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ویرایش: سری: ISBN (شابک) : 9781617052392, 1617052396 ناشر: سال نشر: 2019 تعداد صفحات: 608 زبان: English فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) حجم فایل: 41 مگابایت
در صورت تبدیل فایل کتاب Principles of clinical cancer research به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
توجه داشته باشید کتاب اصول تحقیقات بالینی سرطان نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.
اصول تحقیقات سرطان بالینی پوشش جامعی از مبانی تحقیقات بالینی سرطان، از جمله طیف کاملی از روش های مورد استفاده در این زمینه را ارائه می دهد. برای کسانی که درگیر تحقیق یا در نظر گرفتن مشاغل تحقیقاتی هستند، این کتاب ترکیبی از توصیه های عملی و ابزارهای تحلیلی را برای آموزش مؤثر در اصول نظری و همچنین نمونه های تدریس خاص و قابل استفاده ارائه می دهد. انکولوژیست بالینی یا کارآموز یک راهنمای عملی و پربازده برای تفسیر متون انکولوژی و کاربرد داده ها در تنظیمات دنیای واقعی پیدا می کند. این کتاب که هم برای محققان و هم برای پزشکانی که میخواهند مهارتهای خود را تقویت کنند، ارزشمند است، این کتاب شامل تمام سنگ بناها و توضیحات مورد نیاز برای تولید و تشخیص علم بالینی با کیفیت در انکولوژی است. این کتاب که از دیدگاه پزشک-دانشمند نوشته شده است، پایه ای قوی در علوم پیش بالینی ایجاد می کند که بسیار مرتبط با مشاغل در تحقیقات انکولوژی ترجمه ای همراه با پوشش جمعیت و نتایج تحقیقات و آزمایشات بالینی است. این اصول بنیادی در انکولوژی را با مفاهیم آماری که برای طراحی و تفسیر موفقیتآمیز مطالعات باید بداند، گرد هم میآورد. اصول تحقیقات سرطان بالینی با هر فصل شامل دیدگاههای پزشکان و دانشمندان یا آمارشناسان زیستی، مرورها و برنامههای کاربردی متعادل، آموزنده و باکیفیتی را ارائه میکند که برای هر کسی در این زمینه قابل دسترس و کامل است. ویژگیهای کلیدی: مثالها و دلایل منطقی در دنیای واقعی ارائه میدهد که در چه زمان و چرا باید از روشهای تحقیق استفاده کرد، شامل جداول متعددی با روشهای آماری کلیدی و دستورات برنامهنویسی مورد استفاده در تحقیقات بالینی روزمره، شامل مثالها و ارقام عملی گویا در هر فصل برای کمک به خواننده در تسلط بر مفاهیم ارائه میشود. نکات و نکاتی برای ساختار شغلی، اجتناب از دام ها و دستیابی به موفقیت در زمینه تحقیقات سرطان بالینی دسترسی به کتاب الکترونیکی کاملاً قابل دانلود
Principles of Clinical Cancer Research provides comprehensive coverage of the fundamentals of clinical cancer research, including the full spectrum of methodologies used in the field. For those involved in research or considering research careers, this book offers a mix of practical advice and analytical tools for effective training in theoretical principles as well as specific, usable teaching examples. The clinical oncologist or trainee will find a high-yield, practical guide to the interpretation of the oncology literature and the application of data to real-world settings. Valuable for both researchers and clinicians who wish to sharpen their skills, this book contains all of the cornerstones and explanations needed to produce and recognize quality clinical science in oncology. Written from the physician-scientist’s perspective, the book lays a strong foundation in preclinical sciences that is highly relevant to careers in translational oncology research along with coverage of population and outcomes research and clinical trials. It brings together fundamental principles in oncology with the statistical concepts one needs to know to design and interpret studies successfully. With each chapter including perspectives of both clinicians and scientists or biostatisticians, Principles of Clinical Cancer Research provides balanced, instructive, and high-quality topic overviews and applications that are accessible and thorough for anyone in the field. KEY FEATURES: Gives real-world examples and rationales behind which research methods to use when and why Includes numerous tables featuring key statistical methods and programming commands used in everyday clinical research Contains illustrative practical examples and figures in each chapter to help the reader master concepts Provides tips and pointers for structuring a career, avoiding pitfalls, and achieving success in the field of clinical cancer research Access to fully downloadable eBook
Cover Title Copyright Contents Contributors Foreword Preface Share Principles of Clinical Cancer Research Part I: Introduction Chapter 1: Introduction to Clinical Cancer Research Overview The Hierarchy of Evidence Ethics in Clinical Science A Career in Clinical Cancer Research Practical Aspects of Running a Lab Writing Manuscripts and Protocols Funding Your Research Conclusions Glossary References Chapter 2: Bias and Pitfalls in Cancer Research Architecture of Clinical Research: A Brief Overview Bias in Therapeutic Research Bias in Randomized Trials Bias in Observational Studies Conclusion: Methodological Quality Versus Quality of Reporting Glossary References Part II: Translational Cancer Research Chapter 3: Principles of Molecular Biology Central Dogma Cancer Genetics and Epigenetics Signal Transduction Pathways Genome Maintenance Glossary References Chapter 4: The Cell Cycle, Cellular Death, and Metabolism The Cell Cycle Mechanisms of Cell Death Cell Metabolism Glossary References Chapter 5: Metastasis and the Tumor Microenvironment Tumor Microenvironment Metastasis Glossary References Chapter 6: Preclinical Methods Rational Target Selection In Vitro Methods In Vivo Methods Conclusion Glossary References Chapter 7: Cancer Therapeutic Strategies and Treatment Resistance Traditional Chemotherapy and Early Cancer Models Hormonal Therapy and Molecularly Targeted Therapy Radiation Therapy Immunotherapy and other Biological Therapies Therapeutic Resistance Mechanisms Conclusion Glossary References Chapter 8: Prognostic and Predictive Biomarkers Definition of Cancer Biomarkers Prognostic and Predictive Biomarkers Methods for Biomarker Detection Cancer Biomarkers by Site Pitfalls in the Development and Validation of Biomarkers Conclusions/Future Directions Glossary References Chapter 9: Working With Industry Traditional Roles of Academia and Industry Drug Discovery and Development Classic Successful Collaborations Evolving Collaborative Efforts Funding Studies With Industry Investigational New Drug (IND) Applications FDA Registration Working With Technology and Device Companies Training Researchers Conclusion Glossary References Part III: Population and Outcomes Research Chapter 10: Study Designs Descriptive Studies Analytical Studies Conclusion Glossary References Chapter 11: Basic Statistics for Clinical Cancer Research Describing Data Plotting Data Types of Distributions Central Limit Theorem Drawing Comparisons and Testing Hypotheses Basic Statistics: Which Test to Use? Binary (Dichotomous) Data Normally Distributed and Continuous Data Paired or Correlated Data Ordinal and Categorical (Nominal) Data Measures of Correlation Censored Data Multiple Hypothesis Testing Other Specialized Statistics Statistical Modeling Model Specification and Building Testing Model Fit and Function Mixed Effects Modeling Missing Data Conclusion: A Note on Terminology Glossary References Chapter 12: Statistical Modeling for Clinical Cancer Research Statistical Modeling Sample Research Question Ordinary Least Squares (Linear) Regression Multiple (Multivariable) Linear Regression Assumptions of Linear Regression Example: OLS Regression Example: Multivariable Regression Conclusion Glossary References Chapter 13: Cancer Epidemiology: Measuring Exposures, Outcomes, and Risk Measures Used in Cancer Epidemiology Association and Causation Selected Statistical Tests in Cancer Epidemiology Modeling Exposures and Outcomes Generalized Linear Modeling Glossary References Chapter 14: Survivorship: Effects of Cancer Treatment on Long-Term Morbidity Radiation, Breast Cancer, and Heart Disease Measurement Error Measuring Heart Dose Dose–Response Model of RIHD Modern Analytic Techniques Problems in Study Design: Innovation to Extinction Conclusion Glossary References Chapter 15: Longitudinal and Observational Data Longitudinal Study Designs Advantages and Disadvantages of Longitudinal Studies Examples of Longitudinal Studies Implementation of a Longitudinal Study Statistical Considerations Analytic Considerations Conclusion Glossary References Chapter 16: Time-to-Event Analysis Statistical Model of Time-to-Event Data Estimating Time-to-Event Functions Cause Specificity, Competing Risks, and Cumulative Incidence Testing Effects on the Hazard Function: Cox Proportional Hazards Model Testing Effects on the Cumulative Incidence Function: Fine–Gray Model Evaluating Time-to-Event Models Using Martingale Residuals Evaluating the Proportional Hazards Assumption Sample Size and Power Estimation for Time-to-Event Data Composite Time-to-Event Endpoints Power, Cost, and Personalized Medicine in Competing Risks Settings Competing Event Theory Conclusion Glossary References Appendix Chapter 17: Machine Learning and High-Dimensional Data Analysis What is Machine Learning? Machine Learning Versus Traditional Statistical Models Metrics for Evaluating Machine Learning Algorithms Common Machine Learning Algorithms for Dimensionality Reduction Principal Component Analysis Manifold Learning Support Vector Machines Decision Trees and Random Forest Models Deep Learning Models Unsupervised Learning Methods Conclusion Glossary References Chapter 18: Health Outcomes and Disparities Research Overview of Health Outcomes Research Types of Data Used in Health Outcomes Research Health Outcomes Research Study Designs Quantitative Versus Qualitative Research Conclusion Glossary References Chapter 19: Cost-Effectiveness Analysis Overview of Cost-Effectiveness Research Measuring Cost Measuring Effectiveness Cost-Effectiveness Analysis Sensitivity Analyses Conclusion Glossary References Part IV: Clinical Trials Chapter 20: Introduction to Clinical Trials Regulatory Aspects of Clinical Trials Practical Elements of Designing Clinical Trials Running Trials: The Big Picture Glossary References Chapter 21: Early Phase Clinical Trials Single-Agent Phase I Study Designs Comparison of Phase I Designs Software Single-Agent Trials With Molecularly Targeted and Immunotherapy Agents Drug-Combination Trials Combination Trials to Find One MTD Combination Trials to Find Multiple MTDS Phase II Clinical Trial Designs Glossary References Appendix Chapter 22: Late Phase Clinical Trials Two-Arm Trial Designs Endpoints Statistical Considerations Study Monitoring Real-World Example Other Trial Designs Software for Clinical Trial Design Conclusion Glossary References Chapter 23: Quality of Life and Patient-Reported Outcome Analysis Development of QOL and PRO Instruments Common QOL and PRO Instruments in Cancer Clinical Trials Patient-Versus Clinician-Reported Adverse Events Utilities in Clinical Trials Designing Studies With QOL/PRO Endpoints Analysis of QOL and PRO Data Integrating Electronic Technology to Obtain QOL Assessments Reporting of QOL and PRO Data Importance of QOL/PRO Data Conclusion Glossary References Chapter 24: Trials in Cancer Screening, Prevention, and Public Health Screening and Public Health Sensitivity and Specificity of Screening Tests Bias in Screening Tests Screening Trials Prevention Trials Dietary Interventions to Prevent Cancer Conclusions Glossary References Chapter 25: Imaging and Technology Trials Diagnostic Imaging Imaging Metrics as Endpoints in Therapeutic Clinical Trials Clinical Trials of Image-Guided Interventions Conclusion Glossary References Chapter 26: Adaptive and Innovative Clinical Trial Designs Types of Adaptive Designs Conclusion Glossary References Chapter 27: Noninferiority and Equivalence Trials Gold Standard for Assessing Treatment Efficacy Why Active-Control Trials? Placebo Control Versus Active Control Sample Size Determination Notations and Assumptions Statistical Hypotheses Statistical Approaches for Testing Noninferiority Analyses of Randomized Controlled Trials Conclusion Glossary References Appendix Acknowledgments Chapter 28: Systematic Reviews and Meta-Analyses Overview of Terminology Steps to Perform a Systematic Review Systematic Reviews of Nonrandomized Studies Individual Patient Data Network Meta-Analysis Conclusion Helpful Resources Glossary References Part V: Conclusion Chapter 29: Future Directions in Clinical Cancer Research Genomics Transcriptomics Proteomics Metabolomics Radiomics Conclusion Glossary References Index