Athanasios D. Gouliamos – författare
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Originally positioned as a means for noninvasive molecular phenotyping and quantification in the 1970s, PET''s technological improvements in the 2000s generated renewed interest in quantification, which has grown over the last five years. This progress is parallel with the development of Artificial intelligence (AI) systems for Oncology which aim at providing the best possible treatment to patients suffering from lung, breast, brain, prostate, liver and other types of cancer.
The chapters provide an overview of the use of AI in PET/CT imaging for various types of cancer, and it will be an invaluable tool especially for nuclear medicine physicians and oncologists.
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Drawing on an extensive series of cases, this book describes and illustrates in detail the FDG-PET/CT appearances of the most common lymphomas in both adults and children, covering presentations at various anatomic sites. In addition, all other aspects of the current application of FDG-PET/CT in the evaluation and management of patients with malignant lymphomas are described. Full explanations are provided of the potential benefits and limitations of advanced PET/CT techniques and technologies that support novel chemotherapy and radiotherapy approaches in the treatment of lymphoma, and particular attention is paid to the major challenge of incorporating progress in quantitative imaging technology into radiotherapy treatment planning, guidance, and monitoring. This clinical case-based atlas will be an invaluable tool for radiologists, hematologists, and clinical oncologists.
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This encompassing book is designed to contribute to a teamwork approach by promoting understanding between radiologists and clinical oncologists. All of the currently available imaging modalities of relevance in clinical oncology are covered, and the presentation of a broad spectrum of oncologic diseases (of most organ systems) on these modalities is discussed and illustrated. The role of multiparametric and multimodality imaging approaches providing both morphologic and functional information is considered in detail, and careful attention is paid to the latest developments in higher field (3T) MR imaging and advanced MR techniques such as diffusion-weighted imaging, diffusion tensor imaging, perfusion-weighted imaging and spectroscopy. The major challenge of incorporating progress in quantitative imaging technology into radiotherapy treatment planning, guidance, and monitoring is also addressed.
This book will assist in refining the treatment approach in various oncologic diseases and organ systems based on specific imaging features. It will be of value to radiologists, oncologists, and other medical professionals involved in the diagnosis and treatment of oncology patients.