem 3CC

Summary Introduction

Haloarchaea (halobacteria, halophilic archaea) belongs to the class Euryarchaeota, inhabit hypersaline environments. To flourish under such extreme environments, haloarchaea and their enzymes have evolved to act optimally in specific conditions with increased concentration of salts and also extreme temperature and pH.

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Chapter 20.1, Problem 3CC

Summary Introduction

Haloarchaea (halobacteria, halophilic archaea) belongs to the class Euryarchaeota, inhabit hypersaline environments. To flourish under such extreme environments, haloarchaea and their enzymes have evolved to act optimally in specific conditions with increased concentration of salts and also extreme temperature and pH.

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Answer 3

Question

Chapter 20.1, Problem 3CC

Summary Introduction

Haloarchaea (halobacteria, halophilic archaea) belongs to the class Euryarchaeota, inhabit hypersaline environments. To flourish under such extreme environments, haloarchaea and their enzymes have evolved to act optimally in specific conditions with increased concentration of salts and also extreme temperature and pH.

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Answer 4

Question

Chapter 20.1, Problem 3CC

Summary Introduction

Haloarchaea (halobacteria, halophilic archaea) belongs to the class Euryarchaeota, inhabit hypersaline environments. To flourish under such extreme environments, haloarchaea and their enzymes have evolved to act optimally in specific conditions with increased concentration of salts and also extreme temperature and pH.

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Answer 5

Chapter 20.1, Problem 3CC

Summary Introduction

Haloarchaea (halobacteria, halophilic archaea) belongs to the class Euryarchaeota, inhabit hypersaline environments. To flourish under such extreme environments, haloarchaea and their enzymes have evolved to act optimally in specific conditions with increased concentration of salts and also extreme temperature and pH.

Answer 6

Chapter 20.1, Problem 3CC

Summary Introduction

Haloarchaea (halobacteria, halophilic archaea) belongs to the class Euryarchaeota, inhabit hypersaline environments. To flourish under such extreme environments, haloarchaea and their enzymes have evolved to act optimally in specific conditions with increased concentration of salts and also extreme temperature and pH.

Answer 7

Chapter 20.1, Problem 3CC

Summary Introduction

Haloarchaea (halobacteria, halophilic archaea) belongs to the class Euryarchaeota, inhabit hypersaline environments. To flourish under such extreme environments, haloarchaea and their enzymes have evolved to act optimally in specific conditions with increased concentration of salts and also extreme temperature and pH.

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Answer 11

Ch. 20.1 - MICRO INQUIRY Given that the DC/HB pathway uses...Ch. 20.1 - Prob. 2MI Ch. 20.1 - Prob. 1CC Ch. 20.1 - Why do methanogens use the reductive acetyl-CoA...Ch. 20.1 - Prob. 3CC Ch. 20.1 - Compare the ATP and NADH yield of each of the...Ch. 20.2 - MICRO INQUIRY Identify the potential electron...Ch. 20.2 - Retrieve, Infer, Apply What are thermoacidophiles...Ch. 20.2 - Prob. 2CC Ch. 20.2 - Compare the carbon and sulfur metabolism of...

Solution Summary: The author explains that haloarchaea uses methylaspartate pathway rather than the glyoxylate cycle for acetate incorporation.

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Chapter 20 Solutions