The term discrepancy and the process by which it can be reconciled. Introduction: The annotation of the human genome sequence tend to reveal the discrepancy between several predicted proteins expressed in the genome and the number of the protein-coding sequences. The proteomic analysis indicated that human cells are capable of synthesizing more than 100000 different proteins and perhaps triple of this number.

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Chapter 21, Problem 19PDQ

Summary Introduction

To determine: The term discrepancy and the process by which it can be reconciled.

Introduction: The annotation of the human genome sequence tend to reveal the discrepancy between several predicted proteins expressed in the genome and the number of the protein-coding sequences. The proteomic analysis indicated that human cells are capable of synthesizing more than 100000 different proteins and perhaps triple of this number.

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Chapter 21, Problem 19PDQ

Summary Introduction

To determine: The term discrepancy and the process by which it can be reconciled.

Introduction: The annotation of the human genome sequence tend to reveal the discrepancy between several predicted proteins expressed in the genome and the number of the protein-coding sequences. The proteomic analysis indicated that human cells are capable of synthesizing more than 100000 different proteins and perhaps triple of this number.

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Chapter 21, Problem 19PDQ

Summary Introduction

To determine: The term discrepancy and the process by which it can be reconciled.

Introduction: The annotation of the human genome sequence tend to reveal the discrepancy between several predicted proteins expressed in the genome and the number of the protein-coding sequences. The proteomic analysis indicated that human cells are capable of synthesizing more than 100000 different proteins and perhaps triple of this number.

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Chapter 21, Problem 19PDQ

Summary Introduction

To determine: The term discrepancy and the process by which it can be reconciled.

Introduction: The annotation of the human genome sequence tend to reveal the discrepancy between several predicted proteins expressed in the genome and the number of the protein-coding sequences. The proteomic analysis indicated that human cells are capable of synthesizing more than 100000 different proteins and perhaps triple of this number.

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Chapter 21, Problem 19PDQ

Summary Introduction

To determine: The term discrepancy and the process by which it can be reconciled.

Introduction: The annotation of the human genome sequence tend to reveal the discrepancy between several predicted proteins expressed in the genome and the number of the protein-coding sequences. The proteomic analysis indicated that human cells are capable of synthesizing more than 100000 different proteins and perhaps triple of this number.

Answer 6

Chapter 21, Problem 19PDQ

Summary Introduction

To determine: The term discrepancy and the process by which it can be reconciled.

Introduction: The annotation of the human genome sequence tend to reveal the discrepancy between several predicted proteins expressed in the genome and the number of the protein-coding sequences. The proteomic analysis indicated that human cells are capable of synthesizing more than 100000 different proteins and perhaps triple of this number.

Answer 7

Chapter 21, Problem 19PDQ

Summary Introduction

To determine: The term discrepancy and the process by which it can be reconciled.

Introduction: The annotation of the human genome sequence tend to reveal the discrepancy between several predicted proteins expressed in the genome and the number of the protein-coding sequences. The proteomic analysis indicated that human cells are capable of synthesizing more than 100000 different proteins and perhaps triple of this number.

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