Chapter 1

Introduction

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Chapter 2

Balance and Transport Equations

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Chapter 3

The Cell and Cellular Components

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Chapter 4

Thermodyanmics of Life

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Chapter 5

Microbial Growth and Death

Example 5.3.xlsx

Figure 5.3.xlsx

Figure 5.17.xlsx

Figure 5.18.xlsx

Figure 5.25.xlsx

Figure 5.27a.xlsx

Figure 5.27b.xlsx

Chapter 6

Chemical Kinetics and Enzymology

Hemoglobin Cooperative Binding Models.xlsx

Enzyme Kinetics Example 6.5.xlsx

Figure 6.14.xlsx

Figure 6.18.xlsx

Figure 6.20.xlsx

Chapter 7

Membrane Transport

Figure 7.8.xlsx

Figure 7.9.xlsx

Figure 7.10.xlsx

Figure 7.12.xlsx

Chapter 8

Metabolic Engineering

Figure 8.2.xlsx

Figure 8.4.xlsx

Figure 8.8.xlsm

Chapter 9

Nucleic Acids and Genes

Figure 9.4.xlsx

Figure 9.5.xlsx

Chapter 10

Genetic Regulation Models

Figure 10.3.xlsx

Figure 10.4.xlsx

Chapter 11

Case Study—Lac Operon of Escherichia coli

Figure 11.1.xlsx

Chapter 12

Case Study—Hut Operon of Bacillus subtitlis

Figure 12.2.xlsx

Figure 12.3-4.xlsm

Chapter 13

Case Study—HPK/RR Systems

Figure 13.2.xlsm

Figure 13.3.xlsm

Figure 13.4.xlsm

Figure 13.6.xlsm

Figure 13.7.xlsm

Figure 13.8.xlsm

Figure 13.9.xlsm

Figure 13.10.xlsm

Chapter 14

Signal Transduction with G Protein-Coupled Receptors

Figure 14.6.xlsx

Figure 14.7.xlsx

Figure 14.8.xlsx

Figure 14.9.xlsx