Radiotherapy is one of the three main methods of treating cancer and more than 50% of cancer patients receive radiation during the course of their treatment. Precise targeting with imaging enables increase in therapeutic dose, reduction in normal tissue dose and thus increases the therapeutic ratio.
This book provides the reader with an in-depth knowledge of physics principles and technology of Image Guided Radiotherapy (IGRT) that is changing the way radiotherapy is practiced. The book aims to cover from the historical methods of using radiographic films for image guidance to the recent state of the art Magnetic Resonance image guided Radiotherapy (MRgRT) thus providing the reader an historical perspective to the evolution of IGRT technology. The approach of the book is that the chapters are arranged in a logical sequence that would help the reader understand the advancement of the technology with an emphasis on precision and quality assurance process in radiotherapy. Each chapter provides the physics principles, the technological development and the image guidance workflow and the quality assurance procedures as required. In addition, a few videos are provided that explain the physics concepts and the procedures. The book is aimed at academics and students of medical physics and radiation oncology as well as the other disciplines that use radiation treatment such as neurosurgery.
This book provides the reader with an in-depth knowledge of physics principles and technology of Image Guided Radiotherapy (IGRT) that is changing the way radiotherapy is practiced. The book aims to cover from the historical methods of using radiographic films for image guidance to the recent state of the art Magnetic Resonance image guided Radiotherapy (MRgRT) thus providing the reader an historical perspective to the evolution of IGRT technology. The approach of the book is that the chapters are arranged in a logical sequence that would help the reader understand the advancement of the technology with an emphasis on precision and quality assurance process in radiotherapy. Each chapter provides the physics principles, the technological development and the image guidance workflow and the quality assurance procedures as required. In addition, a few videos are provided that explain the physics concepts and the procedures. The book is aimed at academics and students of medical physics and radiation oncology as well as the other disciplines that use radiation treatment such as neurosurgery.
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