The acute abdomen is one of the most frequent, most dangerous and most difficult problems that the diagnostic radiologist has to deal with. This comprehensive manual presents a clinico-radiologic approach to the use of diagnostic imaging techniques for acute abdominal conditions. Imaging techniques, radiologic symptoms and clinical conditions are treated separately. This lucid format, together with a detailed subject index, offer the reader a quick and reliable reference aid in daily practice. The text is clearly structured and concise in style, and provides helpful practical hints, including discussion of diagnostic pitfalls. It is supported by a wealth of illustrations covering native diagnosis, ultrasonography, computer tomography and angiography.

The decisive factor in trauma is that many processes first occur at the cellular level before they can be determined in laboratory tests, and recognition of them has only recently found its way into intensive care practice. Yet knowledge of the pathophysiology of these processes is essential for an early diagnosis of multiple organ failure and the implementation of adequate therapy, which ultimately make the patient's survival possible. Professor Schlag, an internationally renowned scientist and clinician, has been concerned with the basic pathophysiological principles of shock for many years. In this book he has brought together for the first time an international team of authors primarily from the USA and Europe, who present their collective findings of trauma, shock, development of the organ in shock and early failure and of sepsis-like syndrome, and development of septic multiple organ failure. Patienten mit Multiorganversagen haben immer noch eine schlechte Prognose in der intensivmedizinischen Behandlung, insbesondere wenn sie noch zusatzlich in einen septischen Schock geraten. Hier hilft auch oft eine breite Abdeckung mit modernsten Antibiotika nicht weiter. Neue Ansatze fur eine Therapie dieser problempatienten haben sich in den letzten Jahren durch Erkenntnisse der pathophysiologischeen Vorgange die zum Schock fuhren ergeben. Herr Professor Schlag hat als anerkannte Kapazitat auf dem Gebiet der Traumatologie und Schockforschung fur dieses erste umfassende Werk zu den Grundlagen des Multiorganversagens eine beeindruckende Liste von mehr als 50 international renommierten Autoren zusammenbekommen. Das Buch ist nicht nur eine Aufarbeitung aller Grundlagen des Schocks und Multiorganversagens sondern zudem ein ausgezeichnetes Nachschlagewerk fur jeden intensivmedizinisch tatigen Klinikarzt, egal ob er aus der Anasthesie, der Inneren Medizin oder der Unfallchirurgie kommt."

This book concentrates on problems generated by acute care in severely traumatized patients during the first 24 hours after injury. During this hectic period, highly complicated problems have to be solved at the site of the accident, during transport to hospital, and in hospital. Multiple medical and paramedical disciplines are involved in providing care to the severely injured. This book endeavors to present a problem-oriented approach to the diagnostic, therapeutic, and organizational aspects that may be encountered.

Dieser Band gibt die Referate des 4. Internationalen An{sthesie-Symposiums, 15.-17. Juni 1989 wieder. Amerikanische und europ{ische Spezialisten der unter- schiedlichsten Fachgebiete diskutieren neueste Entwicklungen der Labor- und klinischen Forschung.

Sepsis and infection are the major enemies of the intensive care patient in whom immunological defenses are severely impaired. This major problem is thefocus of attention in this book, based on the presentation of the First International Congress on the Immune Consequences of Trauma, Shock, and Sepsis, which is one of the first attempts to exchange ideas on the state-of-the-art in this area of immunology. Both basic and clinical research, including new centres of attention, are described. The growing role of immunology in medicine opens new avenues to the under- standing of trauma and sepsis and will allow the design of novel therapeutic approaches.

The book is based on papers presented at the recently held international meeting on central-nervous-system monitoring in Hamburg, Germany. Experts inthe fields of neurophysiology, experimental and clincial anesthesia and intensive care discussed the state of the art in noninvasive central-nervous-system monitoring. Starting with the principles of CNS monitoring in humans, the topics covered include pharmacokinetic pharmacodynamic interactions, the usefulness of spontaneous and evoked brain electrical activity as an overall-control for afferent systems andfor the assessment of analgesic drug treatment, perioperative anesthesiological monitoring, and intraoperative awareness. Recently developed specific EEG and EP indices such as spectral edge frequency, median frequency, auditory and somatosensory evoked responses for the assessment of depth of anesthesia are evaluated for intraoperative monitoring. The surgical and anesthesiological perspective in intraoperativemonitoring during vascular surgery are presented, as is the state of theart in the monitoring of afferent central-nervous-system pathways by monitoring transcranial motor evoked potentials. Bispectral EEG analysis forthe assessment of anesthetic adequacy represents the future trend in intraoperative monitoring. In addition to neurophysiological methods, assessment of jugular bulb venous oxygen saturation and transcranial Doppler sonography may give additional information for the interpretation of brain fuction. In the field of intensive care, topics in multimodal long-term monitoring of brain function are presented. The application of an expert system supporting the diagnosis of brain death is also included.

Nutritional support of critically ill patients is a major treatment modality which will enhance recovery and shorten convalescence. New knowledge has emphasized that much of the organ dysfunction associated with sepsis and altered blood flow is related to oxidative injury. Specific nutrients are highly effective in counteracting these effects and their early administration may attenuate cellular damage and multi-organ failure. Patient outcome may also be enhanced by the route of feeding, administration of newer nutrient combinations, utilization of evolving methods of monitoring and the use of growth factors. This new knowledge has evolved to a new area of metabolic support which is addressed for the first time by a group of international experts. The topics presented and general conclusions are of major importance to the practitioners in this field, for they show, for the first time, a departure from the more traditional approaches of nutritional support in patients with life-threatening diseases.

Nephrology, initially born as a small branch of medicine, has, in the last few decades, become an extraordinary large field of medicine. The recent development of renal medicine is mirrored by the numerous nephrological journals published, a natural consequence of the increasing number of basic and clinical research studies performed continuously all over the world. Undoubtedly the progress which has occurred in the different, specific fields of renal medicine has given rise to subspecialities which range from renal physiology and pathology to hemo- and peritoneal dialysis and renal transplantation. Even the diagnostic methodology in nephrology, very useful in the clinical practice, has become a speciality within the speciality. Thus, the problem for clinical nephrologists, as well as for internists, is to remain continuously up-dated in all fields of nephrology. Nephrology textbooks are published continuously and in great number. However, the time required for having authors appointed, chapters completed, manuscript edited, galley proofs corrected and the whole book printed makes many textbooks already out of date when they go on sale and their half lives are very short. On the other hand, nephrological journals are so many and the articles so numerous and detailed, that it is often impossible to rely on them for up-dating practicing clinicians.

Echocardiography has been one of the most significant advances in cardiology in the past two decades. It can provide anatomic, functional hemodynamic, and blood flow information. Conventional transtho- racic echocardiography has limitations, particularly in certain patients such as those with obesity, chronic lung disease, or chest wall defor- mity, or in those where a transthoracic approach is difficult for reasons including trauma, life support apparat uses, and surgical dressings. There are also certain disease states or conditions in which transtho- racic echocardiography expectedly gives incomplete or inadequate in- formation. Transesophageal echo cardiography has opened a unique "new window to the heart." The immediate proximity of the esophagus and the posterior heart permits exceptionally high resolution images, par- ticularly of the left atrium, mitral valve, and intraatrial septum. Addi- tionally, from the stomach (trans gastric views), the ventricles can be dependably imaged. Transesophageal echo cardiography presently is utilized in two environments: intraoperatively and for outpatient examinations. Intraoperatively, TEE is utilized to monitor cardiac function and de- tect intracardiac air or debris, to diagnose or quantitate cardiac path- ology, and to access operative results.

The simple reason for creating this book was my impression that the law is having an increasing impact on the practice of medicine. There is hardly a physician I know who has not been deeply troubled by legal problems professionally, economically, and most important of all, psychologically. The past decade has seen medical practice premiums steadily rising. Multimillion dollar verdicts have not been unusual. Having disregarded these vital issues for many years, physicians have suddenly become very aware of litigation-related problems. Having been interested for a long time in the logic ofthe law and the romance of legal research, I thought it would be useful to create a book that would result in the blending of great minds in law and medicine. It has been my long standing observation and belief that the approach of professors of medicine, and that of learned members of the bar and bench, when put together, produce unique results. Putting these views together has been the real challenge in editing this book."

During the last 20 years two groups of investigators have concerned themselves with the problem of acid-base regulation at various body temperatures. Each group, in professional isolation, pursued a separate path. Surgeons and anesthe tists developed techniques and tools for hypothermic cardio-pulmonary by-pass operations and based their rationale for acid-base management on in vitro models of blood behavior. Physiologists and biochemists, on the other hand, endeavored to understand acid-base regulation in living organisms naturally subjected to changes in body temperature. Only in the last decade has there been an increasing awareness that each group could benefit from the other's experiences. With this goal in mind members of both groups were invited to present their views and observations in the hope of arriving at a better understanding of acid-base management during hypothermia and gaining a greater insight into the factors which control acid-base regulation during normothermia. This led to the presen tation of the present volume with the aim of providing the clinician with a survey of present theories and the resulting strategies for management of the hypother mic patient. Acknowledgment The editors express their great appreciation to Miss Augusta Dustan for her dedicated effort in the preparation and editing of the manuscripts. Contributors Heinz Becker, M. D. Department of Surgery, University of California Medical Center, Los An geles, Los Angeles, CA 90024, U. S. A. Gerald D. Buckberg, M. D. Department of Surgery, University of California Medical Center, Los An geles, CA 90024, U. S. A."

Intracranial Pressure is a linking keyword, uniting various aspects of diagnostics and treatment of hydrocephalus, head injury, subarachnoid haemorrhage, and brain ischaemia. This volume contains selected papers presented at the XIth International Symposium on Intracranial Pressure and Brain Biochemical Monitoring, held in Cambridge, UK, in July 2000. Various clinical and experimental methodologies are discussed including multiparameter brain biochemical monitoring (including brain oxygenation, microdialysis and novel imaging techniques), assessment of cerebral autoregulation, measurement of brain compliance, etc. This state-of-the-art volume introduces neuroscientists into a world of new techniques, models, monitoring modalities but also theories and new concepts, which highlight directions for the further research and future clinical practice.

This volume is a compilation of papers presented at the Tenth International Symposium on Brain Edema held on October 20-23, 1996, in San Diego, California. This follows the sequence of meetings that was initiated 31 years ago in the First International Symposium held in Vienna. Subsequent symposiums were held in Mainz, Montreal, Berlin, Groningen, Tokyo, Baltimore, Bern, and Tokyo CY okohama). A considerable number of papers was chosen from over 100 papers that were received. The organizers wish to thank the Advisory Committee for the excellent work done in selection of the papers. We also wish to thank all the persons who contributed to the success of the Tenth International Symposium, especially the staff who worked behind the scenes. These papers were reviewed, edited, approved or disapproved by the Editorial Board. Those manuscripts that were felt not pertinent to this publication were not accepted by the Editorial Board. Therefore, the excellent quality of those that are in the book are a reflection of the authors' dedication and work and that of those of the Editorial Board in their review process. For the reader's convenience, the papers are structured according to the various disease processes which are associated with the primary topic: hypertension, hydrocephalus, infection, ischemia, tumor, etc. We do hope that the reader will enjoy the articles and that they will provide an impetus and insight for future work.

Albumin is the most abundant serum protein produced by the liver. In clinical practice the serum level of albumin continues to be used as an important marker of the presence, progress or ofthe improvement of many diseases, even though it is the complex end result of synthesis, degradation a. nd distribution between intra- and extravascular space. The clinical history of albumin began as early as in 1837, when Ancell first recognized "albumen" and noted that this protein is needed for trans port functions, for maintaining fluidity of the vascular system and for the prevention of edema. However, the important physiological properties of serum proteins and their role in the regulation ofthe oncotic pressure were demonstrated later by the physiologist E. H. Starling in 1895. In 1917 the clinician A. A. Epstein first described the edema in patients with the nephro tic syndrome as being a result of a very low level of serum albumin. Al though the determination of serum albumin concentration became more popular after Howe in 1921 introduced the technique of separation of serum globulins from albumin by sodium sulfate, the first preparations of human serum albumin were made available for clinical use in only 1941 by the development of plasma fractionation by Cohn and his coworkers at Harvard Medical School."

From the viewpoint of a health economist, the intensive care unit (leU) is a particularly fascinating phenomenon. It is the epitome of "high-tech" medicine and frequently portrayed as the place where life-saving miracles are routinely wrought. But the popular imagina tion is also caught up in the darker side, when agonizing decisions have to be made to avoid futile and inhuman continuation of expen sive treatments. My analytical interests led me to approach these issues by asking what the evidence tells us about which leu activities are very bene ficial in relationship to their costs and which are not. This quickly translates into a slightly different question, namely, which patients are most appropriately treated in an leu and which not. Unfor tunately, it is very hard to answer these questions because it has pro ved very difficult to investigate these issues in the manner which is now regarded as the "gold standard: ' namely by conducting rando mized clinical trials or alternative courses of action. I think this is a pity, and I am not at all convinced that it would be unethical to do so in many cases, because there is wide variation in practice and ge nuine doubt as to which practices are best -the two conditions that need to be fulfilled before such a trial is justifiable."

After a long period of neglect, the gastrointestinal tract is increasingly being recog nized as an important target of anesthetics and anesthesia-related processes, as well as of conditions and treatments related to peri- and postoperative period and inten sive care. Drugs used in anesthesia and intensive care and physiological or pathologi cal changes in the perioperative period affect the digestive system in its function from the pharynx to the colon. Prolonged postoperative ileus or stasis of propulsive peri stalsis in the critically ill or multiply injured patient may impair enteral nutrition and give rise to complications such as sepsis or multiple organ failure. In view of this new understanding of the clinical relevance of gut function, we felt that a book on problems of the gastrointestinal tract in anesthesia, the perioperative period, and intensive care was badly needed. The present volume is the product of an international symposium which brought together physiologists, pharmacologists, experimental and clinical anesthetists, gastroenterologists, surgeons, and intensive care physicians to discuss all major contemporary aspects of bowel function in health and under the influence of anesthesia, surgery, and intensive care."

A concise yet complete overview of the treatment of cardiovascular instability in the critically ill patient. The authors consider all aspects, ranging from basic physiology and pathophysiology to diagnostic tools and established and novel forms of therapy. The whole is rounded off with an integration of these principles into a series of clinically relevant scenarios.

The manuscripts in this book were generated from a conference occurring at the University of Heidelberg in September 1996. These manuscripts have been reviewed and updated by the designated authors in late 1997 for publication in early 1998. Conferences occur for a variety of reasons. These include the need to exchange information where complex activities are undergoing reassessment or change. For the emergency and critical care man agement of stroke this is certainly the situation. Today, both the pri mary care and the neurologic physician must provide medical care in an environment where daily change in the knowledge base of: brain function, disease mechanism(s), therapeutic efficacy, and cost control are all occurring. In addition, patient advocacy has become increasingly complex because government, employers, insurers, health care providers as well as families all desire a voice in the phy sician relationship with the patient. Our conference subject was the organization of rapid care delivery and the development of a ration al basis for treatment of a previously untreatable disorder acute stroke. Thus, the obvious need for multiple open and free discus sions about priority setting and modification of current treatment plans. Clearly, the face to face opportunities provided by this first conference on Emergency Management And Critical Care Of Stroke (EMACCOS) are required when patient care issues are as complex as these. Neuroscience is new to the experience of active therapeutic inter vention.

There is a tendency of an increasing number of signals and derived variables to be incorporated in the monitoring of patients during anesthesia and in intensive care units. The addition of new signals hardly ever leads to thedeletion of other signals. This is probably based on a feeling of insecurity. We must realize that each new signal that is being monitored brings along its cost, in terms of risk to the patient, investment and time. It is therefore essential to assess the relative contribution of this new signal to the quality of the monitoring process; i. e. given the set of signals already in use, what is the improvement when a new signal is added? Beyond a certain point the addition of new information leads to new uncertainty and degrades the result (Ream, 1981) In the diagnostic process, it is possible to evaluate "result" in an objective, qualitative way. The changes in the sensitivity and specificity of the diagnosis as a result of the addition or deletion of a certain variable can be calculated on the basis of false negative, false positive, correct negative and false negative scores. Different methods for multiple regression analysis have been implemented on computers (Gelsema, 1981) which can support such decision processes. In monitoring, the situation is much more complex. Many definitions of monitoring have been given; the common denominator is that monitoring is a continuous diagnostic process based upon a (semi)continuous flow of information. This makes simple assessment methods useless.

Modern critical care is characterized by the collection of large volumes of data and the making of urgent patient care decisions. The two do not necessarily go together easily. For many years the hope has been that ICU data management systems could play a meaningful role in ICU decision support. These hopes now have a basis in fact, and this book details the history, methodology, current status, and future prospects for critical care decision support systems. By focusing on real and operational systems, the book demonstrates the importance of integrating data from diverse clinical data sources; the keys to implementing clinically usable systems; the pitfalls to avoid in implementation; and the development of effective evaluation methods.

The science of neuroanaesthesia and neurointensive care is fascinating, and the amounts of experimental and clinical studies are overwhelming. Surely, everyone can surf Medline and other database systems in order to get information. If you, however, ask for head injury, cerebral ischaemia or barbiturate, you will get hun dreds, may be thousands of titles and even the same number of abstracts. The aims of this book are to review important experimental and clinical data with emphasis on up-dated references. The text within each issue and sub-issue systematically covers experimental and clinical data separately, and details con cerning cerebral blood flow, cerebral metabolism, intracranial pressure etc. are reviewed accordingly. In our survey of the literature we did not use Medline or other database sys tems systematically. Rather, we used available medical journals which covered the topics of anaesthesia, neuroanaesthesia and neurointensive care. In this way we hope that relevant literature is presented. On the other hand, we cannot exclude that some important issues are omitted. The book covers 12 topics. In three chapters methodology of CBF measure ments, regulation of CBF, and intracranial pressure are described. In the next 6 chapters inhalation anaesthetics, hypnotic agents, analgesics, muscular relaxants, drugs used for control of blood pressure, and the sitting position are reviewed. The last three chapters cover head injury, subarachnoid haemorrhage and cere bral ischaemia."

Serious disturbances of fluid and electrolyte balance are frequently encountered in acutely ill patients; somewhat less often in the chronically sick. There seems to be a trend for such cases to increase, due probably to an increase in major surgical procedures on older patients whose renal function is less than adequate. There are already many publications dealing with the physiology of the homeo stasis of fluid and electrolytes, and others dealing with the clinical aspects of the subject. It is often assumed that a knowledge of the basic principles of physiology will enable the doctor to prescribe suitable intravenous therapy. In practice this is often found not to be so and the evidence for this is the frequency of calls for help with electrolyte problems from well-qualified and experienced doctors who are undoubtedly equipped with adequate or even excellent knowledge of the basic It is not an unusual observation that knowledge of theory and principles involved. principles does not necessarily lead to successful practice in this or any other art or craft. Most doctors already possess knowledge of the physiology of the internal envi ronment, but some are aware of being unable to deal effectively with clinical problems related to fluid and electrolyte disturbances and seek guidance to translate theoretical knowledge into practice."

A comprehensive text of intensive care would readily fill the equivalent of the Shorter Oxford English Dictionary. This is because the diseases treated are both numerous and varied; thus the patient can be medical, surgical, trauma or obstetric. It follows that the sum total of knowledge which needs to be available is truly encyclopaedic. This compact volume represents only a fragment of such information. The contributors were chosen because of their experience and because their methods were well-tried. The text therefore summarizes the best of current therapy and includes the controversial. The contributors come from four countries, adding an international flavour. One topic - The Recovery Room - outside the confines of intensive care has been included for two reasons. The recovery room is an important but neglected aspect of care, and it also seems important to define its relationships with the intensive care unit. It is hoped that the book will help the nurses and doctors involved in intensive care and, therefore, the patient. ERIC SHERWOOD JONES Vll Contributors P. M. ASHWORTH K. CHATTERJEE Department of N . using * Medicine Cardiology Division University of Manchester University of California San Francisco Stop ford Building Cardiovascular Research Institute Oxford Road Manchester M 13 9PT, UK Moffitt Hospital Rm. 1186 San Francisco California 94143, USA S. T. ATHERTON Intensive Care Unit Whiston Hospital E. M. COOKE Prescot Department of Microbiology Merseyside, UK University of Leeds Leeds LS2 91Z, UK B. J. BAIN W. E.

This volume represents a review of recent work presented by eminent scientists at the Second International Symposium on 'Applied Physiology in Critical Care with Emphasis on Children' at Aruba, Netherlands Antilles, November 28 - 2 December, 1983. We are grateful to the keynote speakers who accepted our invitation and completed their chapters in time for the press. I must thank the Government of Aruba, the Tourist Office of Aruba, Mr Frank Croes and Mr Betico Croes for their support and generosity for organizing this symposium. My sincere thanks go to Mr Rory Arends, Lucy Arends, Simon Meij and Norma van Toornburg for their untiring efforts and cooperation. Omar Prakash, MD IX List of contributors Bryan, A.Ch., MB, BS, PhD, FRCP (C), The Hospital for Sick Children, 555 University Avenue, Toronto, Ontario, Canada M5G 1X8 Bryan, H., MD, Department of Pediatrics, Room 1241, Mount Sinai Hospital and The Hospital for Sick Children, University of Toronto, Ontario, Canada M5G 1X5 co-authors: A.L. Campbell, Y. Zarfin, M. Groenveld, P. Duffty Enhorning, G., MD, University of Toronto, Toronto Western Hospital, 399 Bathurst Street, Toronto, Ontario, Canada M5T 2S8 Gross, I., MD, Perinatal Medicine, Yale University School of Medicine, P.O.