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Clinical data Drug class Inhalational anesthetic Uses Induction and maintenance of anesthesia Routes of administration Inhalational Pharmacodynamics Pharmacokinetics

Clinical data Drug class Inhalational anesthetic Uses Maintenance of anesthesia, sedation Routes of administration Inhalational Pharmacodynamics Pharmacokinetics

Clinical data Drug class Inhalational anesthetic Uses Induction and maintenance of anesthesia Routes of administration Inhalational Pharmacodynamics Pharmacokinetics

Suprane Clinical data Drug class Inhalational anesthetic Uses Maintenance of anesthesia Routes of administration Inhalational Pharmacodynamics Pharmacokinetics

This risk is theoretically increased with exposure to halogenated inhalational anesthetics. -They have an absolute contraindication to succinylcholine due

Clinical data Drug class Inhalational anesthetic Uses Induction and maintenance of anesthesia Routes of administration Inhalational Pharmacodynamics Pharmacokinetics

Clinical data Drug class Inhalational anesthetic Uses Induction and maintenance of anesthesia Routes of administration Inhalational Pharmacodynamics Pharmacokinetics

recovery rates in brain function, due to differences in clearance of inhalational anesthetics from the central nervous system...whereas [auditory centers] and

Least expensive among clinically used volatile anesthetics Second most potent of the clinically used inhalational agents (MAC 1.2%) Has been implicated for

controversial whether to avoid volatile anesthetics Experts believe brief exposure is a small risk (i.e. inhalational induction in pediatric patients) History

fluoroscopy path to optimize surgical field TIVA/Balanced anesthetic/inhalational anesthetic are reasonable Have clear communication with the surgical

sulfate Potassium chloride Furosemide Mannitol Inhalational anesthestics (Redirects: Volatile anesthetics) Chloroethane (Redirects: Ethyl chloride) Chloroform

outside studies Review the Anesthesia tab in chart review to see prior anesthetics and airway/procedure notes Add the “Pre-Admission/Pre-op Orders” set at

rapid insufflation ventilatory exchange. May consider DL or FOI with inhalational induction; consider sliding Jackson scope, equipment for FOI, awake intubation

(acetaminophen, NSAIDs), low dose bolus opioids/PCA opioids, peripheral local anesthetics Intraoperative Bleeding although EBL generally minimal Most commonly from

aortic stenosis and pulmonary artery stenosis. IV induction preferred over inhalational induction. For high-risk patients and procedures, consider invasive blood

adequacy of ventilation. Telemetry Monitoring Temperature Monitoring PIVs Inhalational inductions are typically used, favored for their hemodynamic stability

very small TV, consider succinylcholine. Sevoflurane can be used for inhalational induction when no IV access possible. Paralytic: Succinylcholine 1- 1

postoperative penile blocks vs single-shot blocks Standard monitors PIV x1 Inhalational induction followed by PIV placement Airway ETT vs LMA (most common) Complex

occur again during surgical dissection). Most patients can safely undergo inhalational induction with sevoflurane (except those with congestive heart failure

limit excessive blood loss. Maintenance of anesthesia A MAC of 0.5 for inhalational agents is used to prevent interference with intra-op neuro monitoring