A Historical Perspective on Hyperthermia in Oncology | p. 3 |
Molecular and Cellular Mechanisms of Hyperthermia | p. 47 |
Thermotolerance | p. 75 |
Interaction of Heat and Radiation In Vitro and In Vivo | p. 89 |
Interaction of Heat and Drugs In Vitro and In Vivo | p. 103 |
Thermal Dosimetry | p. 123 |
Microvasculature and Perfusion in Normal Tissues and Tumors | p. 139 |
Metabolic Status and Reaction to Heat of Normal and Tumor Tissue | p. 157 |
Manipulation of Physiological Parameters During Hyperthermia | p. 177 |
Electromagnetic Superficial Heating Technology | p. 193 |
Electromagnetic Deep Heating Technology | p. 219 |
Ultrasound Heating Technology | p. 253 |
Interstitial Heating Technologies | p. 279 |
Intracavitary Heating Technologies | p. 321 |
Invasive Thermometry Techniques | p. 331 |
Recent Trends in Noninvasive Thermal Control | p. 361 |
Phantom Design: Applicability and Physical Properties | p. 381 |
Principles of Power Deposition Models | p. 399 |
Basics of Thermal Models | p. 425 |
Principles of Treatment Planning | p. 439 |
Technical and Clinical Quality Assurance | p. 453 |
Subject Index | p. 473 |
List of Contributors | p. 481 |
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