An authoritative resource that offers the statistical tools and software needed to design and plan valid clinical studies Now in its fourth and extended edition, Sample Sizes for Clinical, Laboratory and Epidemiology Studiesincludes the sample size software (SSS) and formulae and numerical tables needed to design valid clinical studies. The text covers clinical as well as laboratory and epidemiology studies and contains the information needed to ensure a study will form a valid contribution to medical research. The authors, noted experts in the field, explain step by step and explore the wide range of considerations necessary to assist investigational teams when deriving an appropriate sample size for their when planned study. The book contains sets of sample size tables with companion explanations and clear worked out examples based on real data. In addition, the text offers bibliography and references sections that are designed to be helpful with guidance on the principles discussed. This revised fourth edition: Offers the only text available to include sample size software for use in designing and planning clinical studies Presents new and extended chapters with many additional and refreshed examples Includes clear explanations of the principles and methodologies involved with relevant practical examples Makes clear a complex but vital topic that is designed to ensure valid methodology and publishable results Contains guidance from an internationally recognised team of medical statistics experts Written for medical researchers from all specialities and medical statisticians, Sample Sizes for Clinical, Laboratory and EpidemiologyStudies offers an updated fourth edition of the important guide for designing and planning reliable and evidence based clinical studies.
GET IT FREE HERE
https://nitroflare.com/view/C194AB3A04A01B7/1118874943.pdf
Now in full color, this best-selling text will introduce you to the basics of infectious disease epidemiology, environmental epidemiology, molecular epidemiology, and psychosocial/behavioral epidemiology. Perfect for those with no prior familiarity with health-related fields or statistics, Epidemiology 101, Second Edition, uses a clear, cohesive writing style and follows the basic Epidemiology 101 curriculum framework as outlined in the AAC&U and APTR Recommendations for Undergraduate Public Health Education. End-of-chapter exercises provide access to a laboratory component for college science courses that require a laboratory. Key Features: • Full color pages with 25% more tables and charts throughout to capture the reader’s interest and enhance learning • Current, tangible examples from the field that are relevant and familiar to young students such as big data, cyberbullying, and disease outbreaks including Ebola and Zika • New chapters that cover Epidemiology and Data Presentation (with practice questions for the MCAT® examination) and Epidemiology and Screening for Disease • Access to Navigate 2 online learning materials, including a comprehensive and interactive eBook, student practice activities and assessments, learning analytics reporting tools,
The Oxford Handbook of Epidemiology for Clinicians provides all the information required by students and junior doctors who need to understand and translate key epidemiological concepts into medical practice. Unlike standard textbooks in this area, the focus throughout is on clinical applications of epidemiological knowledge.
Essentials of Epidemiology in Public Health, Fourth Edition combines theory and practice in presenting traditional and new epidemiologic concepts. Broad in scope, the text opens with five chapters covering the basic epidemiologic concepts and data sources. A major emphasis is placed on study design, with separate chapters devoted to each of the three main analytic designs: experimental, cohort, and case-control studies.
Epidemiological research is an important tool for the improvement of preventive and curative healthcare. A valid study design, unbiased study conduct and proper interpretation of study results are essential, as these provide the foundation for evidence-based medicine. This book provides guidance on how to design, conduct and interpret human population-based medical research. It reflects the diversity in the field and will therefore discuss the methodology of etiological, diagnostic, prognostic and intervention research. This textbook is written for bachelor’s and master’s degree students receiving training in the biomedical sciences and for practitioners in the medical and allied professions. It will also serve as a reference manual for those with basic or advanced experience of epidemiology.