The genus Aquifex is an autotrophic hyperthermophile and strict chemolithotroph. It is the most thermophilic of all well-known bacterial groups. The Aquifex members use H 2 and sulfur (S 0 ) as electron donors and it utilizes nitrate or oxygen as electron acceptors. It grows at temperatures up to 95°C. Aquifex are microaerophilic and it is incapable to oxidize all the organic components.

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Answer 1

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Chapter 16.19, Problem 1MQ

Summary Introduction

The genus Aquifex is an autotrophic hyperthermophile and strict chemolithotroph. It is the most thermophilic of all well-known bacterial groups. The Aquifex members use H₂ and sulfur (S⁰) as electron donors and it utilizes nitrate or oxygen as electron acceptors. It grows at temperatures up to 95°C. Aquifex are microaerophilic and it is incapable to oxidize all the organic components.

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Answer 2

Question

Chapter 16.19, Problem 1MQ

Summary Introduction

The genus Aquifex is an autotrophic hyperthermophile and strict chemolithotroph. It is the most thermophilic of all well-known bacterial groups. The Aquifex members use H₂ and sulfur (S⁰) as electron donors and it utilizes nitrate or oxygen as electron acceptors. It grows at temperatures up to 95°C. Aquifex are microaerophilic and it is incapable to oxidize all the organic components.

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Answer 3

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Chapter 16.19, Problem 1MQ

Summary Introduction

The genus Aquifex is an autotrophic hyperthermophile and strict chemolithotroph. It is the most thermophilic of all well-known bacterial groups. The Aquifex members use H₂ and sulfur (S⁰) as electron donors and it utilizes nitrate or oxygen as electron acceptors. It grows at temperatures up to 95°C. Aquifex are microaerophilic and it is incapable to oxidize all the organic components.

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Answer 4

Question

Chapter 16.19, Problem 1MQ

Summary Introduction

The genus Aquifex is an autotrophic hyperthermophile and strict chemolithotroph. It is the most thermophilic of all well-known bacterial groups. The Aquifex members use H₂ and sulfur (S⁰) as electron donors and it utilizes nitrate or oxygen as electron acceptors. It grows at temperatures up to 95°C. Aquifex are microaerophilic and it is incapable to oxidize all the organic components.

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Answer 5

Chapter 16.19, Problem 1MQ

Summary Introduction

The genus Aquifex is an autotrophic hyperthermophile and strict chemolithotroph. It is the most thermophilic of all well-known bacterial groups. The Aquifex members use H₂ and sulfur (S⁰) as electron donors and it utilizes nitrate or oxygen as electron acceptors. It grows at temperatures up to 95°C. Aquifex are microaerophilic and it is incapable to oxidize all the organic components.

Answer 6

Chapter 16.19, Problem 1MQ

Summary Introduction

The genus Aquifex is an autotrophic hyperthermophile and strict chemolithotroph. It is the most thermophilic of all well-known bacterial groups. The Aquifex members use H₂ and sulfur (S⁰) as electron donors and it utilizes nitrate or oxygen as electron acceptors. It grows at temperatures up to 95°C. Aquifex are microaerophilic and it is incapable to oxidize all the organic components.

Answer 7

Chapter 16.19, Problem 1MQ

Summary Introduction

The genus Aquifex is an autotrophic hyperthermophile and strict chemolithotroph. It is the most thermophilic of all well-known bacterial groups. The Aquifex members use H₂ and sulfur (S⁰) as electron donors and it utilizes nitrate or oxygen as electron acceptors. It grows at temperatures up to 95°C. Aquifex are microaerophilic and it is incapable to oxidize all the organic components.

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Answer 11

Ch. 16.1 - What are some ways in which Wolbachia species can...Ch. 16.1 - Prob. 2MQ Ch. 16.1 - Which genera of Alphaproteobacteria are known to...Ch. 16.2 - Prob. 1MQ Ch. 16.2 - Prob. 2MQ Ch. 16.2 - Prob. 1CR Ch. 16.3 - Prob. 1MQ Ch. 16.3 - Prob. 2MQ Ch. 16.3 - What is the catalase test? What catalase reaction...Ch. 16.4 - What species of Pseudomonas is a common cause of...

Solution Summary: The author explains that the genus Aquifex is an autotrophic hyperthermophile and strict chemolithotroph. It is the most thermophilic of all well-known bacterial groups.

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