Cancer Biology Review

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Cancer Biology Review

SKU# 9781936287857

A Case-Based Approach

Author: Walter Stadler MD

$89.00

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Description 

Utilizing the teaching value of real-world case discussions, Cancer Biology Review presents the principles of cancer biology in a clear and memorable manner, allowing the clinician to relate the cases shown in the book to those seen in practice. Focusing on ten topics in cancer biology for which there have been major changes in fundamental understanding, the authors provide a concise overview of the principles of each topic, followed by presentation of clinical cases illuminating the topic and detailed discussions. Summaries and key teaching points are highlighted at the end of each chapter to facilitate quick recall and review. The chapter authors are established translational experts in the biology being discussed as well practicing master clinicians.

Cancer Biology Review is a useful tool for any oncology clinician in training or preparing for boards, and for the oncology practitioner preparing for recertification or who sees the need to be more fully conversant in the current science of the field as clinically applied.

Features of Cancer Biology Review include:
  • Presents principles of cancer biology through clinical translations and therapeutic perspective
  • Clinical cases illustrate scientific principles as the clinician will observe them in practice
  • Emphasis on scientific basis of current and emerging therapeutics
  • Leading translational scientists/clinicians provide current, authoritative discussions
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Product Details 

  • Publication Date August 28, 2013
  • Page Count 208
  • Product Form Paperback / softback
  • ISBN 13 9781936287857
  • EISBN 9781617051401

Table of Contents 

1. DNA Synthesis and Repair; 2. RNA Transcription and Translation; 3. Chromosomal Dynamics and Stability ; 4. Cell Surface Receptors and Signal Transduction; 5. Nuclear Hormone Receptors ; 6. Mechanisms of Cell Death; 7. Cancer Metabolism; 8. Cancer Stroma ; 9. Immunologic Response to Cancer; 10. Hematopoietic Stem Cells