ABA Critical Care study plan

Construct initial ventilator settings (mode, tidal volume, PEEP, FiO2, rate) for ARDS, obstructive lung disease, and routine post-operative respiratory failure from stated blood gases and compliance data

Calculate static compliance, airway resistance, and driving pressure from given peak, plateau, and flow values, and state the specific ventilator adjustment each abnormal value dictates

Classify a given blood gas as type 1 or type 2 respiratory failure and justify the next escalation step (high-flow nasal oxygen, noninvasive ventilation, or intubation) using stated clinical parameters

State lung-protective ventilation targets and the criteria that trigger prone positioning, neuromuscular blockade, or recruitment maneuvers, explaining the physiologic rationale for each

Calculate cardiac output, cardiac index, systemic vascular resistance, and oxygen delivery from stated hemodynamic and blood gas values, then assign the patient to a shock category

Interpret a described pulmonary artery catheter or noninvasive hemodynamic tracing and defend the chosen vasopressor or inotrope, including starting dose and titration endpoint

Distinguish fluid-responsive from fluid-intolerant physiology using stated dynamic indices, and state the specific threshold that argues against further boluses

Identify life-threatening arrhythmias from written rhythm descriptions and select the guideline-consistent pharmacologic or electrical intervention

Localize a lesion from a written neurologic examination and sequence the first-hour management of raised intracranial pressure, showing the intracranial pressure and cerebral perfusion pressure arithmetic explicitly

Outline the time-critical management of status epilepticus and acute ischemic stroke, naming drug, dose, and time window for each step

Stage acute kidney injury by stated creatinine and urine output criteria, list the indications for renal replacement therapy, and set safe correction rates for sodium and potassium derangements

Solve mixed acid-base problems stepwise using the anion gap, the delta ratio, and Winter's formula, and state the expected compensation for each primary disorder

Apply sepsis diagnostic criteria to written vignettes and sequence the first-hour and first-three-hour bundle elements with correct timing

Select empiric antimicrobial regimens for stated suspected sources, adjusting for stated resistance risk, allergy, and renal function

Sequence fluid resuscitation and vasopressor initiation in septic shock, naming the endpoints and the trigger for adding a second agent

Manage fever in a stated neutropenic or otherwise immunocompromised host, including immediate empiric coverage and the cultures required before antibiotics

Interpret abnormal coagulation panels to distinguish consumptive, dilutional, and heparin-induced coagulopathies, and select the correct reversal product with dose for each stated anticoagulant

Apply restrictive transfusion thresholds to stated scenarios and justify massive transfusion activation with the ratio-based strategy

Write the fluid, insulin, potassium, and monitoring sequence for diabetic ketoacidosis and hyperosmolar hyperglycemic state, naming the trigger for adding dextrose

Recognize thyroid storm and adrenal crisis from stated vital signs and laboratory values and initiate the correct drug sequence

Order the primary and secondary survey for a stated trauma presentation and identify the immediate life threat at each step

Apply damage-control resuscitation principles to a stated hemorrhaging patient, including permissive hypotension targets and the trigger for operative or angiographic control

Diagnose and stage abdominal compartment syndrome from a stated bladder pressure and organ dysfunction profile, and state the medical and surgical decompression steps

Manage the early post-operative and post-transplant ICU course, naming the complications of stated immunosuppression regimens and the infection patterns they produce

Calculate caloric and protein requirements for a stated critically ill patient and choose enteral versus parenteral route with justification

Identify refeeding syndrome risk from stated electrolytes and prescribe the monitoring and replacement schedule

Manage acute upper gastrointestinal bleeding and acute hepatic failure, naming pharmacologic agents, transfusion targets, and the trigger for airway protection

Match common toxidromes to their causative agents and antidotes, and state the indications for dialysis or charcoal in a stated overdose

Apply a structured capacity assessment to a stated refusing patient and construct a goals-of-care conversation outline that names prognosis, values, and the recommendation step

Explain the clinical criteria and procedural steps for brain death determination and the process of organ donation discussion

Identify patient-safety and ICU-administration levers (bundles, delirium prevention, handoff structure, staffing models) and match each to a measurable outcome

Integrate all ten domains by working cumulative vignettes under time pressure and correcting every residual knowledge gap