Monitoring in AnesthesiaLawrence J. Saidman, Norman Ty Smith Written from a practical point of view, Monitoring in Anesthesia provides anesthesiologists with the information needed to perform their job safely and effectively. This edition has been significantly expanded to include new chapters on myocardial ischemia, coagulation, the monitoring of body temperature, drug levels, automated information systems and alarms. The latest developments in equipment, applications and techniques are covered in detail to help practitioners keep up with the rapid changes in monitoring technology. - Jrnl of Medical Engineering & Technology, October 1994 |
Contents
Oxygenation and Blood Gases KEVIN K TREMPER AND STEVEN J BARKER | 1 |
Respiratory Gas Monitoring DAVid b swedlow | 27 |
Invasive Cardiovascular Monitoring DANIEL M THYS AND DAVID L REICH | 51 |
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activity alarm allows Anesth anesthesia Anesthesiology anesthetic arterial assessment associated blood pressure breathing capnography cardiac output catheter cause central changes Clin clinical complex concentration continuous decrease detection determine developed devices direct disease display Doppler dose drug effect electrical electrode equipment et al evaluation example factors Figure flow frequency function heart imaging important incidence increase indicator infants intensive intracranial pressure intraoperative ischemia lead less limited mean measurement ment method monitoring muscle myocardial myocardial infarction normal noted observed obtained occur oxygen patients performance placed position potential present probe problem pulmonary pulse pulse oximetry record reported require respiratory response result risk sampling signal standard stimulation surgery surgical technique temperature tion transducer unit usually values variables venous ventilation ventricular volume wave