Iraqi Board ENT common mistakes
Iraqi Board ENT · Understand the traps and how to avoid them.
Committing to a single diagnosis in a child with otitis media with effusion or recurrent acute otitis media before checking for an underlying cause (cleft palate, Down syndrome, ciliary dyskinesia, immunodeficiency), and answering management questions with antibiotics alone.
Candidates memorize antibiotic choices and tympanostomy tube indications but treat the vignette as an isolated ear problem, missing the syndromic or anatomic clue planted in the stem (e.g., repaired cleft palate, recurrent pneumonia, sibling with similar problems).
What to do instead
For every pediatric otitis media stem, actively list risk factors for persistent effusion and for recurrent acute disease, then state whether the case needs just observation, tubes plus adenoidectomy, or workup for immunodeficiency or anatomic anomaly. Practise by writing a three-line 'host factor' comment before choosing the answer.
Describing cholesteatoma as 'chronic ear infection with discharge' and choosing canal-wall-down mastoidectomy for every case without reasoning about extension, hearing status, or follow-up feasibility.
The surgical decision is taught as a list of named procedures, so candidates cannot connect the preoperative findings (attic retraction, scutum erosion, facial nerve involvement, labyrinthine fistula, only-hearing ear) to the choice of canal-wall-up versus canal-wall-down or the need for staging.
What to do instead
Build a one-page decision grid: extent of disease, ossicular status, facial nerve and labyrinth involvement, contralateral hearing, patient reliability for follow-up. For each grid cell write which approach you would choose and why. Rehearse explaining the trade-off between residual disease risk and the need for a second look.
Interpreting audiometry and tympanometry numbers without converting them into a type and degree of hearing loss, and without linking the audiogram pattern to the site of lesion.
Candidates read the pure-tone average and stop there, so they mislabel a mixed loss as sensorineural, miss an air-bone gap in a normal-looking audiogram, or accept an impossible tympanogram type (e.g., type As in a case of ossicular discontinuity).
What to do instead
For every audiogram, state four things in order: laterality, degree (using the average of 500, 1000, 2000, 4000 Hz), type (conductive, sensorineural, mixed), and configuration (sloping, rising, notch). Then state the tympanogram type and what it adds. Practise on 20 audiograms until the four-step statement is automatic.
Answering a vertigo question by naming the diagnosis (BPPV, Meniere, vestibular neuritis) without demonstrating the bedside findings, the timing pattern, and the appropriate test sequence.
The diseases are memorized as symptom clusters, so candidates cannot distinguish positional vertigo of peripheral origin from central positional vertigo, and they order MRI or caloric testing before doing a Dix-Hallpike or head impulse test.
What to do instead
Use a timing-first algorithm: episodic versus continuous, seconds versus hours versus days, triggered by position or spontaneous. Then attach the confirmatory bedside test (Dix-Hallpike, supine roll, head impulse, Romberg, Fukuda) and only then the investigation. Write out the algorithm from memory weekly.
Managing chronic rhinosinusitis and nasal polyposis by listing medications in sequence without stating duration, delivery method, or the criterion that defines failure of medical therapy before surgery.
Guideline content is recalled as drug names, so candidates cannot answer questions about when to add a short course of oral steroids, when to use saline irrigation, when to image, or when to operate, and they treat all polyposis as identical.
What to do instead
Create a table with columns: intervention, dose or regimen, duration, evidence of benefit, and failure criterion. Separate chronic rhinosinusitis with polyposis from without, and note which patients need allergy or aspirin-exacerbated respiratory disease assessment or cystic fibrosis testing.
Staging head and neck cancer from memory of T and N categories without applying the correct staging system, and without recognizing that human papillomavirus status changes the staging of oropharyngeal cancer.
Candidates learn one generic TNM table, so they misclassify a node by size alone and ignore extranodal extension, or they apply the same staging to a human papillomavirus-positive oropharyngeal tumour as to a laryngeal squamous cell carcinoma.
What to do instead
For each subsite (oral cavity, oropharynx, larynx, hypopharynx, thyroid), write the T categories, the N categories including extranodal extension, and the separate human papillomavirus-positive oropharyngeal system. Then test yourself with five vignettes per subsite, stating the stage and the treatment implication (surgery versus chemoradiation, need for neck dissection).
Evaluating a neck mass by ordering imaging first instead of completing the history and examination that identify the patient's age group and the mass's location, then choosing the wrong next step (fine needle aspiration versus open biopsy versus antibiotics).
Candidates jump to CT or MRI because it feels definitive, so they miss the classic adult lateral cystic mass (metastatic squamous cell carcinoma until proven otherwise) and they perform an open biopsy that compromises later neck dissection.
What to do instead
Memorize the age-based differential: congenital and inflammatory in children, neoplastic in adults, especially over 40. For an adult with a lateral neck mass, the sequence is full head and neck examination including flexible endoscopy, then fine needle aspiration, then imaging, then panendoscopy with directed biopsy if needed. Never open biopsy a presumed metastatic node.
Answering dysphonia and airway questions by naming the lesion without describing the stroboscopic findings, the phonatory mechanism, or the staged airway assessment.
Benign vocal fold lesions (nodules, polyps, cysts, Reinke edema, papilloma) are memorized as pictures, so candidates cannot distinguish a cyst from a polyp on history and stroboscopy, and they cannot describe airway stenosis by site, length, and grade.
What to do instead
For each vocal fold lesion, write the typical history, stroboscopic appearance, effect on mucosal wave and glottic closure, and first-line treatment (voice therapy before surgery where appropriate). For airway stenosis, describe the level (glottic, subglottic, tracheal), the degree as a percentage, and the presence of tracheomalacia, then state whether the patient needs a tracheostomy, dilation, or resection.
Treating epistaxis and airway emergencies as a single answer (packing, tracheostomy) without working through the anatomical source, the patient's stability, and the stepwise escalation.
Emergency questions reward a decisive answer, so candidates skip the sequence and choose a definitive intervention before simpler measures, or they fail to recognize posterior epistaxis as a separate entity requiring different packing and earlier specialist escalation.
What to do instead
Write and rehearse two escalation ladders. Epistaxis: first aid and topical vasoconstrictor, identify source, cautery for anterior, anterior packing, posterior packing or balloon, then arterial ligation or embolization, with attention to anticoagulation and blood pressure. Airway: positioning and oxygen, bag-mask, supraglottic device, intubation, surgical airway, with the specific indication for each step.
Separating basic science from clinical answers, so anatomy, microbiology, and pathology are studied as isolated facts rather than as the explanation for clinical signs.
Candidates revise basic sciences in a separate block and never reconnect them, so they cannot explain why a parotid mass causes facial nerve weakness, why a deep neck infection tracks to the mediastinum, or why a particular antibiotic covers the relevant organisms.
What to do instead
For each clinical topic, write one paragraph of anatomy, one of microbiology, and one of pathology, and link each to a sign or a management decision. Example: parotid fascia and facial nerve plane, then why fine needle aspiration is safe and open biopsy is not. Review these paragraphs before each clinical block.