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Inhalational Anesthesia

Journal of Pharmacy Practice, 1994
Pharmacists have traditionally had little involvement with inhalational anesthetic agents. As the popularity of operating room pharmaceutical care increases, the need for the pharmacist's understanding of the uses and actions of anesthetic agents becomes necessary.
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Equipment for Inhalation Anesthesia

Veterinary Clinics of North America: Equine Practice, 1990
Inhalation anesthesia has three requirements: delivery of oxygen, delivery of an appropriate concentration of a volatile anesthetic agent, and removal of carbon dioxide. Halothane and isoflurane are the most commonly used anesthetic agents. They are usually delivered with a semiclosed circle system using an out-of-the-circuit vaporizer.
S W, Eicker, S, Cuvelliez
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Inhalation anesthesia

1939
In this paper I will give a somewhat brief report of the high lights of the history of anaesthesia, followed by a generalized description of the various general inhalation anesthetics, their action on the human organism, and the administration of these, with the factors governing their use.
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Intestinal Circulation during Inhalation Anesthesia

Anesthesiology, 1985
This study was designed to evaluate the influence of inhalational agents on the intestinal circulation in an isolated loop preparation. Sixty dogs were studied, using three intestinal segments from each dog. Selected intestinal segments were pumped with aortic blood at a constant pressure of 100 mmHg.
M, Tverskoy   +3 more
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Equipment for Inhalant Anesthesia

Veterinary Clinics of North America: Small Animal Practice, 1999
When used properly, anesthesia machines, breathing systems, anesthesia ventilators, and ancillary equipment allow the safe and efficient use of the inhalant anesthetics. Several veterinary anesthesia machines and ventilators have been introduced over the last few years.
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Glutathione Depletion Following Inhalation Anesthesia

Anesthesiology, 1978
Glutathione depletion following inhalation of halogenated anesthetics was investigated as a possible mechanism of toxic reactions associated with anesthesia. Concentrations of reduced glutathione were measured in the blood, liver, lung and kidney of the mouse after anesthesia with enflurane, fluroxene, halothane, isoflurane, methoxyflurane, or ...
M A, Zumbiel   +3 more
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Inhalational anesthetics in pediatric anesthesia

Current Opinion in Anaesthesiology, 2005
The purpose of this review is to discuss interesting recent developments concerning the use of halogenated agents. Now we are in a new stage of halogen use; we have become alerted to the secondary effects which although not life-threatening are potentially deleterious.The recent literature highlighted some unexpected effects with the use of new ...
Isabelle, Constant, Robert, Seeman
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Inhaled anesthesia and cognitive performance

Drugs of Today, 2009
Despite technological advances in surgery and anesthesia during the last few decades, the incidence of postoperative cognitive dysfunction remains a relatively common complication in surgical patients. After surgery, elderly patients in particular often exhibit a transient reversible state of cerebral cognitive alterations.
Mandal PK   +3 more
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Back to Basics: Inhaled Anesthesia

AORN Journal, 2015
AbstractThe administration of inhalational anesthesia is a major component of providing care for patients undergoing operative or other invasive procedures. The perioperative nurse should understand the effects of anesthesia and actions of anesthetic agents (eg, unconsciousness, analgesia, anesthesia, muscle relaxation) and carefully assess the patient
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Inhalational techniques in ambulatory anesthesia

Anesthesiology Clinics of North America, 2003
In the current health care environment, anesthesia practitioners are frequently required to reevaluate their practice to be more efficient and cost-effective. Although IV induction with propofol and inhalational induction with sevoflurane are both suitable techniques for outpatients, patients prefer IV induction.
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