State-of-the-art technology in anesthesia and intensive care : proceedings of the 18th International Symposium on Computing in Anesthesia and Intensive Care held in Hamamatsu City, Japan on 18-21 March 1998
著者
書誌事項
State-of-the-art technology in anesthesia and intensive care : proceedings of the 18th International Symposium on Computing in Anesthesia and Intensive Care held in Hamamatsu City, Japan on 18-21 March 1998
（International congress series, no. 1168）
Elsevier, 1998
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注記
Includes index
内容説明・目次
内容説明
"State of the Art Technology in Anesthesia and Intensive Care" contains selected papers from the 18th International Symposium on Computing in Anesthesia and Intensive care held in Hamamatsu City, Japan. Four hundred participants from 22 countries focused their interest on promoting patient safety and quality improvement in anesthesia and intensive care using state of the art technology. The book also introduces eight new techniques for cardiac output estimation that comprehend almost all techniques available in the world.
目次
Patient safety and quality improvement. The role of technologic advances in promoting anesthesia patient safety (E.C. Pierce, Jr.). The role of technology advances in promoting anesthesia patient safety: present status of Japan (Y. Shimada et al .). Anesthesia in the millennium (A.A. Spence). Technology and economy in modern medicine (A. Tecklenburg). Some quality assurance tools for anaesthesia (J.A. Lack). The statistical analysis of quality improvement system at Hamamatsu University School of Medicine for five years (Y. Yamamoto, K. Ikeda, Y. Nakajima). Monitoring - thermoregulation and coagulation. Monitoring methodologies for thermoregulatory studies (D.I. Sessler). Monitoring coagulation (J.H. Levy). New technology for cardiac output monitoring. Lithium dilution cardiac output measurement - a brief review (R.A.F. Linton et al .). Arterial thermodilution for the measurement of continuous cardiac output and intrathoracic blood volume (A. Perel). Continuous and non invasive hemodynamic profile monitoring. Including aortic blood flow, systolic time intervals and petco2 measurements (R. Muchada). Dye densitometry using pulse photometry principle (T. Aoyagi). Clinical application of the ultrasound velocity dilution method for cardiac output (CO) measurement in the absence of arteriovenous circuit in icu patients (A. Eremenko). CCO/SVO2- Birth of the new gold standard (J.P. Williams). Depth of anesthesia monitoring. Auditory evoked potentials for closed loop anesthesia (CLAN) (G.N.C. Kenny, S.E. Milne). Closed-loop control of anaesthetic drug delivery as research tool (J. Schuttler, H. Schwilden). Bispectral index and propofol +- ketamine anesthesia (T. Sakai et al .). Target controlled infusion. The development and future of target-controlled infusions (S.E. Milne, G.N.C. Kenny). TCI remifentanil - implications for intra- and postoperative use (S. Schraag). Target control infusion: Infusion for target effect site concentration (T. Kazama). A computer-assisted system for total intravenous anesthesia (CAS-TIVA): Man-machine interface and clinical practice (O. Nagata). On-line simulation of blood propofol concentration based on delivered dose via pump (M. Nakao, A. Harada, I. Onji). Anesthesia simulator. Simulators in anesthesia (A.A. Spence). Integrating realistic stimulation into educational programs: a Canadian perspective (R.J. Byrick). The sophus anesthesia simulator (P.F. Jensen). Increasing reality in simulating intravenous anesthesia on the full-scale simulator (K. Morita, Y. Nakajima, K. Ikeda). Anesthesia simulator - Simulator training for medical students (M. Tominaga et al .). Artificial intelligence. Application of artificial neural networks in anesthesiology (K. Kuck, D.G. Haryadi, D.R. Westenskow). Development of a clinical capnography analysis system: a single-signal analysis approach (J.M. Goldman). Expert alarm system to predict critical hypotension before serious events (M. Nakao).
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