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With hundreds of detailed, full-color photographs of common surgical instruments, Surgical Instrumentation: An Interactive Approach, 2nd Edition makes it easier to learn the identification, purpose, and set up of instruments for surgical procedures. Many photos include close-up views of the instrument tip, so you can quickly discern differences between instruments. Interactive resources on Evolve let you rotate key instruments 360 degrees for viewing from any angle, zoom in to examine the tip or zoom out to reveal the entire instrument, and also include flash cards, timed memory exercises, Mayo stand set up quizzes, and animations of large and small fragmentation sets. Written for surgical technologists by surgical technology educator Renee Nemitz, this resource offers a level of visual clarity and realism unmatched by any other surgical instrument book! More than 600 full-color, high-quality photographs help you learn the most common surgical instruments for all surgical procedures. Consistent instrument monographs include the name, common name, category, use (type of surgery and where on the body), cautions relating to safety or patient care, and other details such as regional name variations. Student resources on the Evolve companion website include all of the images from the text, additional 360-degree views and close-ups of over 100 instruments, animations of large and small fragment sets, and timed recall exercises for practice in learning instruments. Close-up photos of more than 100 instruments show the details of each tip, demonstrating variations and making it easier to identify each surgical instrument. Presentation of two or fewer illustrations per page makes it easier to see the details of each instrument. Enhanced flash cards and quizzes on the Evolve companion website allow you to review instruments by chapter or to randomize your review with instruments from the entire text. Alternative names are added to the book's index for easer lookup of instruments whose names have regional variations. Enhanced quizzes on Evolve are available as Practice or Test options, and results may be printed out for submission to instructors.
With hundreds of detailed, full-color photographs of common surgical instruments, Surgical Instrumentation: An Interactive Approach, 3rd Edition helps you learn the identification, purpose, and set up of instruments for surgical procedures. Written for surgical technologists by a surgical technologist, it offers a level of visual clarity and realism unmatched by any other surgical instrument book. Many photos include close-up views of the instrument tip, so you can quickly discern differences between instruments. Interactive resources on Evolve allow you to view 360-degree rotations of more than 100 instruments. Also included are flash cards, timed memory exercises, Mayo stands, back-table set ups, quizzes, and instrument sets for common procedures in various surgical specialties. Over 660 full-color, high-quality photographs help you to learn the most common surgical instruments for all surgical procedures. Close-up photos of instruments show the details of each tip and demonstrating variations to make it easier to identify each surgical instrument. Consistent, clear, and concise instrument monographs include the name, common name, category, use (type of surgery and where on the body), cautions relating to safety or patient care, and other details such as regional name variations. NEW! Instrument sets for common procedures quickly accessible in specialty chapters. Presentation of two illustrations per page makes it easier to see the details of each instrument. Student resources on Evolve include all of the images from the text, additional 360-degree views and close-ups of over 100 instruments, animations of large and small fragment sets, and timed recall exercises for practice in learning instruments. Chapter quizzes on Evolve help you master the various instruments used in general and speciality surgeries. NEW! Chapter about Mayo stand and back-table covers common tray setup procedures. NEW! Additional close-up/inset photos with existing instruments give you a detailed way to examine and learn about instruments they’ll be working with on a daily basis. NEW! Content on robotics instruments familiarize you with the design and use of these advanced surgical utilities.
The use of the compressed air-driven turbine for the activation of surgical burs and saws as developed by Dr. Robert M. Hall has been a boon for the plastic, max illofacial, and oral surgeon. The development of air instrument surgery coincided with the opening of new vistas in surgery in the area of craniofacial surgery. Cranio facial osteotomies for orbital (ocular) hypertelorism, for the deformities of cranio stenosis (Cronzon's disease, Apert's syndrome) and subcranial osteotomies at various levels of the facial skeleton have brought about dramatic improvements in the form of the facial substructure in patients with gross deformities. In many of these maxillofacial deformities the facial skeleton and dento-alveolar processes must be advanced, recessed or expanded in the lateral dimension. In such cases maloc clusion of the tceth is usual; this is corrected by intermaxillary fixation of the mo bilized bony structures which also reestablishes adequate relationships between the dento-alveolar processes of the upper and lower jaws. This brings us to the subject of surgical orthodontics, a field that is just beginning to expand; its development should bring about closer collaboration between surgeon and orthodontist, resulting in rapid and efficient improvement of malocclusion. The absence of vibration characteristic of the air-driven turbine, in contrast to the mechanically driven drill, allows the surgeon to carry out delicate and precise surgical procedures with less fatigue to himself.
Basic surgical instrumentation, equipment and supplies, as well as their specific uses and functions that will be encountered in your day-to-day activities in the operating suite, are introduced.
This new edition presents information and knowledge on the field of biomedical devices and surgical tools. The authors look at the interactions between nanotechnology, nanomaterials, design, modeling, and tools for surgical and dental applications, as well as how nanostructured surfaces can be created for the purposes of improving cell adhesion between medical devices and the human body. Each original chapter is revised in this second edition and describes developments in coatings for heart valves, stents, hip and knee joints, cardiovascular devices, orthodontic applications, and regenerative materials such as bone substitutes. There are also 8 new chapters that address: Microvascular anastomoses Inhaler devices used for pulmonary delivery of medical aerosols Surface modification of interference screws Biomechanics of the mandible (a detailed case study) Safety and medical devices The synthesis of nanostructured material Delivery of anticancer molecules using carbon nanotubes Nano and micro coatings for medical devices This book is appropriate for engineers, material scientists, chemists, physicists, biologists, medical and dental professionals with an interest in biomedical devices and tools, and researchers in the same fields.