Palestinian Board Part II common mistakes
Palestinian Board Part II · Understand the traps and how to avoid them.
In basic-science items, answering from a memorised pathway name instead of tracing the specific step the stem asks about - e.g., choosing a diagnosis label without identifying which enzyme, receptor, or transporter is affected, so the answer fits the disease but not the question asked.
Candidates revise by memorising lists of diseases and pathways and then pattern-match the stem's keywords to a familiar label, skipping the mechanistic detail (rate-limiting step, ion, cofactor) that the item is actually testing. Under time pressure the first recognisable term triggers a premature answer.
What to do instead
Before selecting, restate the stem in one sentence: what is being asked (mechanism, site, consequence)? Then walk the pathway aloud step by step and check the option against each step rather than against the disease name. Practise by converting every disease on your list into a 'which step/site/ion' question and answering that, not the disease.
Building a differential by listing every condition that can cause the patient's single most striking symptom, without weighting by the patient's age, sex, tempo, and exposures, so the chosen diagnosis is epidemiologically implausible or the 'most likely' answer is a rare disease.
Symptoms are taught in clusters, and candidates recall the exhaustive differential for a symptom (e.g., chest pain) rather than the pre-test probability for this patient. Exam stems deliberately include discriminating details (onset over minutes vs months, fever, travel, drug history) that candidates skim past.
What to do instead
Adopt a fixed three-pass routine: (1) extract age/sex, tempo, and key exposures into a one-line problem representation; (2) rank three diagnoses by likelihood for that representation; (3) only then read the options and pick the one matching the top-ranked diagnosis unless a 'next step' or 'most dangerous' qualifier changes the target. Train by writing the one-line representation for 20 stems before looking at options.
Choosing the single most definitive investigation or the most aggressive treatment when the stem asks for the next step, so answers like MRI or surgery are selected where the correct answer is a bedside test or initial stabilisation.
Candidates conflate 'best test' with 'first test' and 'best treatment' with 'first treatment'. Stems usually embed a qualifier ('next', 'initial', 'most appropriate first') that is missed when reading quickly, and the definitive option is deliberately attractive.
What to do instead
Underline the qualifier in every management or assessment item before reading options. Apply the rule that the next step is the least invasive action that changes management or excludes a life threat; reject any option that would only be appropriate after an earlier step. Drill sequences (stabilise → confirm → treat → reassess) for common emergencies until they are automatic.
Describing a procedure in the correct order but omitting the safety and consent steps - confirming patient identity and site, checking allergies and anticoagulation, consent, asepsis, and post-procedure monitoring - so answers that are technically correct are still wrong.
Technical steps are rehearsed on models and in textbooks, while safety checks are learned as a separate checklist and not integrated into the mental script of the procedure. In a written item the technical step feels like 'the answer', and the safety step feels like an add-on.
What to do instead
Memorise each common procedure as one continuous script that begins with identity/site/allergy/consent checks and ends with monitoring and documentation, then rehearse it in that full form. When an item offers both a technical step and a safety step, ask which one prevents the most severe harm at that moment and choose accordingly.
Treating an unstable patient's workup as if the patient were stable - ordering imaging or waiting for laboratory results before starting resuscitation, or picking a diagnostic option over an immediate life-saving intervention in a deteriorating patient.
Exam practice is dominated by diagnostic reasoning, so candidates default to 'investigate first'. They also under-recognise the objective markers of instability in the stem (altered mentation, hypotension, rising lactate, falling saturation) and therefore do not trigger the emergency pathway.
What to do instead
Before answering any acute-care item, scan for instability markers and write 'unstable' or 'stable' at the top of your scratch notes. If unstable, eliminate any option that delays resuscitation; the correct answer is almost always the simultaneous stabilise-and-treat action. Rehearse ABCDE ordering and the 'life over limb over look' hierarchy until it overrides the investigate-first reflex.
Answering infection-control and patient-safety items with the general principle (e.g., 'wash hands', 'improve communication') rather than the specific, correct measure for the scenario - wrong tier of isolation precaution, wrong personal protective equipment sequence, or a generic quality-improvement answer where a specific audit, bundle, or reporting action is required.
Principles are memorable and feel safe, so they are chosen when the precise protocol is uncertain. Candidates also confuse quality-improvement methods (PDSA, audit, root-cause analysis) and pick whichever term sounds most rigorous rather than matching the method to the problem type.
What to do instead
Build a one-page matrix linking transmission route to the exact precaution and PPE, and another linking problem type to improvement method (single incident → root-cause analysis; system-wide variation → audit and bundle; small test of change → PDSA). Answer with the specific measure first and use the general principle only if no specific option exists.
Handling ethics and communication items by choosing the option that is kindest or most patient-pleasing, rather than the one that preserves autonomy, confidentiality, and honest disclosure - e.g., agreeing to a family's request to withhold a diagnosis, or disclosing information to a relative without consent.
Candidates optimise for avoiding conflict and for appearing compassionate, and cultural norms around family involvement can pull answers toward family-centred rather than patient-centred consent. The ethically correct option often feels uncomfortable or confrontational.
What to do instead
Apply a fixed priority order: capacity and patient wishes first, then confidentiality, then honest disclosure, then family preferences. For any item involving information sharing, ask 'does the patient have capacity and has the patient consented?' before considering the relative's request. For consent items, check voluntariness, capacity, and adequate information in that order.
Misreading biostatistics and evidence-based-practice items by confusing the meaning of p-values, confidence intervals, sensitivity/specificity, and predictive values, or by judging a study's quality from its conclusion rather than its design - so the answer reflects a plausible-sounding statistic rather than the correct interpretation.
Statistical terms are learned as formulas and definitions but rarely practised as interpretations in clinical context. Candidates conflate 'statistically significant' with 'clinically important', and 'sensitivity' with 'positive predictive value', especially when the stem provides prevalence data.
What to do instead
Practise interpretation, not calculation: for each term write one sentence on what it does and does not tell you (e.g., a p-value does not measure effect size; predictive values depend on prevalence; a CI crossing 1 or 0 means no significant effect). For appraisal items, first identify design and bias risk, then read the conclusion and check whether it is supported.
Answering resource-stewardship and public-health items with the maximally thorough option, ignoring cost, availability, and system-level constraints - choosing the most sensitive test or broadest referral when the scenario (a resource-limited setting, a screening programme, a notifiable disease) calls for a targeted, cost-effective, or reporting action.
Clinical training rewards completeness and thoroughness, so 'do everything' feels safest. Candidates also under-weight the setting cues in the stem (primary care vs tertiary centre, outbreak vs individual) and forget mandatory notification and surveillance duties.
What to do instead
Read the setting first and let it constrain the options: in resource-limited or primary-care scenarios, prefer the highest-yield, lowest-cost step that changes management. Keep a short list of notifiable conditions and screening criteria and check them explicitly whenever the stem mentions population, outbreak, or prevention.
Running out of time or losing accuracy because every item is answered at the same slow pace, with long stems re-read repeatedly and difficult items allowed to consume disproportionate time, leaving later items rushed or unanswered.
Candidates treat all items as equally weighted and lack a decision rule for abandoning an item. Anxiety increases re-reading, which feels productive but does not add information, and unanswered items are often lost to the final-minute rush rather than to difficulty.
What to do instead
Adopt a two-pass strategy: answer items you can decide within a set time budget, flag the rest, and return only after all items have an answer recorded. Use a hard stop per item (e.g., one minute) and, when stuck, eliminate two options and commit rather than re-reading the stem. Simulate full-length timed papers so the pacing rule is practised, not just known.