Iraqi Board Orthopedic Surgery common mistakes
Iraqi Board Orthopedic Surgery · Understand the traps and how to avoid them.
When asked to identify a nerve at risk during a surgical approach, the candidate names the nerve from memory without tracing its anatomical course relative to the specific interval or landmark described, so the answer is a plausible nerve rather than the correct one.
Candidates memorize nerve lists per region (e.g., 'radial nerve at the humerus') but never rehearse the spatial relationship to the surgical interval, so under time pressure they retrieve the most familiar nerve in that region instead of the one actually endangered by the described dissection.
What to do instead
For each high-yield approach, rehearse a three-part script: the interval entered, the named structure at risk, and the direction of safe dissection. Practise answering from the landmark outward rather than from the nerve list inward, and justify each answer by stating the relationship in one sentence before committing.
In fracture-management questions the candidate jumps to a definitive fixation construct before addressing the physiological state, failing to recognise when damage control (temporary external fixation, haemorrhage control, warming, correction of coagulopathy) is the correct next step in a polytrauma patient.
Exam questions often bury the physiology in a short stem (lactate, base deficit, temperature, ISS), and candidates pattern-match on the fracture pattern alone because that is what they have studied most.
What to do instead
Before choosing any fixation, force a two-step routine: state the patient's physiological status using the numbers given, then decide 'stable for definitive care' versus 'damage control'. Practise stems where the fracture looks amenable to plating but the physiology mandates spanning external fixation, and write the trigger thresholds you use.
When selecting a bearing surface or fixation method for hip or knee arthroplasty, the candidate recommends the newest or most familiar implant rather than matching the choice to patient age, activity, bone stock, BMI, and expected survival of the patient.
Candidates learn a preferred technique from their training unit and apply it universally, and registries, survivorship data, and revision-burden reasoning are under-rehearsed.
What to do instead
Build a decision matrix with rows for age bands, activity level, bone quality, and comorbidity, and columns for bearing couple and fixation. For each exam scenario, state the patient factors first, then the implant, then one sentence on the trade-off accepted.
In spinal trauma questions the candidate classifies the injury by a named system but omits the neurological assessment and the ligamentous-stability reasoning, producing an answer that describes the fracture but not the management decision.
Classification systems are visually memorable and easy to revise, whereas stability and neurological status require integrating exam findings and imaging that the stem may only imply.
What to do instead
Answer every spine trauma stem in a fixed order: level, morphology, posterior ligamentous complex status, neurological status, then stability and management. If a component is not stated, say explicitly how you would obtain it rather than skipping it.
For a child with a limp, an intoeing gait, or a limb deformity, the candidate gives the adult diagnosis or an immediate surgical plan without first applying the age-specific differential and the expected natural history of the condition.
Adult orthopaedic patterns dominate study time, and paediatric conditions are frequently self-limiting, so the correct answer is often reassurance and observation rather than intervention, which feels counterintuitive under exam pressure.
What to do instead
Learn each paediatric presentation with its age window and natural history attached (for example, the age at which intoeing typically resolves and when it warrants referral). In practice, answer by first naming the age-appropriate differential, then stating which features would change the plan from observation to intervention.
When presented with a shoulder or knee complaint, the candidate proposes arthroscopy or a surgical procedure before completing the described examination findings and special tests, and without confirming that conservative management has been tried.
Procedure names are highly salient in sports medicine revision, and candidates conflate 'this is the diagnosis' with 'this is the operation', skipping the stepwise non-operative pathway that most exam stems expect.
What to do instead
Use a fixed sequence for every sports stem: diagnosis from history and tests, then non-operative options with duration, then indications for surgery. Practise stating at least two conservative measures and the specific failure that justifies operating.
In hand and wrist questions the candidate describes the injury and the fixation but omits the tendon, nerve, and vascular assessment and the order of repair, giving an incomplete management answer for a zone-specific injury.
Hand surgery rewards precise anatomical zoning (flexor zones, nerve territories) and candidates revise the fracture or laceration itself rather than the sequence of soft-tissue reconstruction and rehabilitation.
What to do instead
For each hand injury, rehearse the full answer: structures injured by zone, order of repair (bone, tendon, nerve, vessel), rehabilitation protocol, and expected outcome. Draw the zones from memory until the boundaries and their implications are automatic.
The candidate treats an ankle fracture or a diabetic foot problem with a single generic plan, ignoring the specific fracture pattern, syndesmotic status, or the neuropathic and vascular factors that determine whether surgery is safe.
Foot and ankle conditions overlap heavily with general trauma and with diabetic complications, and candidates under-weight the vascular and soft-tissue assessment that changes the whole plan.
What to do instead
Before answering, list the modifiers that change management: soft-tissue envelope, vascular status, neuropathy, infection, and weight-bearing demands. Then choose the plan and explicitly state which modifier drove the decision.
When a bone lesion is described, the candidate names a tumour without systematically analysing the radiograph (age, location, margins, matrix, periosteal reaction) and without distinguishing benign from malignant or identifying the need for staging before biopsy.
Tumour names are memorised as lists, but the diagnostic method (pattern recognition from descriptors) and the principle that referral-centre biopsy precedes definitive surgery are rarely rehearsed as a sequence.
What to do instead
Apply a fixed radiographic analysis to every lesion stem: age, site, margin, matrix, cortex and periosteum, soft-tissue component. Then state the likely diagnosis, the benign-versus-malignant judgement, and the next step, remembering that biopsy is done at the treating centre after staging, not before referral.
For a suspected prosthetic joint infection or osteomyelitis, the candidate recommends antibiotics alone or a single-stage revision without addressing the diagnostic criteria (inflammatory markers, aspiration, cultures, histology) and the principles of source control and biofilm tolerance.
Infection questions look like pharmacology questions, so candidates answer with an antibiotic name and miss that the exam is testing diagnostic strategy and surgical source control.
What to do instead
Answer infection stems in four steps: establish the diagnosis and its criteria, identify the organism if possible, achieve source control, then choose antimicrobial duration and route. Rehearse why biofilm makes retained hardware and short courses fail, and state the sampling strategy before naming any drug.