How many acetyl CoA units are produced from the complete oxidation of capric acid. Introduction: In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Question

110. The main purpose of glycolysis is to a. oxidize the acetyl group b. make NADH c. make pyruvate d. make protons e. make ATP

Answer 1

Question

Chapter 12, Problem 12.87AP

Summary Introduction

To determine:

How many acetyl CoA units are produced from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many cycles of β oxidation occur during complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many ATP are generated from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

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110. The main purpose of glycolysis is to a. oxidize the acetyl group b. make NADH c. make pyruvate d. make protons e. make ATP

Fatty acids and triglycerides are an important source of nutrition and a dense form of stored energy. Digestion of fats yields more energy per gram than digestion of carbohydrates. Each turn on the B-oxidation spiral results in the formation of a new acetyl COA molecule. This molecule can then be used to generate more energy in A) fatty acid synthesis B) ketolysis C) glycolysis D) tricarboxylic acid cycle E) oxidative phosphorylation

3.

Answer 2

Question

Chapter 12, Problem 12.87AP

Summary Introduction

To determine:

How many acetyl CoA units are produced from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many cycles of β oxidation occur during complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many ATP are generated from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

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Answer 3

Question

Chapter 12, Problem 12.87AP

Summary Introduction

To determine:

How many acetyl CoA units are produced from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many cycles of β oxidation occur during complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many ATP are generated from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Expert Solution & Answer

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Answer 4

Question

Chapter 12, Problem 12.87AP

Summary Introduction

To determine:

How many acetyl CoA units are produced from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many cycles of β oxidation occur during complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many ATP are generated from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

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Answer 5

Chapter 12, Problem 12.87AP

Summary Introduction

To determine:

How many acetyl CoA units are produced from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many cycles of β oxidation occur during complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Summary Introduction

To determine:

How many ATP are generated from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Answer 6

Chapter 12, Problem 12.87AP

Summary Introduction

To determine:

How many acetyl CoA units are produced from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Answer 7

Chapter 12, Problem 12.87AP

Summary Introduction

To determine:

How many acetyl CoA units are produced from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Answer 8

Summary Introduction

To determine:

How many cycles of β oxidation occur during complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Answer 9

Summary Introduction

To determine:

How many cycles of β oxidation occur during complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Answer 10

Summary Introduction

To determine:

How many ATP are generated from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Answer 11

Summary Introduction

To determine:

How many ATP are generated from the complete oxidation of capric acid.

Introduction:

In the case of absence of glucose and glycogen, cells that still require ATP undergo fatty acid oxidation. Cells oxidize fatty acids to acetyl CoA through beta oxidation in which two carbons are removed from activated fatty acid. The generated acetyl CoA can enter the citric acid cycle in mitochondrial matrix for production of ATP.

Answer 12

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Answer 23

Ch. 12 - Prob. 12.1PP Ch. 12 - How can you identify an anabolic reaction?Ch. 12 - Prob. 12.3PP Ch. 12 - Prob. 12.4PP Ch. 12 - Prob. 12.5PP Ch. 12 - Prob. 12.6PP Ch. 12 - Prob. 12.7PP Ch. 12 - Prob. 12.8PP Ch. 12 - Prob. 12.9PP Ch. 12 - Prob. 12.10PP

Solution Summary: The author explains the process of beta oxidation, where two carbons are removed at a time from an activated fatty acid.

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Chapter 12 Solutions