Category: Oncology

Gunderson and Tepper’s Clinical Radiation Oncology 5th Edition

Gunderson and Tepper’s Clinical Radiation Oncology 5th Edition

A comprehensive, multidisciplinary resource for the entire radiation oncology team, Gunderson & Tepper’s Clinical Radiation Oncology, 5th Edition, thoroughly covers all aspects of this complex and dynamic field. Concise, templated chapters cover the basic biology of oncologic disease processes as well as updated treatment algorithms, the latest clinical guidelines, and state-of-the-art techniques and modalities. More than 1,000 images―detailed anatomy drawings, radiographic images, and more―provide outstanding visual support for every area of the text.

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• Divides content into three distinct sections for quick access to information: Scientific Foundations, Techniques and Modalities, and Disease Sites. Disease Site chapters include overviews summarizing the most important issues and concluding discussions on controversies and problems.
• Features new and expanded content on molecular and cellular biology and its relevance in individualized treatment approaches, stereotactic radiation therapy, radiosurgery, proton therapy, biologic therapy, precision radiation therapy, targeted radiation, dosing guidelines for better quality of life and improved patient outcomes, and more.
• Includes new chapters on Radiation Physics: Particle Therapy, Interventional Radiology, Radiation Therapy in the Elderly, Palliative Care, Quality and Safety, and Immunotherapy with Radiotherapy.
• Provides guidance on single-modality and combined-modality approaches, as well as outcome data including disease control, survival, and treatment tolerance.
• Includes access to videos on Intraoperative Irradiation, Prostate Brachytherapy, Penile Brachytherapy, and Ocular Melanoma.

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Lung Cancer Screening 1st Edition

Lung Cancer Screening 1st Edition

Lung cancer is the leading cause of cancer-related death among men and women in the U.S. and worldwide. For many decades, lung cancer was the sole cancer among the deadly four without an evidence-based screening method for decreasing mortality. This changed in November 2011, when findings from the National Lung Cancer Screening Trial showed low-dose lung CT screening was more efficacious in reducing deaths in high-risk individuals than conventional radiography. As such, an ever-increasing number of health organizations now recommend this screening protocol.

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Lung Cancer Screening by Mark Parker and esteemed VCU Health colleagues, fulfills the dire need for a comprehensive guide explaining the crucial aspects of lung cancer screenings. The first two chapters lay a foundation with discussion of lung cancer epidemiology and risk factors beyond cigarette smoking. Subsequent chapters cover the fundamentals, with clinical pearls on setting up a successful lung cancer screening program, patient eligibility criteria, imaging variances of tumors in the lungs, screening pros and cons, and interpreting/reporting screening results.

• The evolution and future of lung cancer screenings
• Detection and management of unexpected incidental pulmonary and non-pulmonary findings
• Discussion of test cases utilizing the Lung-RADSTM risk-stratifying system for low-dose chest CT screenings
• Benefits and potential harms associated with mass lung cancer screening programs including false positive, false negative, and over-diagnosis rates

This state-of-the-art guide is essential reading for radiologists, oncologists, pulmonologists, and internists. It is a must-have bookshelf reference for hospital radiology and oncology departments, in particular for those setting up new lung cancer screening programs.

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Imaging in Clinical Oncology 2nd ed

Imaging in Clinical Oncology 2nd ed

This is the second edition of a well-received book reflecting the state of the art in oncologic imaging research and promoting mutual understanding and collaboration between radiologists and clinical oncologists. It presents all currently available imaging modalities and covers a broad spectrum of oncologic diseases for most organ systems.
Today, oncologic imaging faces the challenge of improving and refining concepts for precise tumor delineation and biologic/functional tumor characterization, as well as for purposes of creating individual treatment plans. The concept of radiomics has further advanced the conversion of images into mineable data and subsequent analysis of said data for decision-making support.

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Since the release of the book’s first edition, radiomics has been introduced in oncology studies and can be performed with tomographic images from CT, MRI and PET/CT studies. The combination of radiomic data with genomic features is known as radiogenomics, and can potentially offer additional decision-making support.
This book will be of interest to clinical oncologists with regard to the diagnosis, staging, treatment and follow-up on various tumors affecting the CNS, chest, abdomen, urogenital and musculoskeletal systems.

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