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"Professions your guidance counselor never mentioned: drop explosives on erupting volcanoes, create game shows, babysit punk rockers, crash cars, choreograph fireworks, count down to blastoff at NASA, referee dodgeball, design waterslides, stand around NYC looking cool, and many more!"--Cover.
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This volume contains the proceedings of the twenty-second International Conference on Medical Informatics Europe MIE 2009, that was held in Sarajevo, Bosnia and Herzegovina, from 30 August to 2 September 2009. The scientific topics present in this proceedings range from national and trans-national eHealth roadmaps, health information and electronic health record systems, systems interoperability and communication standards, medical terminology and ontology approaches, and social networks to Web, Web 2.0, nd Semantic Web solutions for patients, health personnel, and researchers. Furthermore, they include quality assurance and usability of medical informatics systems, specific disease management and telemedicine systems, including a section on devices and snsors, drug safety, clinical decision support and medical expert systems, clinical practice guidelines and protocols, as well as issues on privacy and security. Moreover, bioinformatics, biomedical modeling and simulation, medical imaging and visualizatio and, last but not least, learning and education through medical informatics systems are parts of the included topics.
This book synthesizes current methods used to quantify functional diversity, providing step-by-step examples for defining functional groups and estimating functional indices. The authors show how to compare communities, and how to analyze changes of diversity along environmental gradients, using real-life examples throughout. One section of the book demonstrates the selection of traits, and the standardization and characterization of ecosystem data. Another section presents methods used to quantify functional diversity, shows how to relate functional diversity with environmental variables and how to connect these to ecosystem services. The concluding section introduces FDiversity, a free program developed by the authors. The reader is guided through every step from software installation and basic functions, to sample and database design, to graphical projection methods, employing case study data to illustrate key concepts.
The book, “Microbiome and Human Health”, delves into the dynamic relationship between the microbiome and various health conditions. This book relates to the human health care system offering a comprehensive analysis highlighting the roles of microbiome in disease prevention, management, and overall well-being. Covering a wide range of topics, from the microbiome’s influence on nutrition and immunity to its association with cardiovascular diseases, diabetes, and cancer, the book explores cutting-edge research and futuristic diagnosis. It highlights emerging areas such as the microbiome's interaction with SARS-CoV-2, eye health, osteoarthritis, and miscarriages, along with innovative approaches like nano-engineering and artificial intelligence in microbiome-related research. This is envisaged to be useful for researchers, clinicians, and healthcare professionals, highlighting the microbiome’s vast diversity and its potential in diagnostics, disease management, and therapeutic intervention. Owing to its multidisciplinary approaches, the book offers a fresh perspective on human health, and on a wide range of related issues.
This volume contains the proceedings of the twenty-second International Conference on Medical Informatics Europe MIE 2009, that was held in Sarajevo, Bosnia and Herzegovina, from 30 August to 2 September 2009. The scientific topics present in this proceedings range from national and trans-national eHealth roadmaps, health information and electronic health record systems, systems interoperability and communication standards, medical terminology and ontology approaches, and social networks to Web, Web 2.0, and Semantic Web solutions for patients, health personnel, and researchers. Furthermore, they include quality assurance and usability of medical informatics systems, specific disease management and telemedicine systems, including a section on devices and sensors, drug safety, clinical decision support and medical expert systems, clinical practice guidelines and protocols, as well as issues on privacy and security. Moreover, bioinformatics, biomedical modeling and simulation, medical imaging and visualization and, last but not least, learning and education through medical informatics systems are parts of the included topics.
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