Methodology in Radiomics: Step-by-step Guide in Radiomics Pipeline is an essential resource for anyone interested in the rapidly evolving field of radiomics. This comprehensive guide delves into the history and fundamental principles of radiomics, providing readers with a clear understanding of how to implement each step in the radiomic pipeline. The book is designed to bridge the gap between radiomics research and clinical practice, making it an invaluable reference for imaging scientists, researchers, and medical professionals. The book not only covers the basics but also includes troubleshooting techniques to overcome common challenges.It discusses current research and future directions, offering insights into the potential of radiomics in clinical settings. This guide ensures that readers are well-equipped to navigate the complexities of radiomics, fostering a deeper understanding of its applications and advances in medical imaging.
Biliary Tract Neoplasms is a state-of-art reference of the multimodality management of bile duct cancer written by leaders in the field. As targeted therapy and clinical trials in this field are exploding, and the incidence of the disease is increasing, now is the time to address the topic in practical manner. This reference addresses surgical approaches to biliary neoplasms, targeted personalized systemic approaches to biliary neoplasms, and other treatment modalities such as radiotherapy and ablation. It is intended for scientists, researchers, clinicians, practicing surgeons, surgical oncologists, transplant surgeons as well as fellows/residents in the surgical space.The book's translational nature and impact of basic science findings that have informed targeted therapy for biliary neoplasms provide the very latest data on surgery, medical, imaging, and multi-modality care of biliary neoplasm to educate and inform care of this patient population.
The Potential of Intermittent Fasting in Age-related Diseases and Precision Antiaging Therapeutics takes an in-depth look at the beneficial and efficacious role of intermittent fasting in a wide array of aging-associated diseases. It provides a comprehensive resource that outlines the potential benefits and future research directions, while delving into the limitations and nuances of intermittent fasting in managing these conditions. This book serves as a go-to reference for researchers and clinicians seeking accurate insights into how intermittent fasting can positively influence the health and longevity of the aging population.The book is divided into six sections, starting with the fundamentals of aging and the effects of intermittent fasting. Subsequent sections examine its physiological impact on aging, influence on stress resistance, heart, gut, and overall health optimization. The book also discusses social and ethical considerations, bridging research findings and clinical practice, and the potential integration of intermittent fasting into the treatment of age-related diseases. It provides a consolidated and scientifically grounded perspective, equipping readers with a balanced understanding of the topic.
Reconstructive Transplantation and Regenerative Surgery: The New Frontier, Volume Three in the Regenerative and Transplant Medicine series—explores this transformative discipline. This integration aims to overcome the limitations of traditional vascularized organ and tissue transplantation, offering innovative solutions through cutting-edge techniques. As regenerative surgery continues to evolve, this volume serves as a comprehensive resource, highlighting the latest advancements in graft immunomodulation, neuroregeneration, gene editing, diagnostic imaging, ischemia mitigation, and graft preservation. Authored by leading experts, this volume delves into crucial topics such as cell therapies, immunobiologics, neurobiologics, and targeted therapeutic strategies like local immunosuppressive implants and immunocloaking.It also covers cutting-edge diagnostic approaches, including non-invasive molecular imaging, nanotheranostics, and multimodal surveillance techniques. By addressing critical challenges in transplantation and regeneration, this book is an essential reference for surgeons, clinicians, trainees, scientists, and academics dedicated to advancing the field.
Harnessing the Potential of Blockchain Technology in the Smart Healthcare represents a transformative paradigm shift in the way healthcare data is managed, shared, and secured. This book not only serves as a vital resource in addressing the pressing need for comprehensive understanding and practical insights into the intersection of blockchain technology and healthcare, it also demystifies the complex world of blockchain and demonstrate its transformative potential within the healthcare industry. In 15 chapters the reader discovers how blockchain can revolutionize electronic health records, enhance data security and privacy, streamline healthcare operations, and empower patients to have greater control over their health information. Through real-world case studies, expert analyses, and actionable strategies, this book aims to equip its audience with the knowledge and tools to harness blockchain's capabilities for the betterment of healthcare, ultimately leading to more efficient, transparent, and patient-centric healthcare systems. By examining real-world use cases and practical implementations, the book equips healthcare professionals with the knowledge needed to unlock the transformative potential of blockchain, ultimately fostering a more transparent, efficient, and patient-empowered healthcare ecosystem.
Cancer Biomarkers and Oncoviruses explores the molecular mechanisms of viral oncogenesis, signaling pathways, and therapeutic options, including vaccines. Additionally, it covers the future of cancer therapy related to oncoviruses, making it an invaluable resource for health professionals, scientists, researchers, and students who aim to expand their knowledge in this vital field. Cancer biomarkers play a crucial role in modern oncology, offering valuable insights into the presence and progression of cancer. These biomarkers, including those associated with oncoviruses, assist in various clinical applications such as cancer risk assessment, early detection, accurate diagnosis, prognosis, and monitoring response to therapy.Understanding the molecular biology and pathogenesis of oncoviruses is essential for developing effective cancer treatments and preventive measures.
Host-Microbe Co-metabolism System in Health and Disease is an easy-to-follow reference of research progress in host-microbiome co-metabolism system (HMMS) and how this frontier could imply a better understanding of health, disease, and the discovery of novel drugs. The book summarizes recent studies that are progressing to complete a panorama of the host-microbiome co-metabolism system (HMMS) in health and disease. It discusses how sophisticated bioanalytical tools, tractable model organisms, and artificial intelligence could be integrated to answer key biological questions related to HMMS in the broader context of human health and drug discovery.
The Epidemiology and Prevention of Childhood Injuries: An Overview takes a comprehensive approach to understanding and addressing childhood injuries. Integrating global research and practice, the book aims to significantly advance injury prevention among children. With detailed chapters on epidemiological measures, risk factors, and prevention strategies, it offers a thorough review of childhood injury contexts. The book covers injuries related to transport, home, school, play, sports, workplace, violence, and disasters. It discusses first aid essentials, accountability, and collaboration, concluding with methodologies, data collection techniques, and outcome assessments. This resource is invaluable for researchers, pediatricians, public health experts, and policymakers seeking to protect children.
Transcriptomics in Atherosclerosis: Deciphering Molecular Signatures and Advancing Therapeutic Strategies integrates transcriptomic research and RNA-based therapeutics to understand and treat atherosclerosis. Emphasizing the power of genetic insights to revolutionize cardiovascular medicine, this book fills an essential gap by offering up-to-date insights into molecular mechanisms, diagnostic innovations, and therapeutic strategies, fostering a new era of personalized cardiovascular care. It addresses cutting-edge RNA sequencing methods, clinical translation, multi-omics integration, phenotyping, and treatment stratification, providing a holistic view of vascular pathology. Other important points include a focus on RNA-based biomarkers and therapeutics for early detection, monitoring, and targeted interventions in atherosclerosis.Readers will find advanced transcriptomic technologies, including single-cell and spatial transcriptomics, which unveil the complexities of atherosclerotic disease. The book promises to be a valuable resource for medical professionals seeking to deepen their knowledge in this burgeoning field.
Dry Eye Disease: A Clinical Handbook illuminates the translation of cutting-edge research on dry eye disease into practical situations, allowing clinical diagnosis and management of the condition using the latest evidence-based methods. It first presents research on the core pathophysiological features of dry eye disease, including tear film instability, hyperosmolarity, inflammation, and ocular surface damage. Thereafter, it champions a patient-centered approach to dry eye management, emphasizing the necessity of classifying the ocular surface disease(s) most relevant to each case. It discusses global disease distribution and the role of non-modifiable risk factors like age, sex, and ethnicity. Additionally, the book describes tools for monitoring symptoms over time and assessing subtle signs of the disease. Readers will find practical methods for improving patient outcomes both in clinical settings and at home.