Full Description
This volume explores the mechanisms of resistance to targeted therapeutics. The focus is on the cancer cell signaling network, although other mechanisms of resistance including target mutation, and new areas of study such as cancer stem cells are included.
Targeted Therapies: Mechanisms of Resistance highlights examples of changes in the signaling network in response to inhibition of a signaling event and underscores the importance in having a mechanistic understanding of the signaling network in cancer for developing effective targeted cancer therapies. Moreover, cutting edge tools to analyze the cell signaling network will be discussed. This includes the leading edge of techniques as well as computational biology and systems theory. This volume provides the reader with both an overview as well as a detailed perspective on the mechanisms of resistance to targeted therapeutics and will be of great value to the oncologist, the physician-scientist treating patients and the translational scientist working on any aspect of targeted therapeutics.
Contents
Resistance to Targeted Therapies As a Result of Mutation(s) in the Target.- The Dynamics of the Cell Signaling Network; Implications for Targeted Therapies.- Cancer Signaling Network Analysis by Quantitative Mass Spectrometry.-
Development and Implementation of Array Technologies for Proteomics: Clinical Implications and Applications.-
Using Phosphoflow to Study Signaling Events of Sub Populations Resistant to Current Therapies.-
Mathematical and Computational Models in Cancer.-
Somatic Evolution of Acquired Drug Resistance in Cancer.-
Interrogating Resistance to Targeted Therapy Using Genetically Engineered Mouse Models of Cancer.-
MicroRNA: A Potential Therapy Able to Target Multiple Cancer Pathways.- Rational Combination of Targeted Agents to Overcome Cancer Cell Resistance
Mathematical and Computational Models in Cancer.-
Somatic Evolution of Acquired Drug Resistance in Cancer.-
Interrogating Resistance to Targeted Therapy Using Genetically Engineered Mouse Models of Cancer.-
MicroRNA: A Potential Therapy Able to Target Multiple Cancer Pathways.- Rational Combination of Targeted Agents to Overcome Cancer Cell Resistance
Mathematical and Computational Models in Cancer.-
Somatic Evolution of Acquired Drug Resistance in Cancer.-
Interrogating Resistance to Targeted Therapy Using Genetically Engineered Mouse Models of Cancer.-
MicroRNA: A Potential Therapy Able to Target Multiple Cancer Pathways.- Rational Combination of Targeted Agents to Overcome Cancer Cell Resistance.
