Peripheral Vascular Surgery

Peripheral Vascular Surgery aims to provide an updated and authoritative introduction to peripheral vascular surgery. Most arterial and venous diseases appear to be mainly the result, directly or indirectly, of mural deposition of solid material within a rapidly moving stream of blood. The vascular surgeon must therefore have a working knowledge of blood platelet interactions and probable mechanisms of thrombosis. He must also understand both the value and the limitations of present methods of blood flow measurement. This book provides an updated description of these complexities and presents essential basic knowledge that will prove valuable to surgeons and researchers working in this field. This text will be useful for post graduate surgeons, as well as for those in need of a reference useful for doctors in related fields such as general medicine and cardio-thoracic and orthopedic surgery.

Complications following surgical procedures are not only associated with significant morbidity and mortality, but also add immensely to the psychological burden of the patient and are disappointing for the surgical team. Recent research has led to a greater understanding of the response to surgery and anaesthesia, and great advances have been made in pre-operative preparation with appropriate investigations and pharmacological prophylaxis. These have reduced the incidence of many complications, but the risks are impossible to remove completely. This wide-reaching and practical handbook covers all aspects of post-surgical complications. It is divided into two sections: the first covers general complications such as pressure sores, complications of fluid balance and problems related to anaesthesia, while the second focuses on the complications encountered in the major surgical specialties. Fully revised and updated since the previous edition, and written by a team of experts, Post-operative Complications is essential reading for all those involved in caring for surgical patients. It is particularly relevant for junior doctors and those preparing for their membership of the Royal College of Surgery (MRCS) exams.

During the past three decades, Vascular Surgery has emerged as a specialty within general surgery. Fellowships are now available to equip surgeons with specialized skills for managing various vascular problems. Nev ertheless, the vascular surgical emergency, one of the greatest challenges in surgical management, may occur suddenly and at a time and place remote from the highly qualified vascular surgeon or a specialized center where complex vascular treatment is routine. The initial evaluation and treatment must be undertaken by a general surgeon who determines the extent, sever ity, and urgency of the problem at hand, and hopefully will arrange appro priate transfer to a specialized center if the patient's condition permits. Urgent problems, on the other hand, demand immediate surgical interven tion by the general surgeon if any hope for salvage is to occur. It is in this set ting that this volume offered by Professor Staudacher may be of assistance to the general surgeon whose experience in this type of emergency may be limited. This concise, well illustrated volume should serve as a guide to manage the peripheral vascular emergency involving either the arte rial or venous system.

Practical Peripheral Vascular Intervention, Second Edition is a how-to guide to state-of-the-art vascular interventional procedures for all arteries and veins outside the coronary vascular system. Chapters on each artery cover indications for interventional procedures, vascular anatomy, access, diagnostic angiography, and specific interventional techniques used by experienced practitioners. This thoroughly updated edition includes an expanded section on intracranial stenting, additional material on venous filters, venous thrombosis, and central venous occlusion, and more chapters reviewing all cardiac noninvasive modalities. More than 300 large-size illustrations show trainees and clinicians the best approach to treatment.

The Handbook of Endovascular Peripheral Interventions has been written to serve as a comprehensive guide for both the beginner and advanced interventionalist. Covering all aspects of percutaneous peripheral vascular interventions, each chapter of this highly illustrated book provides a brief background, etiology, clinical presentation, imaging, and percutaneous treatment of different vascular conditions. Importantly, Tips of the Trade and How I Do It sections within each chapter make the handbook practical for daily use. These invaluable pearls are provided by contributing chapter authors who are experts in the field. Edited by Dr. Christopher D. Owens (Division of Vascular Surgery) and Dr. Yerem Yeghiazarians (Division of Interventional Cardiology), from the University of California San Francisco School of Medicine, the Handbook of Endovascular Peripheral Interventions is a collaborative effort between cardiologists, vascular surgeons, and radiologists. Since each subspecialty brings unique expertise and experience to the field, this handbook will be a valuable resource for all physicians currently working in peripheral vascular interventions.

Fully revised and updated edition of this popular book, addressing all issues concerning the diabetic foot, one of the most prevalent problems in diabetes, with a strong emphasis on practical aspects of delivering care.

Cardiovascular, respiratory, and related conditions cause more than 40 percent of all deaths globally, and their substantial burden is rising, particularly in low- and middle-income countries (LMICs). Their burden extends well beyond health effects to include significant economic and societal consequences. Most of these conditions are related, share risk factors, and have common control measures at the clinical, population, and policy levels. Lives can be extended and improved when these diseases are prevented, detected, and managed. This volume summarizes current knowledge and presents evidence-based interventions that are effective, cost-effective, and scalable in LMICs.