Acknowledgments ix Praise for the First Edition xi About the Author xiii How to Use This Book xv Chapter 1 An Introduction to Cancer Cell Biology and Genetics 1 1.1 Introduction 2 1.2 DNA Damage Is the Cause of Every Cancer 3 1.3 The Defining Features (Hallmarks) of Cancer Cells 18 1.4 Variation Among Cancer Cells in a Single Tumor 20 1.5 Cancer''s Relationship with Our Immune System 22 1.6 The Cancer Microenvironment 30 1.7 Cancer Spread/Metastasis 36 1.

8 Cancer Stem Cells 39 1.9 Unique Properties of Hematological Cancers 40 1.10 Obstacles that Prevent Us from Curing Cancer 46 1.11 Final Thoughts 52 Chapter 2 Monoclonal Antibodies and Small Molecules as Cancer Treatments, 61 2.1 Introduction 62 2.2 Antibody-Based Cancer Treatments 66 2.3 Small Molecule Cancer Treatments 83 2.4 Treatment Combinations 99 2.

5 Final Thoughts 100 Chapter 3 Treatments that Target Cell Communication 109 3.1 Introduction 110 3.2 Growth Factor-Controlled Signaling Pathways 112 3.3 Growth Factor Receptors in Cancer 118 3.4 Drugs that Target EGFR 121 3.5 Drugs that Target HER2 131 3.6 Drugs that Block Other Growth Factor Receptors 138 3.7 Targeting the MAPK Signaling Pathway 145 3.

8 Targeting the PI3K/AKT/mTOR Signaling Pathway 156 3.9 Targeting the JAK-STAT Pathway 164 3.10 Bcr-Abl Inhibitors 167 3.11 Final Thoughts 169 Chapter 4 More Targets and Treatments 183 4.1 Angiogenesis Inhibitors 184 4.2 Antibody Conjugates 195 4.3 PARP Inhibitors 202 4.4 CDK Inhibitors and Other Cell Cycle-Targeted Treatments 211 4.

5 Hedgehog Pathway Inhibitors 219 4.6 Targeting Epigenetic Enzymes 222 4.7 Targeting Cell Survival 226 4.8 Targeting B Cell Receptor Signaling 230 4.9 Nuclear Transport Inhibitors 235 4.10 Proteasome Inhibitors 236 4.11 Final Thoughts 240 Chapter 5 Immunotherapy with Checkpoint Inhibitors, 253 5.1 The Importance of T Cells 254 5.

2 An Introduction to Immune Checkpoint Inhibitors 256 5.3 How Checkpoint Inhibitors Work 260 5.4 Lessons Learned from Checkpoint Inhibitor Trials 261 5.5 Why Some Patients Benefit from Checkpoint Inhibitors and Others Don''t 271 5.6 Biomarkers of Response to Checkpoint Inhibitors 275 5.7 Checkpoint Inhibitor Combinations 282 5.8 Novel Checkpoint Inhibitors and Activators 287 5.9 Final Thoughts 290 Chapter 6 Other Forms of Immunotherapy 301 6.

1 Introduction 302 6.2 Naked Antibodies that Trigger an Immune Response 303 6.3 Immunomodulators and CELMoDs 304 6.4 Introduction to Adoptive Cell Therapies 307 6.5 TumorInfiltrating Lymphocyte Therapy 308 6.6 CAR T Cell Therapy 312 6.7 TCREngineered T Cell Therapy 326 6.8 Cell Therapy with Other White Blood Cells 331 6.

9 T Cell Engagers 332 6.10 Cancer Treatment Vaccines 340 6.11 Final Thoughts 351 Chapter 7 Treatments Relevant to Individual Cancer Types 359 7.1 Introduction 359 7.2 Treatments for Breast Cancer 361 7.3 Treatments for Bowel and Anal Cancers 364 7.4 Treatments for Lung Cancer 367 7.5 Treatments for Prostate, Testicular, and Penile Cancers 371 7.

6 Treatments for Head and Neck Cancer 374 7.7 Treatments for Esophageal, Gastroesophageal Junction, and Stomach Cancers 376 7.8 Treatments for Pancreatic, Bile Duct, and Primary Liver Cancers 378 7.9 Treatments for Kidney and Bladder Cancers 381 7.10 Treatments for Ovarian Cancer 383 7.11 Treatments for Other Gynaecological Cancers 384 7.12 Treatments for Brain and CNS Cancers 386 7.13 Treatments for Skin Cancer 388 7.

14 Treatments for B Cell and T Cell Leukemias 391 7.15 Treatments for Non-Hodgkin Lymphomas 393 7.16 Treatments for Hodgkin Lymphoma and Myeloma 395 7.17 Treatments for Myeloid Cell Cancers 397 7.18 Treatments for Childhood Cancers 400 Appendix 411 Glossary of Terms 413 Index 431.