Comprehensive Integrative Oncology is a vital resource for clinicians who seek to blend integrative therapies with conventional oncology care to enhance patient outcomes. This book, authored by experts in both conventional and integrative medicine, emphasizes a holistic approach to cancer treatment. It provides practical guidance on incorporating scientifically-backed therapies like botanicals, supplements, mind-body practices, lifestyle changes, nutrition, and exercise into standard cancer care, all while prioritizing patient safety, prevention, and overall wellness. The book delves into the philosophy of integrative oncology, offers tools for practical application, and presents integrative strategies for cancer prevention and symptom management.Additionally, it explores the needs of special populations within oncology. It serves as an indispensable textbook for oncology researchers and practitioners who aim to provide holistic and patient-centered care.
Space medicine technologies are essential for life outside of Earth. Fundamentals of Space Medicine and Clinical Technology provides a state-of-the art update on current space medicine technologies. The book is organized in three sections consisting of an introduction to space medicine physiology, an overview of different space medicine technologies, and translational applications of these technologies on Earth. Fundamentals of Space Medicine and Clinical Technology bridges the gap between space medicine physiology and technology development and is written by global leaders in the field, for researchers and professionals in the space medicine industry. This book will also be useful to doctors, engineers, commercial industries, and governments.
Stimuli Responsive-Nano-drug Targeting for Cancer Treatment and Theranostics presents innovative new ideas and state-of-the-art research on the potential role of nanotechnology in cancer therapy. As a bridge between the theoretical framework and the rigorous investigation this book delves into the topic of material carriers for chemotherapeutic drugs, specifically focusing on the structural features and targeted approaches that enhance their therapeutic efficacy. In 18 chapters, Stimuli Responsive-Nano-drug Targeting for Cancer Treatment and Theranostics introduces the reader to nanocarriers in cancer research, gives insight into cancer therapies and the application of Artificial Intelligence in stimuli responsive-Nano-drug Targeting for Cancer Treatment. Each chapter is followed by examples that illustrate the key points or applications of the material covered. Stimuli Responsive-Nano-drug Targeting for Cancer Treatment and Theranostics is a valuable resource for health professionals, scientists and researchers, health practitioners, students, and all those who wish to broaden their knowledge in the allied field.
By providing a comprehensive overview of current research findings, emerging therapies, and clinical practices, “Ovarian Cancer: Disease, Diagnosis and Treatment “ is an invaluable resource. It will not only enhance the understanding of ovarian cancer's complex biology among professionals but also guide them in applying this knowledge to improve patient outcomes The book delivers the key knowledge and information needs faced by the audience center around understanding the latest advances in the underlying pathogenesis and treatment of ovarian cancer. This encompasses a broad spectrum of requirements, from grasping the molecular and genetic factors driving ovarian cancer development to staying updated on the latest therapeutic strategies, including targeted therapies and immunotherapies. In 19 chapters “Ovarian Cancer: Disease, Diagnosis and Treatment “ gives a timely and comprehensive coverage of advances in ovarian cancer therapy, particularly highlighting the development and utilization of Nanotheranostics technologies. This focus not only addresses a crucial and cutting-edge area of cancer treatment but also positions the book as a forward- thinking resource that delves into the potential of Nanotheranostics to revolutionize cancer diagnostics and therapy. “Ovarian Cancer: Disease, Diagnosis and Treatment “ targets a specialized audience within the medical and scientific community, focusing on obstetricians and gynecologists, oncologists, cancer researchers, and importantly, patients with ovarian cancer. This audience selection underscores the project's dual aim of advancing scientific knowledge and directly benefiting patient care in the realm of ovarian cancer, bridging the gap between research, clinical application, and patient advocacy.
Artificial Intelligence-Driven Precision Medicine for Triple Negative Breast Cancer: Innovations and Insights in TNBC Management is a groundbreaking exploration into the transformative role of artificial intelligence in revolutionizing the management of Triple Negative Breast Cancer (TNBC). In 19 chapters, this comprehensive guide navigates the intersection of cutting-edge technology and healthcare, offering insights that bridge the gap between medical professionals, researchers, and individuals affected by TNBC. Diving into the complexities of TNBC, this book unveils the potential of AI in enhancing diagnostic accuracy, personalizing treatment strategies, and reshaping the landscape of breast cancer care.From radiomics and genomic data analysis to predictive modeling and patient engagement, each chapter unveils the latest innovations and provides practical applications of AI to empower healthcare practitioners and improve patient outcomes. This book is a timely and valuable resource for health professionals, scientists and researchers, health practitioners, students, and all those who wish to broaden their knowledge in the allied field.
Fluid Dynamics of Viral Transmission is a timely exploration of the transmission dynamics of COVID-19 within environments focusing specifically on the airborne transmission of respiratory aerosols carrying infectious viruses. With the recent global pandemic, there is an urgent need for information into the intricate interplay between fluid dynamics and viral spread. The book provides solutions to specific problems related to COVID-19 transmission in indoor environments. These solutions encompass a range of practical interventions informed by CFD simulations, including optimizing ventilation systems, designing effective air filtration strategies, and implementing spatial layout modifications to minimize airborne transmission risks. Additionally, the book explores the efficacy of various mitigation measures, such as mask-wearing, physical distancing, and occupancy limits, in reducing the spread of COVID-19 within households and enclosed spaces. Ultimately, the goal is to equip readers with the knowledge and tools needed to create safer indoor environments. Written for public health officials and policymakers, healthcare professionals, engineers, researchers and academics fields of fluid mechanics, computational fluid dynamics, epidemiology, and virology.
Nanotheranostics and Precision Oncology provides an in-depth review of the latest advancements in Precision Oncology, with a particular emphasis on nanotheranostics. The book begins with an overview of cancer biology, elucidating the genetic underpinnings of oncogenesis, as well as the cellular and molecular mechanisms driving cancer progression, metastasis, and drug resistance—the foremost challenge in cancer care. In 28 chapters it explores the pivotal role of precision medicine in overcoming drug resistance, the significance of biomarkers, the interpretation of genetic analyses, and the shift towards personalized oncology. Furthermore, it examines the applications and mechanisms of nanotheranostics in cancer diagnosis and treatment, leading to their integration with Precision Oncology. Nanotheranostics and Precision Oncology outlines the design, mechanism, and impact of nanoprecision medicine in the context of cancer management. The final section considers the future of nanotheranostics in Precision Oncology and the challenges associated with translating these innovations from research to clinical practice. This book serves as a comprehensive guide for students, clinicians, researchers, and the pharmaceutical industry involved in the fields of nanomedicine, oncology, molecular biology, and precision medicine.
Nano Drug Delivery for Colon Cancer: Innovations, Challenges, and Applications is a breakthrough exploration that delves into the latest advancements in colon cancer diagnosis and treatment. This comprehensive guide, composed of 11 detailed chapters, focuses on the design, synthesis, and application of various nanodrug delivery systems, showcasing how nanoparticulate drug carriers can significantly enhance therapeutic efficacy through strategic design. Aimed at graduates, clinical researchers, and scientists, this book addresses the complexities and challenges in drug and gene delivery. Beyond its technical insights, the book highlights the global health impact of colon cancer and offers a roadmap for developing more efficient and targeted treatments.It serves as a vital resource, fostering interdisciplinary knowledge and advancements that have the potential to revolutionize colon cancer therapeutics. The book's interdisciplinary approach ensures it is a beacon of knowledge for those seeking to navigate and innovate within this critical field.
Revolutionizing Digital Healthcare Through Artificial Intelligence and Automation: Principles, Technologies, and Applications drives development and improves the digital healthcare environment by leveraging the advantages that Artificial Intelligence (AI) and smart devices offer to the smart healthcare ecosystem. It not only includes principles, technologies, and applications related to the smart healthcare field, but also explores AI-embedded applications in smart devices, sensors, and IoT applications that are widely used worldwide for smart healthcare ecosystems. Across 18 chapters, the volume describes the principles, models, roles, and cutting-edge technologies within the digital healthcare ecosystem. It guides readers from the basics to the practical applications of AI, robotics, and AR/VR technologies in smart healthcare ecosystems. The title emphasizes the harmonization between human intelligence and artificial intelligence, not only in the healthcare sector but also across various aspects of human life. This integration contributes to the popularity of AI in the era of digital healthcare. Furthermore, the volume enhances literacy, particularly in medical healthcare, fosters 21st-century skills, keeps pace with the latest research developments, and applies new methodologies and technology to practical scenarios. The book provides nuanced knowledge that serves as a role model for creating new discoveries among medical industry specialists, academic researchers, scientists, and engineers in the fields of Medical, Healthcare, and Metaverse-based Healthcare.
The Roadmap of Research: A Guide to Understanding and Writing a Medical Study helps readers easily grasp the context, methodologies, findings, and implications of research studies, build on previous work, avoid redundancies, and identify areas where new studies can contribute significantly. The book enables researchers to innovate, propose new ideas, and design studies that contribute novel perspectives or methodologies to the field. Each step in this roadmap plays a pivotal role in the research process, from building a foundation of knowledge through reading and understanding, to generating new ideas through critical thinking, and finally, disseminating findings through clear and effective writing.