Notes in 13 Volatile Anesthetics 2 Pharmacodynamics

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Published	12/13/2023	Output from the aortic bodies of the peripheral chemoreceptors travels via the {{c1::vagus}} nerve.
Published	12/13/2023	Nitrous oxide is {{c1::34}} times more soluble than nitrogen.
Published	12/13/2023	There is an increased risk of complications from nitrous oxide in patients with {{c1::vitamin B12}} deficiency.
Published	12/13/2023	The {{c1::unitary hypothesis}} states that all anesthetics share a similar mechanism of action but work at different sites.
Published	12/13/2023	While all volatile anesthetics cause dose-dependent {{c2::decreases}} in contractility, the myocardium remains {{c1::preload}}-responsive.
Published	12/13/2023	A {{c1::right}} shift in the PaCO2 / minute ventilation curve means that the minute ventilation is {{c3::less}} than predicted, creating a respir…
Published	12/13/2023	A {{c1::left}} shift in the PaCO2 / minute ventilation curve means that the minute ventilation is {{c3::more}} than predicted, creating a respira…
Published	12/13/2023	{{c2::Aortic}} bodies are more sensitive to changes in {{c1::blood pressure}}.
Published	12/13/2023	{{c1::Carotid}} bodies are more sensitive to changes in {{c2::arterial gas tension}}.
Published	12/13/2023	Which volatile anesthetic impairs hypoxic drive the least?{{c1::Desflurane}}
Published	12/13/2023	What volatile anesthetic can cause seizures during induction?{{c1::Sevoflurane}}
Published	12/13/2023	When cerebral autoregulation is impaired, cerebral blood flow becomes dependent on {{c1::blood pressure}}.
Published	12/13/2023	Which volatile anesthetic increases CSF production?{{c1::Desflurane}}
Published	12/13/2023	Can paralytics be used when motor evoked potentials are monitored?{{c1::No}}
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