Progress in Peritoneal Dialysis is based on judgement of a number of abstracts, submitted by interested people involved in various aspects of peritoneal dialysis. The book has a wide scope, ranging from in-vitro experiments, mathematical modelling, and clinical studies. The interested reader will find state of the art essays on various aspects of peritoneal dialysis relevant to expand their knowledge on this underused modality of renal replacement therapy.

Progress in Peritoneal Dialysis is based on judgement of a number of abstracts, submitted by interested people involved in various aspects of peritoneal dialysis. The book has a wide scope, ranging from in-vitro experiments, mathematical modelling, and clinical studies. The interested reader will find state of the art essays on various aspects of peritoneal dialysis relevant to expand their knowledge on this underused modality of renal replacement therapy.

The importance of peritoneal dialysis (PD) in the therapy of chronic kidney disease has been steadily increasing. The simultaneous advancement in clinical practice and basic research has increased overall knowledge and led to significant progress in the safe and adequate application of PD. Moreover, integration with other techniques in the therapy of uremia represents an important step in the optimization of the whole program of renal replacement therapy.Leading experts in the field have contributed to this volume, discussing topics such as the biology of the peritoneal membrane, dialysis solutions, inflammation and nutrition, PD adequacy, or complications and their management or PD in special settings. This compilation updates and expands the information on PD published in previous volumes of the series 'Contributions to Nephrology'. It represents an important source of information for beginners and experts, basic scientists and clinical physicians, students and investigators who want to have a true update on current research and clinical practice in peritoneal dialysis.

The number of dialysis patients, and their ages, continues to increase globally. This creates major issues such as rising medical costs in an aging population, how to best manage end-of-life care, and how to train the various practitioners involved in dialysis care. After the US and China, Japan occupies 3rd place with regard to the number of dialysis patients and is also widely regarded as a world leader in dialysis. This book contains selected articles – organized into 4 chapters - that discuss recent advances in dialysis therapy in Japan. Chapter 1 presents insights into causes, risk factors, disease associations, and possible implications for management of dialysis patients. Chapter 2 examines recent progress in hemodialysis treatment, and chapter 3 focuses on developments in peritoneal dialysis. The final chapter concentrates on recent advances in apheresis and current trends in practice, among other topics. This book is aimed at nephrologists, physicians, urologists, nurses, clinical engineers, pharmacists, and nutritionists. It is a significant contribution to furthering the progress of dialysis therapy worldwide.

For more than a generation haemodialysis has been the principal method of treating patients with both acute and chronic renal failure. Initially, developments and improvements in the system were highly technical and relevant to only a relatively small number of specialists in nephrology. More recently, as advances in therapy have dem onstrated the value of haemofiltration in the intensive therapy unit and haemoperfusion for certain types of poisoning, the basic principles of haemodialysis have been perceived as important in many areas of clinical practice. In this volume, the potential advantages of bicarbonate haemo dialysis are objectively assessed, the technical and clinical aspects of both haemofiltration and haemoperfusion discussed and the con tinuing problems associated with such extra corporeal circuits analysed. All the chapters have been written by recognized experts in their field. The increasing availability of highly technical facilities for appropriately selected patients should ensure that the information contained in the book is relevant not only to nephrologists but to all practising clinicians. ABOUT THE EDITOR Dr Graeme R. D. Catto is Professor in Medicine and Therapeutics at the University of Aberdeen and Honorary Consultant Phy sician/Nephrologist to the Grampian Health Board. His current inter est in transplant immunology was stimulated as a Harkness Fellow at Harvard Medical School and the Peter Bent Brighton Hospital, Boston, USA. He is a member of many medical societies including the Association of Physicians of Great Britain and Ireland, the Renal Association and the Transplantation Society.

This book offers a comprehensive guide to peritoneal dialysis (PD). Home dialysis, and more specifically PD, is growing in popularity in the US. By conservative estimates, experts suggest that 45 percent of dialysis patients in the US can be on home dialysis. However, the current penetration rate is only 10 percent. This is changing with an expected major increase in the next 5 years. One of the reasons for the low uptake is that many nephrologists lack comfort and confidence in using PD as a dialysis modality. This book addresses those concerns by covering all aspects of PD. Chapters include its history, patient selection, implementation options, comorbidities, quality of life concerns, and developing approaches to treatment. This comprehensive resource fills the unmet need for a practical, hands-on book that is both detailed and can work as a quick reference. This is an ideal guide for academic nephrologists, private practice nephrologists, NPs, PAs, nurses, fellows, and residents.

Hemodialysis (HD) represents the first successful long-term substitutive therapy with an artificial organ for severe failure of a vital organ. Because HD was started many decades ago, a book on HD may not appear to be up-to-date. Indeed, HD covers many basic and clinical aspects and this book reflects the rapid expansion of new and controversial aspects either in the biotechnological or in the clinical field. This book revises new technologies and therapeutic options to improve dialysis treatment of uremic patients. This book consists of three parts: modeling, methods and technique, prognosis and complications.