Master all of the blocks required for orthopaedic anesthesia, including both single-injection and continuous nerve blocks! This text and its companion DVD thoroughly review the anatomy points you need to know to effectively execute these techniques, and demonstrate all 16 essential nerve blocks as performed by specialists in orthopaedic anesthesiology. Abundant full-color photographs of the sequence of each block - combined with full-color drawings and photographs of cadaver sections of the applied anatomy - help to ensure proper needle placement for each procedure. Presents anatomy and techniques from a variety of perspectives through anatomical drawings, gross anatomy images, and photographs of surface anatomy - ensuring proper needle placement for each nerve block. Uses a practical, "how-to" approach that makes the latest techniques easy to learn. Covers problems and pitfalls to help you avoid potential complications. Shows you how to perform both single-injection and continuous nerve blocks, and demonstrates the anatomical responses gained from percutaneous stimulation of the nerves, via videos on the companion DVD.

This book provides a detailed, stepwise approach to performing ultrasound guided regional anesthesia, identifying pearls and pitfalls to ensure success. Basic principles are covered, followed by techniques for upper extremity, lower extremity, and chest, trunk and spine nerve blocks. Each nerve block is comprehensively explained, divided up by introduction, anatomy, clinical applications, technique, alternate techniques, complications, and pearls.

Although the timeless quote of Alon Winnie (ASRA Founding Father), that regional anesthesia is simply an exercise in applied anatomy, rings true and will continue to ring true for many years to come, we now have a better understanding of the micro- and ultrastructure of the nerves and the anatomical features – membranes, fascia, fascial planes, and barriers – that surround them. With this understanding on an anatomical basis, anesthesiologists can now better appreciate the reasoning behind why pain blocks sometimes fail; or where the “sweet spot” of a nerve is and how to find it; or why epidural blocks are segmental while subarachnoid blocks are not; or why older patients are less prone to postdural puncture headache, and many more issues of regional anesthesia and pain medicine. The Anatomical Foundations of Regional Anesthesia and Acute Pain Medicine is a textbook which explains the sensory function of each nerve in the human body in detail, including the motor function. The textbook also features detailed information on nerve sonoanatomy. This textbook is written and designed to convey practical working knowledge of the macro-, micro-, sono-, and functional anatomy required for regional anesthesia and acute pain medicine in an accessible manner through the use of detailed illustrations, (anatomical figures, diagrams and tables), with simplified legends and videos that allow readers to understand concepts – such as percutaneuous nerve mapping and nerve blockade access – in a dynamic manner. The extensive reference lists adequately complement the knowledge provided in the text. The book is essential for all medical graduates and training anesthesiologists seeking to understand the basics and detailed nuances of nerve anatomy and regional anesthesia.

Acute Pain Medicine tackles a large array of diagnostic and treatment consideration across a variety of surgical and non-surgical acute pain conditions. Written and edited under the auspices of the American Academy of Pain Medicine, the text reviews a variety of acute pain modulating factors followed by interventional and pharmacologic treatment options.

Acute Pain Medicine is the first comprehensive, case-based text of its kind that explores the essential topics of acute pain medicine, including interventional, pharmacologic, and diagnostic considerations. Written and edited under the auspices of the American Academy of Pain Medicine by members of the Academy's Shared Interest Group for Acute Pain Medicine, the text includes an introduction to acute pain medicine and an easily referenced interventional section. Chapters focus on patients experiencing acute pain from either surgery or other medical conditions and include detailed information on the diagnosis and treatment of specific cases in acute pain medicine. The text is rounded out by the complete content of the thoroughly revised Military Advanced Regional Anesthesia and Analgesia Handbook (MARAA II). Although the MARAA handbook gained its reputation as a useful resource for managing the pain associated with battlefield trauma, its beautifully illustrated step-by-step guidance is useful for providing vital acute pain services in all settings. Acute Pain Medicine is an ideal, complete resource for physicians, fellows, and residents managing acute pain patients.

A hands-on tool for medical students, Neuroanatomy Basics: A Clinical Guide covers key basic neuroanatomy material and the most important clinical correlations that a medical student is required to know. The book’s style is simple and features an array of figures/illustrations that will show the student what he/she has just studied. It will follow a breadcrumbs approach that relies heavily on images/figures. Relying on photographic memory is quite helpful in grasping ‘dry and rigid’ neuroanatomy concepts; hence, the large number of figures contained in the book. Students will not have to refer to an atlas or other references in order to grasp the book’s concepts. The peculiar order of sections will guide the student through the sequence of events/anatomical structures back and forth from cellular to structural levels, depending on the stimulus and response.

This book illustrates ultrasound and guided nerve stimulation techniques to achieve consistently good anesthesia results. Also included are demonstrations of peripheral nerve block techniques for the trunk, and upper and lower extremities. Images are correlated with MRIs for better anatomic identification.

- NEW! Expanded content includes; non-OR anesthesia, acute and chronic pain management, anesthesia implications of complementary and alternative medicine, robotic surgery, new and less invasive procedures in interventional radiography, implications of modern implanted cardiac devices, and more! - NEW! Full-color design and figures clarify difficult concepts and give the text a contemporary look and feel. - NEW! Co-author Sass Elisha brings a fresh perspective to this edition.

Written specifically for nurse anesthetists, Nurse Anesthesia, 5th Edition provides comprehensive coverage of both scientific principles and evidence-based practice. It offers a complete overview of anatomy, physiology, pharmacology, and pathophysiology, and offers practical coverage of equipment and anesthesia management. This edition includes updated information on pharmacokinetics, clinical monitoring, drug delivery systems, and complications, and revises chapters on airway management and anesthesia for cardiac surgery. Written by leading nurse anesthesia experts John Nagelhout and Karen Plaus, this perennial bestseller prepares anesthesia students and CRNAs for today's clinical anesthesia practice. Over 650 figures of anatomy, nurse anesthesia procedures, and equipment depict complex concepts and information. An easy-to-use organization covers basic principles first, and builds on those with individual chapters for each surgical specialty. UPDATED references make it quick and simple to find the latest and most important research in the field. Over 700 tables and boxes highlight the most essential information in a quick, easy-to-reference format. Expert CRNA authors provide the current clinical information you'll use in daily practice. UPDATED pharmacology information includes pharmacokinetics, drug delivery systems, opiate antagonists, and key induction drugs. Over 100 NEW photos and illustrations enhance your understanding of difficult anesthesia concepts. UPDATED Airway Management and Anesthesia for Cardiac Surgery chapters are thoroughly revised. NEW coverage includes robotics, screening applications, and non-operating room best practices.