RAA study plan

Build a one-page autonomic pharmacology map linking receptor subtypes (alpha-1, alpha-2, beta-1, beta-2, muscarinic, nicotinic) to the hemodynamic effect of agonists and antagonists used in the OR

Explain from memory the Frank-Starling relationship, the determinants of cardiac output, and how each anesthetic class shifts the curve

Calculate mean arterial pressure, ejection fraction, systemic vascular resistance, and oxygen delivery from supplied numbers without a formula sheet

Trace the flow of gas from pipeline or cylinder through regulator, flowmeter, vaporizer, and breathing circuit, naming the physical principle at each step

Predict the effect of volatile agent choice on MAC, blood pressure, and recovery time using the Meyer-Overton and lipid solubility concepts

Differentiate depolarizing from nondepolarizing neuromuscular blockers by mechanism, onset, duration, and elimination route

Work through ten calculation items covering dilution, infusion rate, local anesthetic maximum dose, and circuit compliance

Describe how a pulse oximeter and a capnograph generate their signal and name three common causes of each artifact

Identify on a drawn airway and spine the landmarks relevant to mask fit, laryngoscopy grade, and neuraxial puncture

Assess a patient history for the predictors of difficult mask ventilation and difficult intubation and record them in a structured airway note

Interpret a basic and advanced metabolic panel, coagulation study, and ECG in terms of anesthetic risk

Formulate a preanesthetic plan that states NPO status, aspiration risk, premedication choice, and monitoring level for three sample patients

Match each ASA physical status class to a patient vignette and justify the assignment in one sentence

Verify a machine checkout sequence in the correct order and state the consequence of skipping each step

Explain the safety features that prevent hypoxic mixture delivery, wrong-agent delivery, and barotrauma

Distinguish the indications, waveforms, and limitations of each standard intraoperative monitor

Compare supraglottic airway, direct laryngoscopy, video laryngoscopy, and surgical airway by indication, confirmation method, and failure mode

Sequence a failed-airway algorithm and state the decision points that trigger each escalation step

Select an induction agent, maintenance technique, and muscle relaxant for five contrasting patient profiles and defend each choice

Calculate and explain the rationale for a local anesthetic dose with and without epinephrine in an adult and in a small child

Interpret a set of intraoperative vital sign trends and name the most likely cause plus the first two interventions

Explain the hemodynamic consequences of positive pressure ventilation, blood loss, and pneumoperitoneum and the countermeasures for each

Compare fluid and vasoactive strategies for hypotension by mechanism of action and expected response time

Describe the pharmacokinetic and pharmacodynamic changes of aging and obesity that alter dosing at induction and maintenance

Recognize the early signs of malignant hyperthermia, anaphylaxis, local anesthetic systemic toxicity, and last-generation bronchospasm and state the first-line drug and dose for each

Sequence the response to laryngospasm, aspiration, and a sudden loss of the capnogram

Explain the mechanism and treatment of hypotension and bradycardia after spinal anesthesia

State the cognitive aids, roles, and communication structure used during a crisis in the OR

Apply a validated pain scale and a multimodal analgesic plan to postoperative scenarios including opioid-tolerant and pediatric patients

List the discharge criteria from the postanesthesia care unit and identify which criteria each common complication threatens

Differentiate the causes and management of early postoperative hypoxemia, nausea, shivering, and delayed emergence

Assemble a full-length timed practice exam and review every missed item by domain