Understanding The Numbers In Depth Of Anesthesia Monitors
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Understanding the Numbers in Depth of Anesthesia Monitors
Is there a unified definition of anesthesia? What exactly are we monitoring? Processed electroencephalography (pEEG) monitors may not reliably assess all anesthetic endpoints. This book explains how anesthesiologists should not blindly follow the displayed numbers when they adjust their anesthetic agents’ doses. This book is based on the author's 30 years of experience researching the topic of Depth of Anesthesia (DOA) monitoring. Depth of Anesthesia monitors are pEEG Monitors. All conditions that would alter the EEG (these are many) would also alter the DOA displayed numbers so each reader should learn how to correctly interpret the displayed numbers. In many instances physicians are confronted with various paradoxical Depth of Anesthesia monitors displaying inaccurate readings that do not concur with “clinically judged Anesthetic state” whether arising from an underlying pathophysiology alteration of the patients’ own EEG cerebral function or those due to shortcomings in the performance and design of the DoA. This book – very easy to read although the topic sounds very complicated – would like to represent a reference where anesthesiologists can go back to when they are confronted with such situations. Each chapter is focused on one contributing element that could influence depth of anesthesia monitoring. It reports cases or studies of displayed numbers that do not concur with clinically assessed depth of anesthesia; these are immediately followed by the documented scientific EEG explanations. A book that both younger and older anesthetists should read to better understand how to use DOA monitors in their daily practice and that very much simplifies the topic.
Understanding the Numbers in Depth of Anesthesia Monitors
Is there a unified definition of anesthesia? What exactly are we monitoring? Processed electroencephalography (pEEG) monitors may not reliably assess all anesthetic endpoints. This book explains how anesthesiologists should not blindly follow the displayed numbers when they adjust their anesthetic agents' doses. This book is based on the author's 30 years of experience researching the topic of Depth of Anesthesia (DOA) monitoring. Depth of Anesthesia monitors are pEEG Monitors. All conditions that would alter the EEG (these are many) would also alter the DOA displayed numbers so each reader should learn how to correctly interpret the displayed numbers. In many instances physicians are confronted with various paradoxical Depth of Anesthesia monitors displaying inaccurate readings that do not concur with "clinically judged Anesthetic state" whether arising from an underlying pathophysiology alteration of the patients' own EEG cerebral function or those due to shortcomings in the performance and design of the DoA. This book - very easy to read although the topic sounds very complicated - would like to represent a reference where anesthesiologists can go back to when they are confronted with such situations. Each chapter is focused on one contributing element that could influence depth of anesthesia monitoring. It reports cases or studies of displayed numbers that do not concur with clinically assessed depth of anesthesia; these are immediately followed by the documented scientific EEG explanations. A book that both younger and older anesthetists should read to better understand how to use DOA monitors in their daily practice and that very much simplifies the topic.
Consciousness, Awareness, and Anesthesia
Author: George A. Mashour
language: en
Publisher: Cambridge University Press
Release Date: 2010-01-25
Hypnosis, amnesia, and immobility are three major therapeutic endpoints of general anesthesia. In one to two cases out of a thousand, hypnosis and amnesia are not achieved – often leaving a patient immobile but capable of experiencing and remembering intraoperative events. Awareness during general anesthesia is one of the most dreaded complications of surgery and is feared by patients and clinicians alike. Despite many advances in the field, there are also a number of unresolved questions that persist. Some of the difficulties in the detection and prevention of awareness during anesthesia relate to the underlying complexities of the neuroscientific basis of consciousness. Consciousness, Awareness, and Anesthesia is a multidisciplinary approach to both the scientific problem of consciousness and the clinical problem of awareness during general anesthesia. An international cadre of authors with expertise in anesthesiology, neurobiology, and philosophy provides a cutting-edge perspective. No other book on the subject has drawn from such a breadth of scholarship.