To predict: The locations of 14 C in orotate isolated from cells grown on a small amount of uniformly labeled [ 14 C]. Introduction : The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

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Answer 1

Question

Chapter 22, Problem 14P

Summary Introduction

To predict: The locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Summary Introduction

To justify: The prediction of the locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

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Answer 2

Question

Chapter 22, Problem 14P

Summary Introduction

To predict: The locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Summary Introduction

To justify: The prediction of the locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

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Answer 3

Question

Chapter 22, Problem 14P

Summary Introduction

To predict: The locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Summary Introduction

To justify: The prediction of the locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

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Answer 4

Question

Chapter 22, Problem 14P

Summary Introduction

To predict: The locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Summary Introduction

To justify: The prediction of the locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

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Answer 5

Chapter 22, Problem 14P

Summary Introduction

To predict: The locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Summary Introduction

To justify: The prediction of the locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Answer 6

Chapter 22, Problem 14P

Summary Introduction

To predict: The locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Answer 7

Chapter 22, Problem 14P

Summary Introduction

To predict: The locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Answer 8

Summary Introduction

To justify: The prediction of the locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Answer 9

Summary Introduction

To justify: The prediction of the locations of ¹⁴C in orotate isolated from cells grown on a small amount of uniformly labeled [¹⁴C].

Introduction:

The biosynthesis of pyrimidine is very simpler process than the purine. Synthesis of pyrimidine is a de novo synthesis pathway which involves six step reactions. During the process of biosynthesis six members ring of pyrimidine is made first and then it attached to ribose-5-monophosphate. The end product of this reaction is the Uridine-5-monophophate (UMP).

Answer 10

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Answer 11

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Answer 12

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Answer 13

Ch. 22 - Prob. 1P Ch. 22 - Prob. 2P Ch. 22 - Prob. 3P Ch. 22 - Prob. 4P Ch. 22 - Prob. 5P Ch. 22 - Prob. 6P Ch. 22 - Prob. 7P Ch. 22 - Prob. 8P Ch. 22 - Prob. 9P Ch. 22 - Prob. 10P

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