Egyptian Board Emergency Medicine common mistakes
Egyptian Board Emergency Medicine · Understand the traps and how to avoid them.
In a shock scenario the candidate picks a single pressor or fluid bolus by reflex and never re-evaluates perfusion (lactate clearance, capillary refill, mentation, urine output) or states a reassessment interval, so the answer describes one intervention rather than a bundle with a defined target.
Undifferentiated shock is taught as a list of drug choices, and candidates memorise 'norepinephrine first' without internalising that the exam asks about the whole resuscitation loop and the endpoints that determine when to escalate.
What to do instead
Before answering any shock item, write three lines: type of shock suspected, immediate action (fluids vs blood vs pressor vs drain), and the endpoint you will check in 5–15 minutes. Practise 20 stem-based cases where you must state the reassessment trigger aloud; if your answer lacks a target, it is incomplete.
The candidate commits to a single diagnosis in a polytrauma patient and stops at the first injury, omitting the secondary survey, log-roll, pelvic exam, or the possibility of occult hemorrhage in chest, abdomen, pelvis, or long bones.
Stems are long and time-pressured, so candidates latch onto the obvious distracting injury (the open femur, the facial laceration) and answer as if the case were single-system; ATLS-style sequencing is known in theory but not applied under exam pressure.
What to do instead
Use a fixed written scaffold for every trauma item: primary survey findings, immediate life threats, then explicitly ask 'what have I not examined?'. Train on 15 polytrauma vignettes where the correct answer hinges on the second or third injury, and always check whether the stem gives pelvic or long-bone findings you have ignored.
The candidate answers respiratory failure items by naming a mode or a drug without classifying the problem (type 1 vs type 2, obstructive vs restrictive, oxygenation vs ventilation failure) or stating the escalation trigger and the plan if non-invasive support fails.
Ventilator settings and NIV indications are memorised as isolated facts from critical care rotations, and candidates do not habitually translate an arterial blood gas into a physiological category before choosing therapy.
What to do instead
For every respiratory item, first write the gas interpretation in one sentence (pH, PaCO2, PaO2, compensation), then the physiological category, then the intervention, then the failure criterion for intubation. Drill 20 ABGs until the classification step is automatic and takes under 30 seconds.
In stroke and altered-consciousness items the candidate jumps to thrombolysis or a drug before establishing the time last known well, glucose, and a non-contrast CT result, or fails to distinguish a seizure with postictal state from a new stroke.
Thrombolysis is the memorable intervention and candidates want to select it; the time-critical exclusions and the mandatory glucose-before-CT step feel administrative and get skipped in the rush to the 'right' answer.
What to do instead
Adopt a mandatory four-item checklist for every neuro item: last known well, glucose, CT finding, contraindication screen. Answer only after all four are addressed in the stem. Build a one-page thrombolysis exclusion list from current guidance and rehearse applying it to 10 vignettes.
The candidate manages a poisoned patient generically (supportive care, observe) without naming the toxidrome, the specific antidote with dose and route, the risk-assessment tool for that ingestion, or the observation period that determines safe discharge.
Toxicology is broad and candidates fear committing to a named antidote or a risk nomogram they half-remember, so they choose a safe-sounding but non-specific option; conversely, others give an antidote without checking the indication threshold.
What to do instead
Build a personal table of the 15 highest-yield toxidromes with antidote, dose, and the validated risk tool for each (for example paracetamol nomogram, salicylate level, iron level, ECG criteria for tricyclics). For each vignette, state toxidrome, antidote or rationale for withholding, and the observation or disposition rule.
The candidate treats abdominal pain or a renal colic presentation as a diagnosis to be labelled rather than a high-risk presentation to be risk-stratified, omitting the elderly or immunosuppressed atypical picture, the pregnancy test, or the vascular catastrophe on the differential.
Common presentations feel familiar and candidates pattern-match to the most frequent cause; the exam deliberately uses atypical demographics and subtle vital-sign clues that reward a broadened differential.
What to do instead
For every abdominal or flank pain item, force three questions: could this be vascular (AAA, mesenteric ischaemia), is a pregnancy test mandatory, and does the age or immune status change the threshold for imaging? Write the differential in order of lethality, not likelihood, before choosing the answer.
The candidate applies adult dosing, adult vital-sign thresholds, or adult resuscitation algorithms to a paediatric or neonatal stem, or misses weight-based calculations and the different normal ranges by age.
Adult emergency medicine dominates training time, and paediatric numbers are less frequently rehearsed, so under time pressure the candidate defaults to adult parameters that look plausible in the options.
What to do instead
Before answering, check the age and weight in the stem and recalculate doses and fluid volumes explicitly on scratch paper. Memorise age-banded normal ranges and the key weight-based doses (fluid bolus, adrenaline, dextrose, antiepileptics) and rehearse 15 paediatric calculations until the arithmetic is automatic.
In obstetric items the candidate addresses the mother's symptom without first confirming pregnancy status and gestational age, and omits the obstetric-specific differentials (ectopic, abruption, pre-eclampsia, sepsis in pregnancy) or the left-lateral positioning and fetal monitoring steps.
Pregnancy is often a single line buried in the stem, and candidates read past it; the physiological changes of pregnancy also make normal adult vital signs look reassuring when they are already abnormal for a pregnant patient.
What to do instead
Train a reflex: any woman of reproductive age gets a pregnancy test before the answer is chosen. For confirmed pregnancy, always state gestational age, maternal stabilisation with left lateral tilt, and fetal assessment. Work through 10 vignettes where the pregnancy line is the pivotal clue and note how the answer changes.
The candidate treats ultrasound and procedural items as knowledge recall, choosing a finding or a device name without describing the correct sequence, the confirmatory view, the aseptic or safety checklist, or what to do when the first attempt fails.
Skills are learned hands-on and rarely written down, so candidates can perform a procedure but cannot articulate the decision points the written exam tests, especially the failed-attempt and complication pathways.
What to do instead
For each core procedure (central line, chest drain, lumbar puncture, airway, focused echo, FAST), write a numbered sequence including consent, checklist, landmark or view, confirmation step, and rescue plan. Rehearse explaining each aloud in under two minutes; if you cannot state the failure pathway, the item is not mastered.
The candidate answers administration, disaster, ethics, or research items with a plausible-sounding general principle instead of the specific operational rule, ethical framework step, or study-design term the question targets, and does not read whether the question asks for the best next action, the first step, or the most appropriate principle.
These domains are perceived as 'soft' and are revised last, so candidates rely on intuition; the stems are often short and the options all sound reasonable, making the precise question wording the only discriminator.
What to do instead
Revise these domains with named frameworks (surge capacity tiers and triage categories, mass-casualty communication structure, the four ethical principles plus capacity assessment, sensitivity/specificity and likelihood ratios, levels of evidence). For each item, underline the exact interrogative before choosing, and reject any option that answers a different question than the one asked.