Results 311 to 320 of about 7,149,909 (342)
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General anesthetics in brain injury: friends or foes?
Current pharmaceutical design, 2013General anesthesia-induced pharmacological protection of the central nervous system following injury has been under intense investigations during the past four decades.
L. Vutskits
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Clinical pharmacology of general anesthetics
Clinical Pharmacology & Therapeutics, 1967The past decade has seen great interest in the clinical pharmacology of general anesthetics. Recently introduced drugs, such as halothane or methoxyflurane, have already been studied in more detail than ether or nitrous oxide had been during the first century of their clinical use.
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2009
As the elderly population continues to increase and surgical techniques and management continue to improve, the number of elderly surgical patients will continue to grow.
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As the elderly population continues to increase and surgical techniques and management continue to improve, the number of elderly surgical patients will continue to grow.
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Immunomodulatory Effects of General Anesthetics
2007Postoperative patients are prone to develop infectious complications, and the phenomenon of immunoparalysis, defined as a diminished capacity of immunocompetent cells to respond to infectious agents, has been implicated as a major contributing factor. When inflammatory postoperative disorders are already established, intervention is difficult. However,
T. van der Poll, L.C.J.M. Lemaire
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Presynaptic Actions of General Anesthetics
2003Early in the 20th century, Sowton and Sherrington identified the synapse as a likely target of general anesthetic action (1). Brooks and Eccles (2) and Bremer and Bonnet (3) later demonstrated depression of synaptic transmission in the central nervous system (CNS), by concentrations of general anesthetics that did not affect axonal conduction. Larrabee
Misha Perouansky, Hugh C. HemmingsJr.
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General anesthetic block of a bifurcating axon
Brain Research, 1982Abstract Axons with a low safety factor for conduction, namely the bifurcating motor neurons of the lobster deep extensor muscles, were tested for sensitivity to general anesthetic agents. Bath concentrations of 100–300 mM diethyl ether or 1.7–3.4 mM halothane were applied.
Joan J. Kendig +3 more
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General anesthetics and therapeutic gases
2010This review discusses the side effects documented in the recent literature associated with both traditional and newly emerging anesthetic agents. It includes further information on commonly described side effects and adverse events associated with these drugs as well as detailing any newly discovered complications for the time period reviewed.
E. Flockton, M. Leuwer
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General Anesthetics Are Neuroprotective
Journal of Neurosurgical Anesthesiology, 2019Zhiyi Zuo, Sunny S Chiao
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