Results 311 to 320 of about 168,620 (342)
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Emergency Medicine Clinics of North America, 1992
Emergency physicians often rely on the use of local anesthetic agents to relieve patient discomfort, and research continues in an effort to develop new agents with improved anesthetic qualities. Eventually, a nontoxic, rapidly acting agent may become available that could provide profound anesthesia of long duration when applied topically to intact skin
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Emergency physicians often rely on the use of local anesthetic agents to relieve patient discomfort, and research continues in an effort to develop new agents with improved anesthetic qualities. Eventually, a nontoxic, rapidly acting agent may become available that could provide profound anesthesia of long duration when applied topically to intact skin
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2003
Operations, such as vasectomy and oviduct transfer, are performed on anesthetized animals. It is essential that the experimenter is familiar with this procedure and that the anesthetic has been tested: A lethal dose of anesthetic administered prior to an oviduct transfer is an unfortunate end to a day spent collecting and microinjecting eggs.
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Operations, such as vasectomy and oviduct transfer, are performed on anesthetized animals. It is essential that the experimenter is familiar with this procedure and that the anesthetic has been tested: A lethal dose of anesthetic administered prior to an oviduct transfer is an unfortunate end to a day spent collecting and microinjecting eggs.
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Anesthesiology Clinics, 2014
All routinely utilized sedatives and anesthetics have been found neurotoxic in a wide variety of animal species, including non-human primates. Neurotoxic effects observed in animals include histologic evidence for apoptotic neuronal cell death and subsequent learning and memory impairment.
Erica P, Lin +2 more
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All routinely utilized sedatives and anesthetics have been found neurotoxic in a wide variety of animal species, including non-human primates. Neurotoxic effects observed in animals include histologic evidence for apoptotic neuronal cell death and subsequent learning and memory impairment.
Erica P, Lin +2 more
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Annals of Emergency Medicine, 1985
Local anesthetics are remarkably useful agents that enhance patient comfort and improve patient compliance. Their use, however, requires an understanding of their action, proper dosages, potential risks, and treatment of reactions. We have presented the history, pharmacokinetics, action, risks of using, and ways in which agents are used to treat the ...
R S, Altman +2 more
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Local anesthetics are remarkably useful agents that enhance patient comfort and improve patient compliance. Their use, however, requires an understanding of their action, proper dosages, potential risks, and treatment of reactions. We have presented the history, pharmacokinetics, action, risks of using, and ways in which agents are used to treat the ...
R S, Altman +2 more
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Dental Clinics of North America, 1994
Local anesthetics have been especially important in establishing pain control as a fundamental accomplishment in clinical dentistry. When used conscientiously, local anesthetics are effective and safe. It is helpful for clinical dentists to understand the workings of these adjuncts. The more we understand them, the better we will be able to use them.
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Local anesthetics have been especially important in establishing pain control as a fundamental accomplishment in clinical dentistry. When used conscientiously, local anesthetics are effective and safe. It is helpful for clinical dentists to understand the workings of these adjuncts. The more we understand them, the better we will be able to use them.
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Anesthesiology Clinics of North America, 2002
The action of anesthetics on the nervous system can be understood by considering their possible interactions with neuronal function. Anesthesia may be produced by a change in the balance of inhibitory synapses (notable via GABAa receptors) and excitatory synapses (notably glutamate receptors).
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The action of anesthetics on the nervous system can be understood by considering their possible interactions with neuronal function. Anesthesia may be produced by a change in the balance of inhibitory synapses (notable via GABAa receptors) and excitatory synapses (notably glutamate receptors).
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Neuropharmacology of Anesthetics
International Anesthesiology Clinics, 1971openaire +2 more sources