Arab Board Anesthesia Final Clinical and Oral Exam common mistakes
Arab Board Anesthesia Final Clinical and Oral Exam · Understand the traps and how to avoid them.
When asked to manage a patient with a difficult airway, the candidate immediately describes a specific technique (e.g., awake fibreoptic intubation) without first assessing the patient, formulating a plan, and stating a back-up plan.
Candidates often focus on showing knowledge of advanced techniques rather than demonstrating a structured approach; they may feel pressured to give a quick answer and skip the systematic airway assessment and planning steps.
What to do instead
Use a consistent framework such as the ASA Difficult Airway Algorithm or DAS guidelines: assess the airway, articulate the primary plan, and explicitly state back-up plans (e.g., supraglottic airway, surgical airway). Practice verbalizing this structure in mock scenarios.
In a simulated emergency (e.g., intraoperative anaphylaxis, local anesthetic systemic toxicity, or malignant hyperthermia), the candidate fails to prioritize immediate life-saving interventions and instead discusses diagnostic details or secondary management.
Under stress, candidates may revert to recalling facts rather than applying a crisis resource management approach; they may also be unfamiliar with the specific emergency protocols.
What to do instead
Memorize and practice crisis checklists (e.g., for anaphylaxis: stop trigger, epinephrine, fluids, airway; for LAST: stop injection, airway, benzodiazepines, lipid emulsion). Rehearse aloud in a team setting, emphasizing call for help and clear communication.
When interpreting hemodynamic data (e.g., CVP, pulmonary artery catheter values, echocardiography findings), the candidate provides a single-number interpretation without integrating the clinical context or considering limitations of the measurement.
Candidates may rely on memorized normal values and forget that hemodynamic parameters must be interpreted in the context of the patient's volume status, cardiac function, and ongoing interventions.
What to do instead
Adopt a systematic approach: always state the measured value, its meaning in context, potential confounders, and how it changes management. For example, a low CVP may indicate hypovolemia but can be influenced by PEEP, ventricular compliance, and tricuspid regurgitation.
In obstetric anesthesia oral scenarios, the candidate recommends a general anesthetic or a specific neuraxial technique without first considering fetal status, maternal airway, and the urgency of delivery, and without discussing informed consent and communication with the obstetric team.
Candidates may focus solely on the anesthetic technique and neglect the unique physiologic and ethical aspects of obstetric patients, such as the risk of aspiration, difficult airway, and the need for shared decision-making.
What to do instead
Structure answers around maternal safety, fetal safety, and team communication. For example, for a category-1 cesarean: state the need for immediate delivery, assess airway, choose neuraxial if possible, and if general anesthesia is required, articulate a rapid sequence induction plan with aspiration prophylaxis and fetal considerations.
When discussing pediatric anesthesia, the candidate uses adult-based drug doses and equipment sizes without adjusting for weight, age, and developmental physiology.
Candidates may be more familiar with adult practice and forget the unique pharmacokinetic and pharmacodynamic differences in children, such as higher water content, immature hepatic and renal function, and different MAC values.
What to do instead
Always calculate weight-based doses and select appropriately sized equipment (e.g., uncuffed endotracheal tubes, small face masks). Verbalize the calculations and refer to pediatric-specific references (e.g., Broselow tape, pediatric dosing guides) in practice.
In neuroanesthesia scenarios, the candidate fails to consider intracranial pressure (ICP) and cerebral perfusion pressure (CPP) goals, and recommends agents or ventilation strategies that may increase ICP or compromise CPP.
Candidates may focus on general anesthesia principles and overlook the specific neurophysiologic targets, such as maintaining normocapnia, avoiding hypotension, and choosing agents that reduce cerebral metabolic rate.
What to do instead
Explicitly state ICP and CPP targets (e.g., CPP 60-70 mmHg, PaCO2 35-40 mmHg) and select agents accordingly (e.g., propofol, opioids, volatile agents with caution). Discuss positioning, fluid management, and the need for neuromonitoring.
During regional anesthesia oral stations, the candidate describes needle insertion and local anesthetic injection but omits essential safety steps such as aspiration, incremental injection, and monitoring for LAST.
Candidates may be focused on demonstrating technical knowledge and forget the safety protocols that are critical to prevent complications.
What to do instead
Verbalize the full sequence: consent, monitoring, sterile technique, aspiration before and during injection, incremental dosing with frequent aspiration, and vigilance for symptoms of LAST. Mention the availability of lipid emulsion.
In critical care scenarios, the candidate addresses the immediate problem but fails to consider long-term consequences, such as ventilator-associated pneumonia, delirium, or post-intensive care syndrome, and does not discuss weaning and rehabilitation.
Candidates may concentrate on acute management and overlook the holistic and preventive aspects of critical care.
What to do instead
Include a plan for daily sedation interruption, spontaneous breathing trials, early mobilization, and delirium screening. Discuss family communication and goals of care.
When discussing professionalism and ethics, the candidate gives a generic answer about 'doing what's best for the patient' without referencing specific ethical principles, hospital policies, or communication strategies.
Candidates may underestimate the importance of structured ethical reasoning and may not have practiced applying frameworks to clinical vignettes.
What to do instead
Use a framework such as the four principles (autonomy, beneficence, non-maleficence, justice) and discuss relevant policies (e.g., informed consent, do-not-resuscitate orders). Practice articulating how you would communicate with patients, families, and colleagues in challenging situations.
In pharmacology questions, the candidate lists drug properties but fails to relate them to specific clinical scenarios, such as choosing an induction agent for a patient with hemodynamic instability or a muscle relaxant for a patient with renal failure.
Candidates may memorize facts in isolation and struggle to apply them to patient care, especially under the pressure of an oral exam.
What to do instead
For each drug class, create a table of clinical scenarios and match drugs to scenarios based on their pharmacokinetics and pharmacodynamics. Practice explaining your choice with reference to the patient's comorbidities and the surgical requirements.