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Pharmacology

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Question	Category
Local anesthetics: acid/base properties	Pharmacology
Example local anesthetic with intrinsic sympathomimetic, vasoconstrictive properties	Pharmacology
Local anesthetics types: shorter duration of action	Pharmacology
Factors influencing local anesthetic absorption and distribution:	Pharmacology
pKa range for most local anesthetics	Pharmacology
Inclusion of a vasoconstrictor in the local anesthetic solution is least likely to prolong the action of:	Pharmacology
Mechanism BP reduction: isoflurane (Forane), desflurane (Suprane), sevoflurane (Sevorane, Ultane):	Pharmacology
Inhalational agents--influence on circulatory systems:	Pharmacology
Isoflurane (Forane) and blood pressure:	Pharmacology
Inhalational agent most likely to cause dose-dependent decrease in cardiac output {normal volunteer}	Pharmacology
Isoflurane (Forane)-mediated increase in heart rate prevented by preoperative (just before induction) administration of:	Pharmacology
Inhalational agent least likely to affect systemic vascular resistance in normal volunteers	Pharmacology
Inhalational anesthetic effects on circulation will be influenced by:	Pharmacology
Inhalational agent least likely to increase heart rate in healthy individuals	Pharmacology
Least likely to produce a change in systemic blood pressure:	Pharmacology
Mannitol (Osmitrol) and ICP reduction	Pharmacology
Mechanisms responsible for ICP reduction caused by furosemide (Lasix) administration:	Pharmacology
Succinylcholine (Anectine) should be avoided in hemiplegic/paraplegic patients because:	Pharmacology
Vasolytic effects may cause an increase in ICP in patients with abnormal autoregulation:	Pharmacology
Complications of continual perioperative steroid administration:	Pharmacology
Best agent for rapid sequence tracheal intubation to achieve total paralysis:	Pharmacology
Combined alpha and data-adrenergic blockade:	Pharmacology
Most common opioid usedin anesthesia maintenance and patients with supratentorial tumors:	Pharmacology
Nondepolarizing muscle relaxants least likely to increase ICP	Pharmacology
Drugs which may reduce systemic blood-pressure in patients with elevated ICP but with limited/no effect on CBF or ICP	Pharmacology
Most common volatile agent used in anesthesia maintenance in patients with supratentorial tumorsMost common volatile agent used in anesthesia maintenance in patients with supratentorial tumors	Pharmacology
Cerebral blood flow & nitrous oxide:	Pharmacology
Inhaled anesthetics and intracranial pressure:	Pharmacology
Ketamine (Ketalar):	Pharmacology
Volatile anesthetic agent of choice for patients with cerebral ischemia patients who may develop cerebral ischemia:	Pharmacology
Pharmacological agents (categories) which may be useful in reducing intracranial volume	Pharmacology
Inhalational anesthetic most likely to cause EEG seizure activity	Pharmacology
Anticonvulsant medication and inhalational anesthetic use:	Pharmacology
Anesthetic or anesthetic combination least likely to change cerebral blood flow or cause direct cerebral vasodilation:	Pharmacology
Factor(s) that increase likelihood of enflurane (Ethrane)-induced seizure activity	Pharmacology
Direct Cerebral Vasodilation:	Pharmacology
Inhalational anesthetic agent with least effect on cerebral blood flow	Pharmacology
Phenothiazines as preanesthetic agents:	Pharmacology
Patients at high risk for aspiration pneumonitis include those	Pharmacology
Adults: relatively high-risk of pulmonary complications if aspiration volume (aspiration gastric contents):	Pharmacology
Greater CNS activity:	Pharmacology
Relatively more effective in reducing secretions; less effective in preventing reflex bradycardia	Pharmacology
Antiemetic drug that works through serotonin (subtype 3) receptor blockade	Pharmacology
Benzodiazepines characteristic(s) that make these drugs useful as pre-anesthetics	Pharmacology
Antiemetic drug with least side effects	Pharmacology
Contraindications for morphine use:	Pharmacology
Clinical uses of diazepam (Valium):	Pharmacology
Least likely to cause hypotension or sedation while providing antiemetic effect:	Pharmacology
A primary goal in preanesthetic medication --	Pharmacology
Component(s) of balanced anesthesia may include:	Pharmacology

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