Cancer Biology: An Inquiry-Based Approach
Edition: 1
Copyright: 2014
Pages: 180
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Ebook
$63.00
According to the CDC, eight million people die from cancer around the world each year.
In this interactive book, Cancer Biology: An Inquiry-Based Approach examines different characteristics of cancer, and immediately follows up with questions to drive home the material being covered in the chapter.
Cancer Biology: An Inquiry-Based Approach not only covers the types of cancer, but the complexity of treating cancer, how different areas of life can affect cancer, and the history of cancer theories.
Available in print and eBook versions, Cancer Biology: An Inquiry-Based Approach:
- Contains review questions that follow each chapter, allowing students to further apply the material covered
- Uses Modeling Modules to explain figures and complex material
Chapter 2: Types of Cancers
Chapter 3: What Do Cancer Cells Look Like? Cancer-Magnified?
Chapter 4: The Many Definitions of Cancer
Chapter 5: Cancer Cell Communication
Chapter 6: Diet and Cancer
Chapter 7: Diagnostics
Chapter 8: Computational Biology and Cancer Prediction
Chapter 9: Commonly Dysregulated Pathways in Cancer Cells
Chapter 10: Types of Cancers: Solid Tumors and Hematological Malignancies
Chapter 11: Types of Cancers: Solid Tumors- Breast Cancer and Radiation
Chapter 12: Types of Cancers: Chronic Lymphocytic Leukemia
Chapter 13: Cancer Therapies
Chapter 14: More on Monoclonal Antibodies
Chapter 15: Tumor-Induced Immunosuppression
Chapter 16: Transplantation
Chapter 17: Complexity of Biochemical and Biological Systems in Cancer: A Computational Modeling Approach
Chapter 18: Computational Modeling with the Cell Collective
Chapter 19: Modeling Module 1: The Role of Positive Feedback Loops in Biological Systems
Chapter 20: Modeling Module 2: The Role of Negative Feedback Loops in Biological Systems
Chapter 21: Modeling Module 3: Cell Cycle Regulation
Chapter 22: Modeling Module 4: Regulation of the Fanconi Anemia/Breast Cancer Pathway
Chapter 23: Modeling Module 5: CD4+ T Cell Differentiation
Chapter 24: Modeling Module 6: Cell Communication Networks in Cancer
According to the CDC, eight million people die from cancer around the world each year.
In this interactive book, Cancer Biology: An Inquiry-Based Approach examines different characteristics of cancer, and immediately follows up with questions to drive home the material being covered in the chapter.
Cancer Biology: An Inquiry-Based Approach not only covers the types of cancer, but the complexity of treating cancer, how different areas of life can affect cancer, and the history of cancer theories.
Available in print and eBook versions, Cancer Biology: An Inquiry-Based Approach:
- Contains review questions that follow each chapter, allowing students to further apply the material covered
- Uses Modeling Modules to explain figures and complex material
Chapter 2: Types of Cancers
Chapter 3: What Do Cancer Cells Look Like? Cancer-Magnified?
Chapter 4: The Many Definitions of Cancer
Chapter 5: Cancer Cell Communication
Chapter 6: Diet and Cancer
Chapter 7: Diagnostics
Chapter 8: Computational Biology and Cancer Prediction
Chapter 9: Commonly Dysregulated Pathways in Cancer Cells
Chapter 10: Types of Cancers: Solid Tumors and Hematological Malignancies
Chapter 11: Types of Cancers: Solid Tumors- Breast Cancer and Radiation
Chapter 12: Types of Cancers: Chronic Lymphocytic Leukemia
Chapter 13: Cancer Therapies
Chapter 14: More on Monoclonal Antibodies
Chapter 15: Tumor-Induced Immunosuppression
Chapter 16: Transplantation
Chapter 17: Complexity of Biochemical and Biological Systems in Cancer: A Computational Modeling Approach
Chapter 18: Computational Modeling with the Cell Collective
Chapter 19: Modeling Module 1: The Role of Positive Feedback Loops in Biological Systems
Chapter 20: Modeling Module 2: The Role of Negative Feedback Loops in Biological Systems
Chapter 21: Modeling Module 3: Cell Cycle Regulation
Chapter 22: Modeling Module 4: Regulation of the Fanconi Anemia/Breast Cancer Pathway
Chapter 23: Modeling Module 5: CD4+ T Cell Differentiation
Chapter 24: Modeling Module 6: Cell Communication Networks in Cancer