This volume presents the proceedings of the 5th Conference on Artificial Intelligence in Medicine Europe, AIME '95, held in Pavia, Italy in June 1995.
The volume contains 32 full refereed selected papers contributed by researchers and professionals coming from computer science departments, medical informatics departments, and hospitals; in addition there are the keynote address and 28 poster presentations. The volume is organized in topical sections on medical records, temporal reasoning and simulation, probabilistic models, patient management and therapy planning, evaluation of knowledge-based systems, diagnostic support systems, models for clinical information systems, and neural networks and image interpretation.

Das Buch richtet sich vor allem an junge Anasthesiologen und Assistenzarzte auf Intensivstationen, die die Technik der transoesophageale Echokardiographie erlernen moechten, aber ebenso an Kardiologen und Internisten, die Patienten kardiologisch betreuen.

These eight volumes, which developed out of the international congress "Update and Future Trends in Fibrin Sealing in Surgical and Nonsurgical Fields" held in November 1992, present the state of the art in fibrin sealing. Initially, fibrin sealant played an important role in surgery. During the past few years, it has been increasingly applied nonsurgically and we can now say that it has become an integral component of medical treatment. The doubts which have been raised by nonusers about the efficacy of fibrin sealant are no longer valid. The correct indication and technique continue to be basic prerequisites for effective treatment. Even today - 20 years after fibrin sealant was first used - the three most prominent effects of fibrin sealant are still hemostasis, sealing of the wound, and support of wound healing. The problems posed by the transmission of viral infections have gained substantially in importance because of the potential transmission of AIDS via fibrin sealant. Fortunately, this is so unlikely today that it no longer represents a cause for concern, which does not mean, however, that research in this field can be discontinued.

The last volume in the series Fibrin Sealing in Surgical and Nonsurgical Fields discusses various uses of fibrin glue in endoscopic surgery. During the last years fibrin sealant has been established in the treatment of gastrointestinal ulcers and esophageal fistulae.

Fibrin sealant is used for numerous indications in gynecology, especially for the McIndoe Operation and Cohn biopsy, the Marshall-Marchetti-Krantz-Hirsch-Stoll-Operation, urethrocysopexy, or in vitro fertilization for embryo transfer. The use of fibrin sealant in urology has also been extended, especially in operations of the spermatic cord, reconstruction of the urethra and closing of nephrotomies.

"Advances in Neurosurgery 22" is devoted to three main topics, the first one being Cerebellar Infarcts. Following the introduction with the microsurgical anatomy and the neuropathology of cerebellar infarction, the indication for operative treatment and its results are then discussed. The neuroradiological treatment with local and antifibrinolytic therapy for vertebrobasilar occlusion completes this section. The management and surgical approaches to the various forms of midline lesions are then presented. Special interest is centred on minimal invasive endoscopic neurosurgery (MIEN), (intraventricular tumors, optic pathway gliomas, endoscopic brainstem tumors and vascular malformations). Furthermore the special equipment and fields of indications are extensively discussed.

This 1984 work examines concepts and strategies for using health care technology effectively and humanely at the bedside. Applying knowledge from the decision sciences, ethics, economics, sociology, the physical sciences, law, history, and clinical medicine, this book provides a multidisciplinary framework for practitioners, educators, policy makers, and the public who must decide about and implement the technological agents of health care. Twelve chapters present basic knowledge about this technology, from the forces that create and disseminate it to the perspectives and techniques crucial for directing its use. The second part of the book consists of twenty-three case studies depicting the benefits and liminations of the chief health care technologies of our times, such as electronic fetal monitoring, imaging technology, intensive care, and genetic diagnosis. By discussing both theory and practice in the context of legal, economic, ethical, and other concerns, this work will help prepare health care students and professionals to deal with the complex issues associated with the use of technology in health care.

'Clinical epidemiology' is now widely promoted and taught as a 'basic science' of Evidence-Based Medicine, of clinical EBM to be specific. This book, however, is mostly about that which Miettinen takes to be the necessary substitute for this now-so-fashionable subject - namely, Theory of Clinical Medicine together with its subordinate Theory of Clinical Research. The leit motif in all of this is Miettinen's perception of the need, and opportunity, to bring major improvements into clinical medicine in this Information Age, now that theoretical progress has made feasible the development of practice-guiding Expert Systems for it. Parts of this text constitute essential reading for whoever is expected, or otherwise inclined, to study - or teach - 'clinical epidemiology,' and the same is true of those who set policy for the education of future clinicians; but practically all of it is essential reading for future - and current - academics in the various disciplines of clinical medicine. After all, the text is the result of a concentrated effort, over a half-century no less, to really understand both clinical and community medicine and the research to advance the knowledge-base of these. Research epidemiologists, too, will find this text interesting and instructive.

These eight volumes, which developed out of the international congress "Update and Future Trends in Fibrin Sealing in Surgical and Nonsurgical Fields" held in November 1992, present the state of the art in fibrin sealing. In itially, fibrin sealant played an important role in surgery. During the past few years, it has been increasingly applied nonsurgically, and we can now say that it has become an integral component of medical treatment. The doubts which have been raised by nonusers about the efficacy of fibrin sealant are no longer valid. The correct indication and technique continue to be basic prerequisites for effective treatment. Even today - 20 years after fibrin sealant was first used - the three most prominent effects of fibrin sealant are still hemostasis, sealing of the wound, and support of wound healing. The problems posed by the transmission of viral infections have gained sub stantially in importance because of the potential transmission of AIDS via fi brin sealant. Fortunately, this is so unlikely today that it no longer represents a cause for concern, which does not mean, however, that research in this field can be discontinued.

In the field of orthopedic surgery, additional areas of application and new indications have been discovered for fibrin glue treatment, for example, hemostasis in pseudotumors in hemophilic patients or in torn ligaments, and in spongiosa transplantation, primarily when nonautologous bone material is being used, or to fill large defects. In maxillofacial surgery fibrin glue is mainly used for osseous contouring of the facial and frontal bones, for alveolar ridge augmentations in preprosthetic surgery, and for soft tissue reconstructions.

Practical Data Analytics for Innovation in Medicine: Building Real Predictive and Prescriptive Models in Personalized Healthcare and Medical Research Using AI, ML, and Related Technologies, Second Edition discusses the needs of healthcare and medicine in the 21st century, explaining how data analytics play an important and revolutionary role. With healthcare effectiveness and economics facing growing challenges, there is a rapidly emerging movement to fortify medical treatment and administration by tapping the predictive power of big data, such as predictive analytics, which can bolster patient care, reduce costs, and deliver greater efficiencies across a wide range of operational functions. Sections bring a historical perspective, highlight the importance of using predictive analytics to help solve health crisis such as the COVID-19 pandemic, provide access to practical step-by-step tutorials and case studies online, and use exercises based on real-world examples of successful predictive and prescriptive tools and systems. The final part of the book focuses on specific technical operations related to quality, cost-effective medical and nursing care delivery and administration brought by practical predictive analytics.

A timely, practical, and concise resource for advanced practice registered nursing (APRN) students, faculty, and providers, Telehealth Essentials for Advanced Practice Nursing provides readers with an understanding of and tools to embrace the emerging field of telehealth and optimize its application in clinical practice.  Telehealth offers a unique solution to many health-care challenges, such as provider shortages, chronic disease management, an aging population, and limited access to care.  As telehealth is being incorporated into health care and health care delivery at an ever-increasing rate, APRNs that can navigate the telehealth arena are uniquely positioned to serve as leaders in the health care of the future. Using Telehealth Essentials for Advanced Practice Nursing, readers will learn how to utilize telehealth to provide new and innovative methods of care. Authors Patty A. Schweickert and Carolyn M. Rutledge present a multi-modal approach to telehealth education that layers telehealth onto nurses' existing knowledge of nursing practice. The text begins with the history and basics of telehealth before moving on to critical content that a provider must understand in order to maximize its use in the health care arena, covering topics including: The process of integrating telehealth in practice Laws, policies, and regulations governing telehealth practice Barriers to implementation and strategies for overcoming them Telehealth etiquette and ethics Using telehealth for effective interprofessional collaboration Each chapter includes group exercises, prompts for reflection, questions for discussion, and case studies. With Telehealth Essentials for Advanced Practice Nursing, APRN students, faculty, and practicing providers will learn to advocate for telehealth implementation, establish telehealth programs, and utilize telehealth to overcome barriers to care in order to optimize access and quality of care.

The Fourth International "Nursing Informatics '91" Preconference sessions held in Melbourne Australia on the 12th and 13th April 1991 hosted by the Nursing Computer Group, Victoria Inc. (N.C.G.V.) and I.M.I.A. Working Group 8. The aims of both the International Committee and the N.C.G.V.are to provide our Nursing Colleagues nationally and internationally with access to a wide range of information about computers awareness literacy, and, the sharing of experiences. As technology advances and nurses understand their particular practice setting needs, progress in the area of nursing informatics will be an expanding arena for Industry and knowledge. Papers such as those presented here will contribute greatly to the dissemination of todays knowledge base and hopefully assist in our expansion as we move toward the year 2000. The vision and subsequent motivation of hosting an International Informatics Meeting is that a few very dedicated nurses can encourage their colleagues to approach this newly defined specialty with openness and enthusiasm. If nurses are not able to attend these sessions the papers presented here demonstrate care and commitment to the learning opportunities afforded nurses in Australia and Internationally.

This book presents a comprehensive survey in which internationally recognized experts discuss specific topics. Physiological and biophysical foundations of hemodynamics are reviewed and clinical tools to evaluate these newer parameters are described. Monitoring strategies integrating theoretical and practical aspects of hemodynamics in commonly encountered ICU conditions are presented. This "Update" represents the series' continuous effort to combine the most recent developments in one reference source for all those involved in cardiology, internal medicine, pediatrics, anesthesia, intensive care and emergency medicine.

This welcome addition to the series Update in Intensive Care and Emergency Medicine emerges from the most recent of a series of meetings organized by Alvar Net and Salvador Benito of Barcelona. This gathering provided a forum for European intensive care specialists to exchange ideas, knowledge and experience on, the measurements feasible in mechanically ventilated patients. The scope was ambitious, ranging from basics like the measurement of airway pressure and blood gases to topics such as CT, MRI and the multiple inert gas elimination technique. The success of the meeting made publication a logical consequence. The book is unique in its breadth. The contributors, from numerous centers in Europe and North America, cover all tech niques employed in intensive care units, describing indications, contraindications, procedures, biases and complications. This volume will be an invaluable source for intensive care specialists and other clinicians. Alongside practical descriptions of procedures they employ routinely (spirometry, measurement of sys temic vascular oxygen pressure, Swan-Ganz catheterization, BOPA etc.), they will find accounts of such sophisticated techniques as on line measurement offunctional residual capacity, isotope determina tion of ventilation/perfusion ratios, diaphragmatic metabolism and peripheral oxygen exchange. I am especially happy to see the book published by Springer-Verlag, which has distinguished itself in the field of intensive care medicine.

With the increasing availability of omics data and mounting evidence of the usefulness of computational approaches to tackle multi-level data problems in bioinformatics and biomedical research in this post-genomics era, computational biology has been playing an increasingly important role in paving the way as basis for patient-centric healthcare.Two such areas are: (i) implementing AI algorithms supported by biomedical data would deliver significant benefits/improvements towards the goals of precision medicine (ii) blockchain technology will enable medical doctors to securely and privately build personal healthcare records, and identify the right therapeutic treatments and predict the progression of the diseases.A follow-up in the publication of our book Computation Methods with Applications in Bioinformatics Analysis (2017), topics in this volume include: clinical bioinformatics, omics-based data analysis, Artificial Intelligence (AI), blockchain, big data analytics, drug discovery, RNA-seq analysis, tensor decomposition and Boolean network.

This book is an up-to-date textbook for biologists and biomedical scientists covering the basics of radioisotope methodology and safety. Radioisotopes are widely used in biological and medical research, particularly in biochemistry. Graduate students and technicians usually learn how to use radioisotopes through short training courses or as part of laboratory courses in biology and biochemistry. This text was written for use in courses on the theoretical aspects of radioisotopic methods or for self-study and reference; it assumes little knowledge of radioactive materials and develops mathematical discussions slowly and clearly. The focus of the book is on the topics listed on the U.S. Nuclear Regulatory Commission's license application: principles and practices of radiation protection; radioactivity measurement, standardization and monitoring techniques and instruments; mathematics and calculations basic to the use and measurement of radioactivity; and biological effects of radiation.

This book presents a collection of invited contributions, each reflecting an area of biomedicine in which simulation techniques have been successfully applied. Thus, it provides a state-of-the-art survey of simulation techniques in a variety of biomedical applications. Chapter one presents the conceptual framework for advanced simulations such as parallel processing in biological systems. Chapter two focuses on structured biological modeling based on the bond graph method. This is followed by an up-to-date account of advanced simulation of a variety of sophisticated biomedical processes. The authors provide many insights into how computer simulation techniques and tools can be applied to research problems in biomedicine. The idea for this book arose out of the daily work by experts in their field and reflects developing areas. Therefore, I think the material is timely and hope that the work described will be an encouragement for others. It is the objective of this book to present advanced simulation techniques in biomedicine and outline current research, as well as to point out open problems, in this dynamic field. Finally, I wish to express my thanks to those colleagues who have made this book possible with their contributions.

The Second European Conference on Artificial Intelligence in Medicine followed the successful meeting in Marseilles in 1987. As for AIME 87, the goal of AIME 89 was to promote scientific interchange within and between all subfields of AI in medicine, among researchers from all over the world, and especially from Europe. There were sessions on: knowledge elicidation and acquisition, architectures for medical knowledge-based systems, clinical applications, methodology, reasoning based on physiological models, and uncertainty. It is clear form the quality of papers presented, that the rate of development which took place between the Pavia meeting of 1985 and AIME 87 has been well maintained. With the launch of the European Community's exploratory programme in Advanced Informatics in Medicine in Europe, 1989 is clearly a very important year for this discipline. AIME 89 provided an important forum which demonstrated progress in some of the more difficult methodological problems, and advances in the application of these techniques to real-world medicine. This volume should be consulted by anyone who wishes to appreciate the state of the art in Medical AI in Europe.

Der vorliegende Band fasst die Ergebnisse eines zweitagigen Symposions "Multiple Hypothesenprufung" am 6. und 7. November 1987 in Gerolstein/ Eifel zusammen. Das Problem der multiplen Hypothesenprufung stellt sich immer dann, wenn aufgrund eines statistischen Experimentes mehrere Fragestellungen beantwortet werden sollen. Insbesondere innerhalb biologisch-medizi- nischer Studien sind haufig mehrere Behandlungen, mehrere Zielgrossen oder Messungen zu mehreren Zeitpunkten zu beurteilen. In der Vergangenheit wurde dem Problem der Multiplizitat der Fragestel- lungen nicht genugend Beachtung geschenkt. Im deutschsprachigen Raum erschien dieses Thema etwa ab Ende der 70er Jahre vermehrt auf Kongres- sen sowie in Veroffentlichungen, ausgelost durch die Arbeiten von MARCUS, PERITZ und GABRIEL (1976) und HOLM (1979). Besonders durch das Schwerpunkuhema "Simultane Hypothesenprufung" und die gemein- same Publikation der Referate im Rahmen des Biometrischen Seminars im Jahre 1981 in Bad Ischl, Osterreich, wurde die Aufmerksamkeit vieler Biometriker auf neuere Entwicklungen in diesem fur die Anwendung so wichtigen Bereich gelenkt. In der Folge kam es zu einer intensiven For- schungstatigkeit an den verschiedensten Stellen, vorwiegend von Biometr- kern und von Statistikern mit engem Verhaltnis zur Biometrie. Es war daher naheliegend zu versuchen, die in diesem Bereich methodisch tatigen Biometriker und Statistiker zu einem intensiven Meinungsaus- tausch zusammenzubringen. Dabei sollte eine Bestandsaufnahme vorge- nommen und uber die Richtung weiterer Entwicklungen diskutiert werden. Schon wahrend des Symposions wurde von emlgen Teilnehmern der Vor- schlag gemacht, den Tagungsband in englischer Sprache abzufassen, um IV den Ergebnissen international eine grossere Verbreitung zu ermoglichen.

Healthcare transformation requires us to continually look at new and better ways to manage insights - both within and outside the organization today. Increasingly, the ability to glean and operationalize new insights efficiently as a byproduct of an organization's day-to-day operations is becoming vital to hospitals and health systems ability to survive and prosper. One of the long-standing challenges in healthcare informatics has been the ability to deal with the sheer variety and volume of disparate healthcare data and the increasing need to derive veracity and value out of it. Demystifying Big Data and Machine Learning for Healthcare investigates how healthcare organizations can leverage this tapestry of big data to discover new business value, use cases, and knowledge as well as how big data can be woven into pre-existing business intelligence and analytics efforts. This book focuses on teaching you how to: Develop skills needed to identify and demolish big-data myths Become an expert in separating hype from reality Understand the V's that matter in healthcare and why Harmonize the 4 C's across little and big data Choose data fi delity over data quality Learn how to apply the NRF Framework Master applied machine learning for healthcare Conduct a guided tour of learning algorithms Recognize and be prepared for the future of artificial intelligence in healthcare via best practices, feedback loops, and contextually intelligent agents (CIAs) The variety of data in healthcare spans multiple business workflows, formats (structured, un-, and semi-structured), integration at point of care/need, and integration with existing knowledge. In order to deal with these realities, the authors propose new approaches to creating a knowledge-driven learning organization-based on new and existing strategies, methods and technologies. This book will address the long-standing challenges in healthcare informatics and provide pragmatic recommendations on how to deal with them.

Medical information systems such as Radiology Management Information Systems (RIS), Picture Archiving and Communications (PACS) and Hospital Information Systems (HIS) will soon be standard tools to support routine work in hospitals. An interface between PACS/RIS and RIS/HIS is increasingly necessary in order to co-ordinate the flow of information throughout these systems. This book discusses a systematic analysis of interfacing strategies. An introduction is given to the status of present radiology departments and trends for the future. Then, to define a PACS-RIS interface in a multivendor environment, the so-called Marburg Model is described: a comprehensive systems analysis method that includes the requirements of radiologists, software and hardware engineers, and medical informatitians. A detailed PACS-RIS interface for a specific systems implementation is derived using the Marburg Model, which can be used as a standardized approach to designing interfaces.

Operations research aims to assist managers faced with problems of coordinating activities; improving the quality of care of services delivered; making optimal resource allocation decisions and generally, managing services and institutions. Operations research (or O.R.) was originally developed in response to the problems of the second World War. It was characterised then by a unifying and clear objective; clear problems that had to be solved and the use of inter-disciplinary teams to analyse and solve identified problems. This analysis often drew on mathematical techniques. After the war, operations research moved in two separate but related directions. In England, the emphasis on inter-disciplinary approaches and problem solving teams remained. The operations researcher still used mathematical techniques but these were not systematised into a volume of standard formulae. The emphasis of operations research was on the approach not the tools used (see, for example, Luckman & Stringer, 1974; also Luck, Luckman, Smith & Stringer 1971; and McLachlan, 1975). In the United States, the emphasis was placed on the use of mathematical techniques. Operations research became a mathematically based science relying on standardised models (e. g. queuing, allocation) and formulae. This approach was facilitated by the availability of computers.