Pharmacology
- ACE inhibitors – Side effects
- ACE inhibitors: Mechanism of action
- ACE Inhibitors: MI survival
- ACE-I: Contraindication
- Acetaminophen toxicity
- Acetazolamide-lab findings
- Acetazolamide: mechanism of action
- Albuterol vs ipratropium pharm
- Alpha blockers: Selectivity
- Alveolar gas exchange
- Amiloride: Electrolyte effects
- Amiloride: physiologic effects
- Amiodarone side effects
- Amiodarone: hemodynamic effect
- Anaphylaxis: Epinephrine treatment
- Anes drugs and IOP
- Anesthesia for ECT: lidocaine effect
- Anesthesia: uterine muscle tone
- Anesthetic uptake: Right-to-left shunt
- Anesthetic uptake: Solubility coefficient
- Antibiotic crossreactivity
- Antiplatelet drugs: Comparison
- Antithrombotic drugs – duration
- Antithrombotic drugs – Preop mgmt
- Arginine vasopressin
- Aspirin toxicity: treatment
- Aspirin: platelet effect
- B-blockers – Properties
- Barbiturate enzyme induction
- Benzodiazepines: respiratory effects
- Bupivacaine toxicity Rx
- Butyrylcholinesterase deficiency
- Butyrylcholinesterase: Substrates
- Calcium – ECG changes
- Calcium channel blocker: NM blockade
- Carbamazepine toxicity
- Cbf/CMRO2 drug effects
- Chloroprocaine metabolism
- Chloroprocaine placental transfer
- Chronic opioids: side effects
- Chronic pain: cancer: methadone
- Chronic pain: Methadone vs morphine
- Cirrhosis: NMB kinetics
- Concentration effect
- Context-sensitive half time
- CPB antifibrinolytics
- CV pharmacology: catecholamines
- Desflurane vaporization physics
- Dexmedetomidine: Hemodynamic effects
- Diuretic – Effects on acid-base balance
- Diuretics – Adverse effects
- Doxorubicin: Adverse effects
- Doxorubicin: Complications
- EEG: high dose opiates
- Effects of flumazenil
- Effects of vasopressin vs epi
- EMLA contraindications
- Epid anesth: Adjuvants
- Epidural clonidine: mechanism of action
- Epidural local anesthetic: peristalsis effect
- Epidural test dose: Sx
- Epidural: Clonidine vs morphine
- Etomidate: Adrenal suppression
- FA/FI volitile anesthetics
- Factors affect anes depth
- Factors causing prolonged neuromuscular blockade
- Fenoldopam: Renal effects
- Furosemide – Venodilation
- Geriatrics: Muscle relaxants
- Glycopyrrolate: Adverse effects
- H2-blockers: Onset time
- HCTZ: mechanism of action
- Herbal medicines: anticoagulation effects
- Herbal supplements
- Herbals: garlic
- Hydrochlorothiazide: Blood chemistry effects
- Hyperbaric N2O
- Identification epileptic foci: Drugs
- Inhaled agents: Uterine tone
- Inotropes: Alpha-1 activity
- Isoflurane: CMRO2 effect
- IV anesthetics – Pain on injection
- Ketamine analgesic mechanism
- Ketamine receptor effects
- Ketamine side effects
- Ketamine: Pheochromocytoma
- Ketorolac: renal function
- Lithium and muscle relaxants
- LMWH – Assessment
- LMWH: Mechanism of action
- Local anes onset – Factors influencing
- Local anesthetic: Methemoglobinemia
- Local anesthetic: Transient neurologic symptoms
- Local anesthetics: systemic toxicity
- Long QT syndrome – Medications
- Lorazepam: Metabolism
- MAC: factors affecting
- Magnesium complications
- Magnesium: Hypotensive effect
- Magnesium: side effects
- Malignant hyperthermia – Periop mgmt
- Malignant hyperthermia: Signs
- Mannitol – Hemodynamic effects
- Mannitol osmolarity effects
- MAO inhibitor: meperidine toxicity
- Meperidine – Renal Failure
- Metabolism – Meperidine
- Metformin/Contrast dye interaction
- Methadone treatment management
- Methadone: QT interval
- Metoclopramide: esophageal sphincter tone
- Metoclopramide: gastric effects
- Metoclopramide: Pharm effects
- Meyer Overton correlation
- MgSO4: Cardiac effects
- Midazolam: Bioavailability versus Route
- Midazolam: Peds oral dosage
- Milrinone: CV effects
- Milrinone: pharmacology
- Mitral Insufficiency: Pharmacologic Treatment
- Muscle relaxants – Benzodiazepine
- Muscle relaxants: Drug interactions
- Muscle relaxation: Anes agents
- Muscle relaxation: Mechanism
- Myasthenia: Muscle relaxant effects
- Nalbuphine: Plateau effect mechanisms
- Neostigmine: Max dose rationale
- Neostigmine: muscarinic effects
- Neuraxial opioid action site
- Neuraxial opioids: tolerance
- Neuromuscular block: vecuronium
- Neuromuscular blocking agents in CRF
- Neuromuscular disease: Succinylcholine hyperkalemia
- Nitric oxide: Toxicity
- Nitroglycerin: Uterine relaxation
- Nitroprusside toxicity Treatment
- Nitroprusside toxicity: blood chemistry
- Nitrous oxide: bowel distention
- Nitrous Oxide: CBF and CMRO2
- Nitrous oxide: Closed spaces
- NMB – Rhabdomyolysis
- NMB drug interactions
- NMB in Eaton-Lambert syndrome
- NMB reversal: Assessment
- NMB: Site of action
- NMB/volatile agent interaction
- NMBs: ED95 definition
- NO hemodynamic effect
- Norepinephrine: CV effects
- Opioid metabolism
- Opioid neurotoxicity: treatment
- Opioid Reversal
- Opioid tolerance: Symptoms
- Opioid: Prodrug
- Oral Clonidine
- Organophosphate poisoning: diagnosis and treatment
- Oxytocin: Electrolyte effects
- Periop anaphylaxis etiology
- Periop antihypertensive drug mgmt
- Peripheral nerve: Anatomy
- Pharmacodynamics of vecuronium in infants
- Pharmacokinetics – Genetic variability
- Phase II depolarizing blockade
- Phenytoin: Ion channels
- Phenytoin: Neuromusc block effect
- Plt inhibitor drugs: Tirofiban mech
- Prolonged NMB risk factors
- Propofol Infusion syndrome: Dx
- Propofol mechanism of action
- QT prolongation with antiemetics
- Recovery of neuromuscular function in different muscles
- Ritodrine: effects
- SBE prophylaxis indications
- Second gas effect
- Sepsis: Vasopressin
- Side effects of etomidate
- Side effects of tocolytics
- Sites of NO production
- Spinal anesthetics: transient neurologic symptoms
- Spironolactone – Side effects
- Succinycholine: lower esophageal sphincter pressure
- Succinylcholine and bradycardia
- Succinylcholine contraindications
- Succinylcholine in Guillain Barre Syndrome
- Succinylcholine: lower esophageal sphincter pressure
- Succinylcholine: Normal K increase
- Surgical stimulation: Effect on MAC
- Sux in neuromuscular disease
- Systemic Effects of Ketamine
- Thiopental termination of action
- Thiopental theraputic coma
- Thiopental: CMRO2/CBF relationship
- Time constant definition
- Tramadol: Pharm
- Uptake and distribution: infant vs. adult
- Uptake of inhaled anesthetics: V/Q mismatch
- Uterine tone and anesthetics
- Vapor pressure
- Vasodilator pharmacokinetics
- Vasopressin Rx diabetes insipidus
- Vasopressin: pharmacology
- Vasopressors: risk of myocardial ischemia
- Verapamil dantrolene interaction
- VF: Epinephrine mechanism
