Medical Licensing (MD/DO) · Independent exam preparation
European Board Examination in Plastic Surgery: Focused Preparation Guide Study Guide
Develop clinical reasoning through 60 selected concepts, 20 clinical questions and 20 flashcards covering congenital abnormalities, trauma, burns, hand surgery, tumours, reconstruction, aesthetic and breast surgery.
By CertMedbry · Updated 19 October 2026
Recognise threatened vision, distinguish burn depth, plan tumour assessment and choose reconstruction that matches vascular supply, function and oncological treatment. These 60 concepts develop selected decisions across the eight official oral examination categories. The complete UEMS European Training Requirements constitute the full examination outline and scope; this selective guide does not cover every syllabus module.
Try 20 free practice questionsWhat is the exam format?
Check the question types, timing and outline before planning your revision.
Who administers the examination?
The European Board of Plastic Reconstructive and Aesthetic Surgery, EBOPRAS, administers the European Board Examination in Plastic Surgery. EBOPRAS is a working group of the UEMS Section of Plastic Reconstructive and Aesthetic Surgery. The expanded board name and the official examination name identify the examining body and its examination, rather than separate credentials.
EBOPRAS Privacy & Cookies · Rules and information about EBOPRAS Examination
How many Part 1 questions are there, and how long is the examination?
The published rules specify 120 English-language MCQs and three hours, giving an average pacing allowance of 90 seconds per question. They do not identify a separate scored-question and pretest-question allocation. Questions judged incorrect or ambiguous may be withdrawn after scrutiny.
How is Part 1 delivered?
Part 1 uses a secured website at announced examination venues. Candidates bring a suitable laptop or tablet and must complete the required browser and equipment test beforehand. The published rules do not describe adaptive delivery or specify a detailed taxonomy of MCQ styles. The learning questions here use four-option single-best-answer formats.
How is Part 2 organised?
Part 2 assesses application of knowledge for safe independent practice. It comprises two oral sessions of approximately 25 minutes each, normally conducted in English by separate pairs of examiners. Candidates normally encounter congenital abnormalities, trauma, burns, hand surgery, tumours, reconstruction, aesthetic and breast. Clinical photographs commonly support questioning.
Which syllabus version defines the full scope?
The issuer-linked syllabus is UEMS 2024.31, European Training Requirements for Plastic, Reconstructive, and Aesthetic Surgery, Version 2/2024, revising Version 1/2015. No separate implementation date was identified. Examination questions may address any part of the complete ETR, including modules beyond the subjects selected for this guide.
European Training Requirements · European Training Requirements for Plastic, Reconstructive, and Aesthetic Surgery, Version 2/2024 · Rules and information about EBOPRAS Examination
Are official domain percentages published?
No examination percentage weights were identified in the published rules or syllabus. The eight domain labels here reproduce the official oral categories. The allocation of concepts, questions and flashcards is an educational selection, not an official weighting. The complete ETR includes additional subjects such as lymphatics, genitourinary surgery, vascular anomalies and technology.
Rules and information about EBOPRAS Examination · European Training Requirements for Plastic, Reconstructive, and Aesthetic Surgery, Version 2/2024
What is known about the pass mark?
EBOPRAS states that an educationally accepted method sets the Part 1 pass mark. The published rules do not specify a fixed percentage threshold. Results are reported as pass or fail, and exact candidate marks are not published. Performance on these learning questions cannot establish readiness for either examination part.
Who can enter each part, and how long does a Part 1 pass remain usable?
Part 1 eligibility includes nationally registered plastic surgery specialists and trainees on official programmes in UEMS member or associate member countries. Part 2 additionally requires a Part 1 pass within three years and specialist status or completion of four years of approved specialist training. Four Part 2 failures, or failure to pass Part 2 within three years, requires another Part 1 pass before re-entry.
Does passing confer FEBOPRAS status or a national licence?
FEBOPRAS certification requires passing both parts and verification of nationally registered specialist status. Successful trainees receive a trainee certificate until specialist documentation is verified. Passing does not independently grant a national right to practise. National authorities determine recognition; some incorporate the examination into their specialist recognition process.
Rules and information about EBOPRAS Examination · EBOPRAS Privacy & Cookies
How should jurisdiction-specific clinical guidance be interpreted?
BOAST, NICE and GMC recommendations are identified here as UK guidance. ABA burn referral recommendations and FDA device information are attributed to their US issuers. These sources support particular clinical decisions without establishing uniform European legal requirements. Apply the relevant national system and current local clinical pathway in practice.
BOASt: Open Fractures · Recommendations | Fractures (complex): assessment and management | Guidance | NICE · GMC: Cosmetic interventions — Communication, partnership and teamwork · American Burn Association: Guidelines for Burn Patient Referral · FDA: Dermal Fillers (Soft Tissue Fillers)
Independent educational material for the European Board Examination in Plastic Surgery. The clinical questions and flashcards are original learning exercises, not official, endorsed or recalled examination items.
Outline used: Current issuer-linked syllabus checked 2026-10-10: UEMS 2024.31, European Training Requirements, Version 2/2024, revising Version 1/2015. No separate effective date identified. The assigned workbook label maps to the official European Board Examination in Plastic Surgery; its assigned slug is preserved.
60 key concepts: understand, apply and avoid the traps
Work through the questions by exam domain. Explain the answer in your own words, try the example, then check the common pitfall.
Congenital abnormalitiesnot stated
1.Why can a cleft palate impair feeding?
An opening between the mouth and nose makes it difficult to generate the suction needed for efficient feeding. A baby may take prolonged feeds, tire or allow milk to enter the nose even when pharyngeal swallowing remains effective. The practical decision is whether feeding technique and specialist equipment provide adequate intake and growth. A cleft feeding team can adapt positioning and bottle systems while monitoring weight, rather than assuming the visible cleft alone determines nutritional success.
Apply it
A newborn with a cleft palate takes very long feeds and gains little weight. Observe an actual feed, arrange specialist feeding assessment and introduce suitable assisted feeding equipment while following intake and growth.
Common pitfall: Nasal milk escape alone does not prove that oral feeding is impossible. Assess feeding effectiveness, respiratory symptoms and growth together.
NHS: Cleft lip and palate — Treatment · Cleft Lip and Palate
2.Why does cleft palate require hearing surveillance?
Children with a cleft palate are at risk of middle-ear effusion caused by Eustachian tube dysfunction. The resulting conductive hearing loss can fluctuate and impair access to speech sounds. Apparently delayed speech may therefore have an auditory contribution as well as a palatal one. Scheduled hearing assessment belongs within cleft follow-up even when parents have not noticed obvious deafness. Management may include hearing aids or ventilation tubes according to the findings and the balance of benefits and risks.
Apply it
A child after palate repair speaks unclearly and often increases television volume. Include audiology rather than attributing every communication difficulty to the repaired palate or proceeding directly to further palatal surgery.
Common pitfall: Successful anatomical repair does not establish normal hearing. Speech assessment without hearing assessment may miss a treatable contributor.
NHS: Cleft lip and palate — Treatment · Cleft Lip and Palate
3.How does the palate separate oral and nasal speech?
During most speech sounds, the soft palate elevates towards the pharyngeal walls to separate the oral and nasal cavities. This velopharyngeal closure directs airflow through the mouth and permits oral pressure generation. Inadequate closure can produce excessive nasal resonance and nasal air escape, particularly during pressure consonants. Nasal consonants normally require an open nasal pathway. Interpretation therefore depends on the sounds affected rather than treating every nasal acoustic feature as abnormal.
Apply it
A child has nasal air escape during oral pressure consonants after cleft repair. Explain the role of velopharyngeal closure and assess whether inadequate separation accounts for the pattern.
Common pitfall: Nasal airflow during nasal consonants is physiological. Excessive resonance during oral sounds and escape during pressure consonants are more discriminating findings.
Cambridge University Hospitals: How is the palate involved in speech? · Cleft Lip and Palate
4.How are structural speech problems distinguished from learned articulation errors?
Obligatory distortions occur despite correct articulatory placement because anatomy alters resonance or airflow. Structural velopharyngeal insufficiency can cause hypernasality and weak oral pressure consonants. Compensatory errors use learned abnormal placement, such as glottal stops or pharyngeal fricatives, and may persist after structural correction. Nasal emission confined to particular sounds suggests phoneme-specific mislearning once adequate closure is confirmed. An oronasal fistula can also cause nasal escape, so nasal emission does not automatically identify a velopharyngeal gap.
Apply it
Compare glottal stops with otherwise adequate closure against correct placement accompanied by widespread hypernasality. The former needs articulation therapy; the latter requires evaluation of a possible structural cause. Both mechanisms may coexist.
Common pitfall: Repairing an air leak does not automatically eliminate learned placement, and articulation therapy cannot close a structural defect.
Cleft Lip and Palate · Cambridge University Hospitals: How is the palate involved in speech?
5.Which dental event guides secondary alveolar bone graft timing?
Secondary alveolar grafting restores bone across the tooth-bearing jaw and is generally planned before eruption of the permanent canine so the tooth can erupt through the grafted region. CUH describes a usual age range of eight to eleven years, but dental examination and radiographs guide the individual sequence. Orthodontic preparation may be needed to align the upper arch before grafting. Lip or palate soft-tissue repair does not itself restore alveolar bony continuity.
Apply it
A nine-year-old has an alveolar cleft and an unerupted permanent canine. Review dental imaging, identify required arch preparation and plan grafting before canine eruption rather than waiting for a fixed birthday.
Common pitfall: Chronological age is a guide rather than the decisive developmental event. Account for eruption status and the time needed for orthodontic preparation.
6.Which head shape suggests sagittal craniosynostosis?
Premature fusion of the sagittal suture restricts growth across that suture and produces a characteristically long, narrow skull. The shape helps identify a possible fused suture, but diagnosis also requires clinical assessment. Craniosynostosis concerns abnormal suture fusion that can affect skull growth and sometimes intracranial pressure. Recognising the pattern should prompt appropriate specialist evaluation rather than treating every elongated head as a harmless positional variation or diagnosing synostosis from appearance alone.
Apply it
An infant has a persistently long, narrow head that becomes more conspicuous during growth. Consider sagittal craniosynostosis and arrange assessment rather than relying solely on repositioning advice.
Common pitfall: An elongated skull is a localisation clue, not a complete diagnosis. Examine the whole cranial pattern and distinguish persistent synostotic change from other shape variation.
7.How can coronal suture fusion alter the forehead?
Coronal craniosynostosis affects growth at the suture between frontal and parietal bones. Fusion on one side can produce an asymmetric forehead and orbital region, whereas bilateral involvement can produce a short, broad head shape. The pattern suggests which growth boundary may be restricted. Assessment must consider other causes of asymmetry and associated features, because a photograph alone cannot establish suture status or determine the appropriate operation.
Apply it
An infant's forehead and upper orbital region appear asymmetric rather than simply flattened posteriorly. Include unilateral coronal synostosis in the differential and examine for associated craniofacial findings.
Common pitfall: Not every asymmetric infant skull represents positional plagiocephaly. The location of flattening, forehead shape and orbital asymmetry guide the differential and the need for craniofacial assessment.
NHS: Craniosynostosis · Muenke syndrome | Great Ormond Street Hospital
8.Which clues distinguish positional posterior flattening from lambdoid synostosis?
Positional flattening reflects external moulding with open sutures; lambdoid synostosis reflects premature fusion of a posterior suture. In positional plagiocephaly, the ear on the flattened side may be pushed forwards. In lambdoid synostosis, the same-side ear can sit lower and farther backwards. Compare both ears and the whole cranial shape, and assess positional preference or torticollis. These findings guide the differential but do not independently prove whether a suture is fused.
Apply it
An infant has unilateral posterior flattening with the same-side ear lower and farther back. Consider lambdoid synostosis rather than attributing the entire deformity to sleeping position.
Common pitfall: Ear displacement is a clinical clue rather than a standalone diagnostic test. Neither posterior flattening nor one apparent ear position establishes suture status.
Lambdoid craniosynostosis | Great Ormond Street Hospital · Plagiocephaly and Torticollis - Children’s Integrated Therapies
23.How does Muenke syndrome change hearing and family assessment?
Muenke syndrome is associated with an FGFR3 mutation and commonly affects one or both coronal sutures. Expression is variable: some people carrying the mutation have little visible cranial abnormality or no fused sutures. Sensorineural hearing loss is an important associated feature, so hearing assessment should not be limited to detecting middle-ear fluid. Inheritance can be autosomal dominant, although sporadic cases occur. Genetic assessment and counselling address family implications alongside craniofacial treatment.
Apply it
A child has coronal synostosis and hearing loss despite no middle-ear effusion. Consider syndromic assessment, including Muenke syndrome, with audiology and genetics involvement.
Common pitfall: A mildly affected parent does not exclude inherited disease. Conversely, absence of a family history does not exclude a sporadic mutation or justify omitting hearing assessment.
Traumanot stated
9.When does an orbital floor fracture require urgent release?
An orbital floor fracture becomes time-critical when extraocular muscle or periorbital tissue is entrapped, particularly in a child's trapdoor fracture. Restricted vertical eye movement with severe pain, nausea or vomiting supports concern for entrapment. An associated oculocardiac response can include bradycardia. Delay risks ischaemia and necrosis, so confirmed entrapment requires urgent release. The amount of bruising or apparent bony displacement is less decisive than functional restriction and evidence of trapped tissue.
Apply it
A child has little bruising after orbital trauma but cannot look upwards and repeatedly vomits. Arrange urgent assessment for entrapment rather than waiting for swelling to settle.
Common pitfall: Minimal external injury or limited displacement on CT does not exclude serious paediatric entrapment. Elastic bone can close around orbital contents.
AO Surgery Reference: Orbital floor fracture · Orbital reconstruction for Orbital floor fracture
10.Why should orbital fracture patients avoid nose blowing?
A fracture connecting the orbit with a paranasal sinus permits pressurised air to enter orbital tissues. Nose blowing can worsen orbital emphysema and, in severe cases, raise orbital pressure enough to threaten vision. The preventive instruction addresses a specific pressure pathway rather than merely reducing discomfort. New visual deterioration or marked swelling requires urgent reassessment because an acute orbital collection can create a different threat from the original bony injury.
Apply it
A patient develops sudden eyelid swelling after blowing the nose following an orbital floor fracture. Reassess visual function and orbital findings, then explain why further nose blowing must be avoided.
Common pitfall: Do not dismiss new swelling as ordinary bruising without checking vision. Orbital emphysema under pressure may require urgent treatment despite a previously reassuring fracture assessment.
AO Surgery Reference: Orbital floor fracture · Orbital reconstruction for Orbital floor fracture
11.When is observation appropriate after an orbital floor fracture?
Observation can suit a slightly displaced or nondisplaced fracture with insignificant orbital-volume change and no significant motility disturbance, or only minor disturbance expected to improve. Ophthalmological assessment and regular reassessment are essential. Early swelling can conceal enophthalmos or dystopia, which may emerge around two weeks as oedema resolves. New motility disturbance or abnormal globe position requires renewed assessment, repeat imaging where indicated and operative evaluation. Entrapment requires urgent release rather than this observation pathway.
Apply it
An adult initially has minor improving diplopia and minimal displacement. Newly apparent enophthalmos and persistent movement restriction at follow-up change the plan and warrant renewed imaging and surgical assessment.
Common pitfall: Resolution of bruising does not establish recovery of orbital function. Document globe position and motility serially because swelling can initially conceal deformity.
12.When should antibiotics be given for an open limb fracture?
Under the UK BOAST open-fracture standard, intravenous prophylactic antibiotics should be administered as soon as possible, ideally within one hour of injury. An open fracture exposes deeper tissues to contamination even when the skin wound looks small. Antibiotics therefore accompany early trauma care rather than waiting for theatre, formal classification or a complete reconstruction plan. They reduce infection risk but do not replace debridement, stabilisation and appropriately timed soft-tissue coverage.
Apply it
A patient reaches a UK trauma service soon after an open tibial fracture. Give protocol-appropriate intravenous antibiotics promptly while documenting neurovascular findings and arranging orthoplastic care.
Common pitfall: A small skin opening can communicate with extensive deep injury. Neither an unimpressive wound nor incomplete fracture classification justifies delaying prophylaxis until surgery.
13.How does contamination determine open-fracture debridement urgency?
UK BOAST specifies immediate debridement for highly contaminated wounds or associated vascular compromise. Examples include agricultural, aquatic and sewage contamination, or ischaemia from arterial disruption or compartment syndrome. Other solitary high-energy open fractures require debridement within twelve hours, and other low-energy open fractures within twenty-four hours. These categories connect urgency to contamination, energy and perfusion rather than applying one historical time rule to every injury.
Apply it
An open leg fracture is contaminated with sewage although the patient is otherwise stable. Arrange immediate debridement rather than placing the case into a routine low-energy operating window.
Common pitfall: Skin wound size does not determine the deadline. Establish contamination exposure and vascular status explicitly because either can make an otherwise stable presentation immediately urgent.
14.Why should fixation and soft-tissue coverage be planned together?
Bone stabilisation and viable soft-tissue cover are interdependent components of open-fracture treatment. UK BOAST requires a combined orthopaedic and plastic surgical plan and definitive closure or coverage within seventy-two hours of injury when not achieved during initial debridement. Definitive internal stabilisation should be performed only when immediately followed by definitive cover. Coordinated planning avoids an implant strategy that cannot be supported by timely reconstruction and protects exposed structures.
Apply it
Internal fixation is proposed after tibial debridement although flap coverage is unavailable at that operation. Reconsider temporary stabilisation and a combined definitive operation with the orthoplastic team.
Common pitfall: Providing coverage within seventy-two hours does not independently justify definitive internal fixation earlier without cover. The standard requires both the overall deadline and the immediate linkage of definitive procedures.
15.How should limb salvage and amputation decisions be made?
UK NICE NG37 states that the decision between salvage and amputation should not be based on an injury-severity tool score. BOAST requires multidisciplinary assessment involving orthopaedic and plastic surgeons, a rehabilitation specialist, and the patient and family or carers. Assess perfusion, tissue loss, reconstructive feasibility, overall condition and likely functional recovery. Technical feasibility alone does not establish that salvage offers the best outcome, especially when attempted preservation creates an unacceptable threat to life.
Apply it
A mangled limb has a high severity score but reconstructive options remain under assessment. Address immediate threats, convene senior multidisciplinary review and involve the patient rather than using the score as an amputation rule.
Common pitfall: A numerical score cannot replace individual assessment. Discuss expected function and rehabilitation as well as the possibility of achieving wound closure.
Recommendations | Fractures (complex): assessment and management | Guidance | NICE · BOASt: Open Fractures
60.How should an open-fracture wound be protected before formal debridement?
UK BOAST recommends handling an open-fracture wound before formal debridement only to remove gross contamination and permit photography, followed by saline-soaked gauze and an occlusive film. Mini-washouts outside theatre are not indicated. Record neurovascular status, realign and splint the limb, and repeat the examination after manipulation. Photographs should support clinical decisions through appropriate storage in the patient record rather than repeated unnecessary wound exposure.
Apply it
An emergency department team proposes repeated irrigation and dressing removal for an open tibial fracture. Use the protective dressing pathway, document the wound and arrange formal orthoplastic debridement.
Common pitfall: Superficial cleaning is not a substitute for surgical removal of contaminated or nonviable tissue. A protected wound still requires timely antibiotics, serial neurovascular assessment and definitive operative planning.
Source · Recommendations | Fractures (complex): assessment and management | Guidance | NICE
Burnsnot stated
16.Which findings suggest a superficial partial-thickness burn?
A superficial partial-thickness burn extends into superficial dermis while preserving more viable dermal structures than a deeper burn. It is commonly moist, blistered, painful and blanching. These findings indicate residual perfusion and sensory function, but depth can be mixed or evolve, so reassessment matters. Distinguish this injury from superficial epidermal erythema, which is excluded from burn TBSA, and deeper burns with reduced blanching, drier tissue or diminished sensation.
Apply it
A scald has moist pink blisters, brisk blanching and substantial pain. Include the partial-thickness area in burn extent and assess separately for deeper patches.
Common pitfall: Pain does not prove that a burn is minor, and blisters do not establish uniform depth. Combine colour, moisture, blanching and sensation rather than relying on one feature.
American Burn Association: Guidelines for Burn Patient Referral · American Burn Association: Understanding a Burn Injury
17.Why can a full-thickness burn be relatively painless?
A full-thickness burn destroys the epidermis and dermis, including cutaneous sensory structures within the injured area. Its centre can therefore have reduced or absent sensation despite severe tissue destruction. A dry, leathery surface with white, brown or black coloration supports concern for this depth. Pain intensity alone is misleading: a relatively painless centre may be more deeply injured than the painful partial-thickness tissue surrounding it.
Apply it
A contact burn has a dry pale centre with markedly reduced sensation and painful red margins. Recognise mixed depth and obtain assessment of the full-thickness component.
Common pitfall: Reduced pain is not evidence of recovery or superficial injury. Record the sensory finding alongside surface characteristics and perfusion rather than allowing the patient's comfort to downgrade the injury.
American Burn Association: Understanding a Burn Injury · American Burn Association: Guidelines for Burn Patient Referral
18.How is burn TBSA separated from simple erythema?
Burn TBSA includes partial-thickness and full-thickness injury, while superficial burns limited to the epidermis are excluded. This prevents simple redness from inflating estimates used in referral and treatment decisions. Depth and extent must therefore be assessed together before percentages are added. A patient may have widespread erythema but a much smaller qualifying burn area, while a small deep burn at a critical site can remain clinically important.
Apply it
An adult has eight percent TBSA of blistered partial-thickness injury and a separate five percent of epidermal erythema. Record eight percent qualifying burn TBSA and document the superficial area separately.
Common pitfall: Do not add every red area or subtract a separate superficial area from the partial-thickness total. Exclusion from TBSA does not mean exclusion from clinical assessment.
American Burn Association: Guidelines for Burn Patient Referral
19.Why should children's burn estimates account for age?
Body proportions change during childhood, particularly the relative contributions of the head and lower limbs. An adult rule of nines can therefore misestimate a child's burn extent. An age-adjusted method such as the Lund-Browder chart better matches those proportions. The American Burn Association also highlights that paediatric burns may benefit from burn-centre referral because pain, dressings, rehabilitation, caregiver support and possible non-accidental injury create needs beyond the numerical TBSA.
Apply it
A toddler has burns involving the head and one leg. Use an age-adjusted chart and assess whether pain control, dressing care and family needs require specialist support.
Common pitfall: Do not transfer adult regional percentages directly to a small child. A numerically small burn can still create substantial paediatric care and safeguarding needs.
American Burn Association: Guidelines for Burn Patient Referral
20.Which clues support concern for inhalation injury?
Exposure history and respiratory findings matter because skin burn extent does not measure airway or smoke injury. Facial flash burns, singed facial hair and smoke exposure are warning clues, while suspected inhalation injury meets American Burn Association criteria for immediate consultation with consideration of transfer. These clues prompt focused airway and respiratory assessment rather than proving injury individually. Limited cutaneous injury can coexist with a serious problem following substantial smoke exposure.
Apply it
A person escapes an enclosed-space fire with small skin burns and concerning respiratory symptoms. Assess airway and breathing immediately and obtain burn-centre consultation.
Common pitfall: Singed hair alone does not diagnose inhalation injury, and low TBSA does not exclude it. Interpret mechanism, symptoms and examination together instead of using either isolated clue as a disposition rule.
American Burn Association: Guidelines for Burn Patient Referral
21.Why can an electrical injury exceed its visible skin damage?
Electrical current can damage tissues along its path through the body, so skin contact lesions do not reliably represent the volume or severity of deeper injury. Muscles, nerves and other structures may be affected beyond visible burns. The American Burn Association recommends immediate consultation with consideration of transfer for high-voltage and lightning injury. Low-voltage injury also warrants consultation and follow-up consideration because important symptoms or complications may not be fully apparent initially.
Apply it
After high-voltage contact, a worker has small skin lesions but substantial limb pain. Assess for deep injury and arrange immediate specialist consultation rather than estimating severity from surface area.
Common pitfall: A small electrical contact mark is not equivalent to a small uncomplicated thermal burn. Mechanism and deep-tissue findings can outweigh visible extent.
American Burn Association: Understanding a Burn Injury · American Burn Association: Guidelines for Burn Patient Referral
22.When does ABA guidance support immediate burn-centre consultation?
American Burn Association guidance supports immediate consultation with consideration of transfer for full-thickness burns, partial-thickness burns of at least ten percent TBSA, and deep partial-thickness or full-thickness burns at specified critical areas such as the face or hands. Suspected inhalation injury and high-voltage electrical injury are additional triggers. These criteria combine depth, extent, location and mechanism. Consultation is a distinct decision from automatically transferring every patient who meets a criterion.
Apply it
An adult has a small full-thickness hand burn and normal observations. Seek immediate burn-centre consultation because depth and hand involvement qualify independently of a large TBSA.
Common pitfall: The partial-thickness extent threshold is not a universal minimum for consultation. Critical-site burns, full-thickness injury and particular mechanisms can qualify at much smaller sizes.
American Burn Association: Guidelines for Burn Patient Referral
Hand surgerynot stated
24.Which sensory pattern suggests carpal tunnel syndrome?
Carpal tunnel syndrome compresses the median nerve at the wrist and commonly causes numbness or tingling in the thumb, index, middle and radial side of the ring finger. Symptoms often disturb sleep and may be provoked by sustained wrist positions. Little-finger-predominant symptoms suggest another nerve distribution. The pattern supports localisation but should be interpreted alongside motor findings, examination and appropriate investigations rather than diagnosing every painful hand as median nerve compression.
Apply it
A patient wakes with tingling in the thumb, index and middle fingers and shakes the hand for relief. Assess median nerve function while checking for weakness and alternative localisations.
Common pitfall: Nocturnal discomfort alone is insufficient. Map the affected digits and investigate discordant findings instead of overlooking an ulnar or more proximal neurological problem.
25.Why is a neutral wrist splint used for carpal tunnel symptoms?
Sustained wrist flexion or extension can increase pressure around the median nerve within the carpal tunnel. A neutral-position night splint limits these postures during sleep and can reduce intermittent symptoms. It is a conservative treatment rather than proof that compression is mild or reversible. Persistent symptoms, progressive sensory loss or weakness require reassessment because relief from positioning does not establish that nerve function will remain preserved.
Apply it
A patient with intermittent nocturnal median-distribution tingling has no demonstrable weakness. Discuss neutral night splinting and specify reassessment for progression or persistent functional difficulty.
Common pitfall: Immobilisation in a flexed wrist position can reinforce a provocative posture. The principle is neutral positioning with follow-up, not simply putting any splint on the wrist indefinitely.
26.Why does thenar weakness change carpal tunnel assessment?
Median nerve compression can progress beyond intermittent sensory symptoms to motor dysfunction affecting thumb function. Thenar weakness or wasting raises concern for more advanced impairment and makes prolonged reliance on symptom-based conservative care less appropriate. Assess strength and functional difficulty rather than asking only whether tingling improves at night. Electrodiagnostic testing may help characterise involvement when indicated, but the central distinction is intermittent irritation versus established or progressive loss of nerve function.
Apply it
A patient reports dropping objects and has thenar wasting after months of tingling. Arrange assessment for significant median nerve dysfunction rather than treating the presentation as uncomplicated intermittent symptoms.
Common pitfall: Reduced tingling does not necessarily indicate reduced nerve damage. Directly examine sensation and motor function when symptoms are longstanding or hand function declines.
27.What structure fails in a mallet finger?
Mallet finger results from disruption of the terminal extensor mechanism at the distal interphalangeal joint, with or without a bony avulsion. The fingertip droops because active terminal extension is lost, although passive correction may remain possible. The proximal interphalangeal joint is not the primary injury site. Examination and radiographs distinguish a soft-tissue injury from a fracture pattern and assess joint alignment, which can influence whether splinting or another treatment is appropriate.
Apply it
A ball strikes an extended fingertip, leaving an isolated distal droop that the patient cannot actively correct. Assess the terminal extensor mechanism and obtain imaging for avulsion and alignment.
Common pitfall: Localise the failed joint before naming the injury. An isolated distal extension deficit differs from more proximal extensor dysfunction and cannot be characterised fully by appearance alone.
28.Why must mallet splinting maintain continuous distal extension?
For mallet injuries suitable for splinting, continuous support of the distal interphalangeal joint in extension keeps the healing terminal extensor mechanism approximated. Allowing the fingertip to flex during washing or splint changes can disrupt healing and prolong treatment. Skin care remains important but must preserve the prescribed position. The proximal interphalangeal joint can generally remain mobile, avoiding unnecessary stiffness while the injured distal mechanism is protected.
Apply it
A patient removes the splint daily and lets the fingertip bend while cleaning. Demonstrate supported hygiene that maintains distal extension and reassess the treatment period if protection has been interrupted.
Common pitfall: Wearing the splint for most hours is not equivalent to continuous protection. Comfort and brief duration do not establish that unsupported flexion is harmless.
29.Which findings suggest an infected flexor tendon sheath?
Following a palmar puncture, fusiform swelling, sheath tenderness, a flexed resting posture and pain on passive extension suggest flexor sheath infection. BSSH recommends elevation, safe-position splinting, empirical intravenous antibiotics and urgent hand surgical assessment. Most patients require washout. A closely monitored twenty-four-hour intravenous-antibiotic trial may suit very early, mild presentations after senior review. Deterioration requires surgery; when an operation is indicated, BSSH specifies treatment within twenty-four hours of the decision.
Apply it
A finger becomes diffusely swollen after puncture and passive extension is very painful. Start protocol-appropriate intravenous antibiotics, elevate and splint, and arrange urgent consultant-supervised hand care.
Common pitfall: A tiny entry wound can inoculate the sheath. Selected non-operative treatment requires close review and explicit escalation criteria, not outpatient reassurance with an open-ended antibiotic trial.
30.Why does preserved flexion not exclude a flexor tendon laceration?
A partially divided flexor tendon may still transmit enough force to produce movement. Pain with flexion, catching or incomplete movement after a palmar laceration can therefore indicate tendon injury despite preserved function. Assessment includes individual tendon testing, wound location and associated nerve or vascular injury. Determining whether a partial injury is suitable for non-operative treatment requires an accurate assessment of the damage; movement alone cannot establish that the tendon is intact.
Apply it
After a glass laceration, a patient can flex the finger but reports focal pain and catching. Arrange focused specialist assessment rather than closing the wound on the assumption that movement proves integrity.
Common pitfall: Making a fist is an incomplete tendon examination. Normal sensation and perfusion assess associated structures but do not resolve whether a tendon is partially divided.
31.How does rehabilitation protect a flexor repair while preserving glide?
A repaired flexor tendon needs protection from excessive force while controlled rehabilitation limits stiffness and adhesions that impair glide. A prescribed splint and hand-therapy programme balance these needs according to the repair and patient. Unrestricted movement and prolonged unplanned immobilisation can both compromise function. Patients need to understand that being able to move a finger, or finding movement comfortable, does not mean the repair has regained normal strength.
Apply it
A patient wants to grip tools soon after repair because movement feels comfortable. Reinforce repair-specific restrictions and explain the difference between protected exercises and resisted functional loading.
Common pitfall: Do not choose protection or mobility in isolation. Follow the supervised programme, including splint use and permitted exercise, rather than improvising activity according to pain alone.
Tumoursnot stated
32.How do melanoma thickness and ulceration influence staging?
Breslow thickness measures vertical invasion; ulceration records tumour-associated loss of the overlying epidermis. Under AJCC eighth-edition criteria, melanoma below 0.8 mm without ulceration is T1a. A lesion measuring 0.8 to 1.0 mm, with or without ulceration, or below 0.8 mm with ulceration, is T1b. A nonulcerated 0.9 mm melanoma is therefore T1b. Overall stage additionally requires regional and distant disease information.
Apply it
Compare nonulcerated melanomas measuring 0.7 mm and 0.9 mm. The first is T1a and the second T1b even if their visible diameters are similar.
Common pitfall: Surface diameter does not substitute for Breslow thickness. The primary tumour category neither establishes nodal status nor supplies the complete stage on its own.
National Cancer Institute: Melanoma Treatment, Health Professional PDQ
33.When should sentinel lymph node biopsy be discussed for thin melanoma?
Sentinel lymph node biopsy assesses occult regional spread in clinically node-negative melanoma. It is not routinely recommended for nonulcerated melanoma below 0.8 mm. Discussion and consideration are appropriate for T1b lesions: 0.8 to 1.0 mm with or without ulceration, or below 0.8 mm with ulceration. Selection weighs staging benefit, procedural risks and patient preferences. A suspicious palpable node requires assessment of clinically evident disease rather than the same occult-disease staging approach.
Apply it
A patient has a nonulcerated 0.9 mm melanoma without palpable nodes. Explain why sentinel biopsy merits discussion, distinguishing this from a nonulcerated 0.6 mm lesion.
Common pitfall: Consideration does not mean automatic biopsy. Do not treat every melanoma below one millimetre identically or overlook ulceration when applying the thickness boundary.
National Cancer Institute: Melanoma Treatment, Health Professional PDQ
34.What makes observation an active option after a positive melanoma sentinel node?
Randomised evidence summarised by NCI found no melanoma-specific survival advantage from routine immediate completion lymph node dissection compared with observation after a positive sentinel node. Observation requires reliable close follow-up with regional nodal ultrasound to detect recurrence. Attendance and access to suitable surveillance affect feasibility. Dissection carries morbidity, including lymphoedema, and the patient also requires assessment of the wider treatment implications of regional disease.
Apply it
A patient prefers observation but cannot attend regional ultrasound appointments. Resolve the surveillance barrier before adopting that strategy rather than simply omitting further surgery.
Common pitfall: Observation means structured surveillance, not absence of care. Evidence concerning microscopic sentinel-node involvement should not automatically determine treatment of bulky, symptomatic or otherwise clinically evident nodal disease.
National Cancer Institute: Melanoma Treatment, Health Professional PDQ
35.How does regional melanoma spread differ from distant metastasis?
Melanoma staging distinguishes regional disease, including relevant regional nodes and satellite or in-transit deposits, from distant metastasis. A positive regional node does not by itself establish distant metastatic disease. Prognosis and treatment depend on distribution as well as primary tumour features. Describe the anatomical location of disease before assigning a stage, rather than compressing every form of spread into one advanced-disease category.
Apply it
A patient has a positive regional node but no identified distant disease. Explain that regional involvement changes staging and treatment discussions without automatically equating it with distant organ metastasis.
Common pitfall: The word metastatic does not identify the anatomical stage by itself. Specify the involved nodal basin or tissue sites and distinguish demonstrated spread from investigations that remain pending.
National Cancer Institute: Melanoma Treatment, Health Professional PDQ
36.Why must a suspected sarcoma biopsy be planned with definitive surgery?
Biopsy provides the tissue diagnosis for suspected soft-tissue sarcoma, but its route can influence subsequent surgery. The tract should be planned so it can be incorporated into definitive excision without unnecessarily contaminating additional compartments or compromising reconstruction. Imaging and specialist planning help select an appropriate target and technique. The aim is diagnostic tissue through a considered approach rather than an unplanned removal that creates uncertain margins and complicates definitive treatment.
Apply it
A deep enlarging thigh mass is proposed for office excision before imaging. Redirect the plan towards specialist assessment and biopsy coordinated with likely definitive resection.
Common pitfall: A procedure labelled diagnostic can still alter oncological options. A small incision or incomplete removal is not harmless merely because definitive treatment is expected later.
National Cancer Institute: Soft Tissue Sarcoma Treatment, Health Professional PDQ
37.Which histological findings determine FNCLCC sarcoma grade?
The FNCLCC system scores tumour differentiation, mitotic activity and tumour necrosis. Differentiation describes resemblance to corresponding normal tissue, mitotic activity reflects proliferation, and necrosis records tumour tissue death. Their combined scores determine histological grade. Grade contributes to prognostic assessment alongside anatomical extent, including size and metastatic spread under the relevant site-specific system. It provides biological information that cannot be inferred reliably from diameter alone.
Apply it
A relatively small sarcoma has poor differentiation, frequent mitoses and substantial necrosis. Recognise the adverse grading features and integrate the reported grade with anatomical staging.
Common pitfall: Necrosis is one grading parameter rather than a standalone stage. Low grade does not mean benign, and neither size nor a reassuring gross appearance substitutes for histological assessment.
National Cancer Institute: Soft Tissue Sarcoma Treatment, Health Professional PDQ
38.How does Mohs surgery assess skin cancer margins?
Mohs micrographic surgery removes skin cancer in mapped stages with microscopic assessment of peripheral and deep margins. Further tissue is removed from involved areas until clearance is obtained. This combines margin control with tissue conservation in selected cancers, particularly where preservation of adjacent structures matters. Selection depends on tumour and site characteristics. Clinically clear borders alone cannot establish the same mapped microscopic clearance, and Mohs is not the default treatment for every skin cancer.
Apply it
A recurrent facial keratinocyte cancer has poorly defined borders near a functional structure. Consider a margin-controlled approach that links tissue preservation to demonstrated clearance.
Common pitfall: Tissue conservation should not mean accepting an uncertain oncological margin. A narrow visible lesion may have subclinical extension requiring further mapped stages.
National Cancer Institute: Skin Cancer Treatment, Health Professional PDQ
39.Which findings distinguish higher-risk cutaneous squamous cell carcinoma?
Depth, perineural invasion, poor differentiation, bone involvement and immunosuppression increase concern for recurrence or spread. Prognostic risk and formal stage are distinct. For AJCC eighth-edition head-and-neck cutaneous carcinoma excluding the eyelid, T3 includes a tumour larger than 4 cm, deep invasion beyond subcutaneous fat or over 6 mm, minor bone erosion, or qualifying perineural invasion. The neural criterion includes involvement of a nerve deeper than the dermis or at least 0.1 mm in calibre, or clinical or radiographic involvement of a named nerve without skull-base invasion or transgression. Skull-base invasion or skull-base-foramen involvement instead meets T4b criteria.
Apply it
Two small scalp SCCs have similar diameters. Involvement of a 0.12 mm nerve meets the T3 neural criterion; incidental involvement of a 0.05 mm nerve confined to the dermis does not independently meet it. Named-nerve spread without skull-base extension can qualify for T3, whereas extension into a skull-base foramen meets T4b criteria.
Common pitfall: Small surface dimensions do not establish low risk. Poor differentiation and immunosuppression influence prognosis but do not independently determine the anatomical T category. Similarly, incidental small dermal-nerve involvement remains clinically relevant even when it does not meet the T3 neural threshold. Establish the proximal extent of named-nerve spread before assigning T3.
National Cancer Institute: Skin Cancer Treatment, Health Professional PDQ
Reconstructionnot stated
40.What distinguishes a skin graft from a flap?
A skin graft is detached from its donor blood supply and depends on the recipient bed for survival and subsequent vascular integration. A flap transfers tissue with an existing vascular supply, maintained through a pedicle or restored through anastomoses in a free flap. The central decisions are whether the recipient environment can support a graft and which tissue components require replacement. Similar surface coverage does not imply equivalent vascular requirements.
Apply it
When comparing a graft with a local flap, examine the wound bed and tissue needs before considering dimensions or cosmetic match alone.
Common pitfall: A flap's vascular advantage does not make it universally preferable. Balance perfusion, tissue composition, donor morbidity and functional requirements rather than choosing solely from the size of the visible defect.
University Hospitals Sussex: Skin grafts and skin flaps · National Cancer Institute: Breast Reconstruction After Mastectomy
41.How do split-thickness and full-thickness skin grafts differ?
A split-thickness graft contains epidermis and part of the dermis, leaving dermal tissue at the donor site from which healing can occur. A full-thickness graft contains the entire dermis and epidermis, so its donor wound generally requires closure. This anatomical difference affects donor-site planning and available graft size. Neither graft retains a functioning independent circulation after harvest; both depend on suitable recipient conditions and protection during early healing.
Apply it
For broad skin coverage, explain why split-thickness harvest leaves healing elements behind while full-thickness harvest creates a donor defect requiring closure or another management plan.
Common pitfall: Full thickness describes transferred skin layers rather than preservation of the donor circulation. A full-thickness skin graft remains biologically distinct from a flap.
University Hospitals Sussex: Skin grafts and skin flaps · American Burn Association: Understanding a Burn Injury
42.Why does the recipient bed determine graft survival?
A detached skin graft depends on close contact with a suitable recipient bed and establishment of vascular support. A healthy vascular surface offers conditions for integration that poorly perfused or nonviable tissue cannot provide. Assess the actual exposed surface rather than judging suitability from surrounding skin colour. When the central bed cannot support a graft, further preparation or transfer of vascularised tissue may be required.
Apply it
A wound has healthy granulating margins but a poorly vascularised exposed centre. Determine whether preparation can create a suitable bed or whether flap coverage is needed for that central surface.
Common pitfall: Cleanliness does not establish vascular suitability. Pink margins cannot provide an independent circulation to a broad unsupported centre, and changing graft thickness does not replace the missing recipient support.
University Hospitals Sussex: Skin grafts and skin flaps · St George's University Hospitals: Skin graft patient information
43.How does a haematoma threaten a skin graft?
Blood collecting beneath a graft separates it from the recipient bed and interrupts the contact needed for early support and vascular integration. A haematoma is therefore a mechanical and biological obstacle to take rather than merely a cosmetic bruise. Careful haemostasis and an appropriate dressing help maintain apposition. When early compromise occurs, consider an underlying collection alongside infection, movement and recipient-bed quality.
Apply it
A recently applied graft develops focal tense elevation and dark blood escapes at an edge. Arrange prompt surgical assessment for a collection separating the graft from its bed.
Common pitfall: A vascular recipient surface cannot support the graft normally through an intervening collection. Secure fixation and good initial bed appearance do not exclude a postoperative haematoma or remove the need for assessment.
St George's University Hospitals: Skin graft patient information
44.Why can shear cause graft failure?
Movement between a graft and its bed disrupts stable contact and fragile developing vascular connections. Friction, repeated joint movement or dressing displacement can therefore compromise take despite satisfactory operative placement. Postoperative positioning, dressings and activity advice must match the graft location. Protection concerns the healing interface, with movement resumed according to the prescribed plan rather than automatically when pain subsides.
Apply it
A patient with a graft near a joint resumes repeated bending because it is comfortable. Explain how sliding at the interface can impair integration and reinforce prescribed positioning and activity.
Common pitfall: Pain relief does not demonstrate completed vascular integration. Conversely, protection should follow the treating team's plan rather than becoming unnecessary prolonged immobilisation without reassessment of healing and functional needs.
St George's University Hospitals: Skin graft patient information
45.How does a local flap retain its blood supply?
A local flap moves neighbouring tissue into a defect while maintaining an attached vascular connection. Design must permit reach without compromising perfusion through excessive tension, twisting or unsuitable geometry. Local tissue may provide useful similarity in colour and texture, but these benefits matter only if transferred tissue remains viable and the donor area can be managed appropriately. Remaining attached distinguishes the flap from a detached graft but does not guarantee survival.
Apply it
A proposed facial flap reaches the defect only under marked tension. Reconsider the design or reconstructive choice rather than accepting threatened perfusion for a good colour match.
Common pitfall: Assess the final inset rather than only the raised flap. A satisfactory initial appearance does not prove that the vascular connection remains uncompromised after positioning and closure.
46.How should postoperative flap observations trigger action?
Establish a documented baseline and compare serial colour, capillary refill, volume and prescribed Doppler signals. The NHS Lothian protocol describes blue-purple discoloration and brisk refill, usually under one second, with venous obstruction; inadequate arterial flow causes prolonged refill, usually over five seconds. These patterns guide interpretation rather than replacing the complete examination. Deterioration requires immediate surgical review for reversible compromise and possible exploration. An arterial Doppler signal does not demonstrate adequate venous drainage.
Apply it
A flap becomes progressively swollen and darker despite a persisting arterial signal. Suspect venous compromise and notify the microsurgical team immediately for salvage assessment.
Common pitfall: Do not wait for every parameter to become abnormal. Persistent ischaemia can cause irreversible microvascular injury and no-reflow, so one reassuring signal cannot cancel progressive clinical deterioration.
Aestheticnot stated
47.Which findings identify vascular emergencies after facial filler injection?
Unintended intravascular filler injection can obstruct circulation and cause skin necrosis, visual loss or stroke. Unusual pain, blanching or abnormal skin colour are local perfusion warnings. Sudden visual change is an ocular emergency even without skin findings. FDA describes intra-arterial filler reaching the ophthalmic circulation and interrupting retinal blood flow. Stop injecting and activate immediate complication assessment; visual or neurological symptoms require emergency escalation.
Apply it
Stop treatment for unusual pain and blanching. If sudden visual blurring occurs, arrange immediate emergency assessment and communicate the product, injection site and timing to the receiving team.
Common pitfall: Do not complete the planned volume or wait for skin necrosis. Skin ischaemia and ocular vascular injury have distinct cues, and the absence of one does not exclude the other.
48.How should brow descent be distinguished from eyelid skin excess?
Examine brow position, upper eyelid skin excess, blink and complete eye closure, and ask about pre-existing dry eyes. Brow descent can produce or worsen apparent upper-lid hooding, so brow surgery may be needed alone or with blepharoplasty. Excessive eyelid skin removal can impair closure and worsen ocular dryness. Planning must identify the anatomical contribution to hooding while preserving eyelid function and ocular comfort.
Apply it
A patient requesting removal of hooded skin has low brows and dry eyes. Assess brow contribution and closure before deciding whether eyelid skin should be removed and how much is safe.
Common pitfall: Visible hooding does not establish isolated eyelid skin excess. Removing additional skin cannot safely compensate for failure to recognise brow descent or pre-existing closure and ocular-surface problems.
49.Why must rhinoplasty assessment include nasal function?
Rhinoplasty changes nasal shape or size, but breathing function also matters before and after treatment. Record the desired appearance and baseline breathing symptoms, and assess relevant anatomy rather than planning from profile photographs alone. NHS information identifies breathing improvement as a possible indication and persistent breathing difficulty, septal damage and altered smell as possible complications. Consent should connect the proposed changes with both aesthetic aims and functional risks.
Apply it
A patient requests dorsal reshaping but also reports obstruction following trauma. Include examination of nasal function and structural deformity in planning and document the symptoms before surgery.
Common pitfall: A desirable external profile does not establish a satisfactory functional result. Early postoperative swelling can affect breathing, but persistent or unexpected problems still require assessment rather than automatic reassurance.
50.How should psychological expectations influence cosmetic patient selection?
UK GMC guidance requires exploration of the patient's reasons for seeking cosmetic intervention, expected outcomes and psychological needs. Assess whether the proposed intervention is likely to provide overall benefit, considering vulnerabilities and support needs alongside technical feasibility. Under paragraph 18, if discussion leaves the clinician convinced that the intervention will not provide overall benefit, the clinician must not provide it. Explain the reasoning, discuss alternatives and respect the patient's right to seek another opinion.
Apply it
A patient requests a small nasal alteration to guarantee reconciliation with a partner and career success. Discuss the achievable anatomical change and explain that surgery cannot guarantee those life outcomes. If the patient retains these expectations and the clinician remains convinced that intervention offers no overall benefit, decline the requested intervention. Discuss alternatives, including no intervention and appropriate psychological support, while respecting the right to another opinion.
Common pitfall: Initially unrealistic expectations require exploration; they do not by themselves establish a psychiatric diagnosis. However, once substantive discussion leaves the clinician convinced that there is no overall benefit, repeated consent discussions or a cooling-off interval cannot substitute for declining treatment. Capacity, willingness to pay and acceptance of surgical risks do not establish that the procedure should be provided.
GMC: Cosmetic interventions — Communication, partnership and teamwork
51.Who should obtain consent for a UK cosmetic intervention?
UK GMC guidance places responsibility for seeking consent on the professional who will carry out the cosmetic intervention or supervise its performance. Consent requires an individual discussion of the procedure, likely outcome, risks, alternatives and no intervention. A sales conversation or generic signed form cannot replace this clinical process. The responsible professional must understand the patient's priorities and communicate information in a form the patient can use.
Apply it
A clinic asks a sales adviser to obtain final consent before the treating clinician meets the patient. Revise the pathway so the responsible professional conducts the clinical discussion and answers individual questions.
Common pitfall: A signature records part of consent but does not establish an adequate process. Administrative completion cannot replace discussion of expectations, material risks and the patient's understanding.
GMC: Cosmetic interventions — Communication, partnership and teamwork
52.Why must cosmetic patients have time to reflect?
Patients considering elective cosmetic interventions need adequate information and time to decide without inappropriate pressure. UK GMC guidance connects reflection with meaningful consent and requires respect for a decision not to proceed. Appropriate time depends on the intervention and individual circumstances; a universal numerical waiting period should not be inferred. Commercial urgency is not a clinical reason to shorten deliberation.
Apply it
A patient is offered a substantial discount only if treatment starts immediately after the first consultation. Remove the pressure and allow appropriate consideration of benefits, risks and alternatives.
Common pitfall: Enthusiasm does not eliminate the need for reflection. A patient may change their mind after understanding the limitations or recovery burden, and that decision must be respected rather than challenged through sales incentives.
GMC: Cosmetic interventions — Communication, partnership and teamwork
Breastnot stated
53.How does a DIEP flap differ from a TRAM flap?
DIEP and TRAM approaches can both use lower abdominal tissue for breast reconstruction but differ in muscle transfer. A DIEP flap transfers skin and fat supplied through perforating vessels while preserving the rectus muscle. A TRAM flap includes rectus muscle to a degree determined by the technique. This distinction affects donor-site considerations and planning. Abdominal anatomy, previous treatment, required tissue and patient preferences contribute to selection.
Apply it
A patient asks whether every abdominal breast flap removes muscle. Explain the tissue components of DIEP and TRAM reconstruction and discuss individual donor-site implications.
Common pitfall: Muscle preservation does not eliminate donor-site risk or make one technique universally suitable. Avoid promising freedom from abdominal complications based only on the flap name.
National Cancer Institute: Breast Reconstruction After Mastectomy
54.How do pedicled and free breast flaps maintain circulation?
A pedicled flap reaches the breast while remaining attached to its original blood supply. A free flap is detached and requires microsurgical connections to recipient vessels. This distinction concerns vascular continuity rather than donor location or the natural appearance of the result. Planning establishes whether tissue can reach on its pedicle or requires free transfer, while considering donor morbidity, recipient vessels and the desired volume and shape.
Apply it
A patient assumes that every transfer from another body region requires microsurgery. Explain the proposed vascular technique and how it relates to the donor tissue and recipient site.
Common pitfall: Donor location alone does not identify the operation. Some donor tissues permit different transfer methods, with different reach, vascular requirements and donor-site consequences.
National Cancer Institute: Breast Reconstruction After Mastectomy
55.Why might a latissimus dorsi flap be combined with an implant?
A latissimus dorsi flap transfers tissue from the back to the breast, often retaining its vascular attachment. It provides soft-tissue coverage but may not supply the intended breast volume, so an implant may be added. The combined approach addresses separate needs: vascularised tissue for coverage and a device for additional volume. Patients need to understand both donor-site effects and implant considerations.
Apply it
A patient offered latissimus dorsi reconstruction with an implant asks why both are necessary. Explain the separate roles of tissue coverage and volume and discuss the implications of each component.
Common pitfall: The presence of a flap does not establish that all volume is autologous. Naming the flap alone is insufficient counselling if the reconstruction also includes an implant with its own future complications.
National Cancer Institute: Breast Reconstruction After Mastectomy
56.How can radiotherapy alter breast reconstruction planning?
Radiotherapy can affect reconstructed tissues and increase complications, particularly with implant-based reconstruction, including scarring and capsule-related problems. Anticipated radiotherapy therefore influences reconstructive method and timing. Autologous tissue is also subject to treatment effects rather than being immune to radiation-related change. Coordinate reconstruction with oncology so the sequence supports cancer treatment and reflects the patient's preferences concerning staged procedures, appearance and revision.
Apply it
A patient considering immediate implant reconstruction is likely to require postmastectomy radiotherapy. Discuss radiation-related risks and alternative sequences before committing to the definitive device-based plan.
Common pitfall: Do not promise an unchanged cosmetic result after radiation. Equally, anticipated radiotherapy does not establish that reconstruction must be abandoned; it changes the balance among methods and timing options.
National Cancer Institute: Breast Reconstruction After Mastectomy
57.When is delayed breast reconstruction a meaningful option?
Breast reconstruction can begin at mastectomy or be delayed until later. Timing depends on cancer treatment, tissue conditions, available methods and patient preference. Delayed reconstruction allows reassessment after treatment or personal deliberation, while immediate reconstruction follows a different surgical sequence. Neither timing label determines the tissue method by itself. Declining immediate reconstruction does not necessarily close the future reconstructive pathway.
Apply it
A patient feels unable to decide before mastectomy and fears losing the opportunity. Explain delayed reconstruction and how cancer treatment and tissue options affect the later plan.
Common pitfall: Do not frame a time-sensitive cancer operation as a forced final decision about reconstruction. Explain realistic future options without guaranteeing that every technique will remain equally suitable after treatment.
National Cancer Institute: Breast Reconstruction After Mastectomy
58.What pathological assessment is needed for late peri-implant swelling?
New persistent swelling, a mass or pain around an implant requires assessment for causes including BIA-ALCL, a lymphoma rather than conventional breast carcinoma. Arrange examination and imaging and alert pathology to the concern. FDA guidance specifies fresh seroma fluid for cytology and cell-block immunohistochemistry or flow cytometry including CD30 and ALK testing. Send representative capsule or mass tissue when indicated. Routine drainage or microbiology alone is insufficient for lymphoma investigation.
Apply it
A patient develops unilateral peri-implant fluid years after augmentation. Coordinate diagnostic sampling and fresh-fluid handling with pathology rather than discarding the collection during drainage.
Common pitfall: A late seroma does not itself diagnose lymphoma. Conversely, sending only a culture misses the required evaluation; marker results require interpretation with cellular morphology.
59.How should implant surface inform BIA-ALCL counselling?
FDA information identifies a higher BIA-ALCL risk with textured implants than smooth implants. Surface history informs assessment and counselling but does not diagnose disease. For asymptomatic patients, FDA does not recommend routine removal solely because of BIA-ALCL concern. Distinguish that risk discussion from investigation of persistent swelling, a mass or pain. Symptoms require evaluation rather than reassurance based on advice intended for people without symptoms.
Apply it
An asymptomatic patient with textured implants requests automatic removal. Explain the FDA position, discuss individual risks and preferences, and describe symptoms that should prompt assessment.
Common pitfall: Risk association is not a diagnosis, and asymptomatic removal advice is not a symptomatic-care pathway. New swelling or a mass requires investigation regardless of whether preventive surgery is routinely recommended.
What to focus on during revision
The following are CertMedbry study suggestions. Use the official outline to check the full scope of your examination.
- Explain the mechanism behind entrapment, ischaemia, nerve compression, graft separation and tumour spread before selecting an intervention.
- Recognise urgent threats including orbital entrapment, suspected inhalation injury, flexor sheath infection, deteriorating flap perfusion and filler-related visual symptoms.
- Apply discriminators including melanoma thickness and ulceration, FNCLCC grading parameters, burn depth and open-fracture timing criteria.
- Distinguish structural cleft-speech distortions from compensatory placement and phoneme-specific nasal emission; examine for fistulae and hearing impairment.
- Use serial examination to guide orbital observation and flap assessment, identifying changes that require escalation.
- Assess brow position, eyelid closure and nasal breathing before aesthetic surgery.
- Link reconstruction to recipient-bed vascularity, donor morbidity, radiotherapy and patient priorities.
- Study the complete Version 2/2024 ETR for the full scope, including modules beyond these selected concepts.
A practical preparation plan
1. Map the full syllabus
Review the issuer-linked Version 2/2024 ETR and map your experience against its basic, intermediate and advanced competencies. Identify modules beyond these concepts for additional study.
2. Build mechanism-based explanations
For each concept, state the mechanism, decisive clinical cue, action and important boundary aloud. Apply the principle when superficial case details change.
3. Analyse the learning questions
Answer before reading the explanations. For each error, identify whether the difficulty involved localisation, staging, urgency, vascular biology or interpretation of guidance. Explain why each alternative is less appropriate.
4. Rehearse clinical oral reasoning
Practise describing clinical findings, identifying immediate threats, requesting discriminating information and presenting a staged management plan. Include consent, alternatives, rehabilitation and complications where relevant.
5. Use spaced recall
Review the flashcards repeatedly and interleave cases from different domains. Revisit difficult decisions after an interval and explain the clinical cues that change management.
Use your sample score as a starting point
The free set contains 20 original practice questions. It is a small learning sample, not an official examination or a validated pass prediction. Review each explanation and its source before moving to another topic.
Start the free sampleOfficial sources and updates
- Rules and information about EBOPRAS Examination
- EBOPRAS Privacy & Cookies
- European Training Requirements
- European Training Requirements for Plastic, Reconstructive, and Aesthetic Surgery, Version 2/2024
- NHS: Cleft lip and palate — Treatment
- Cambridge University Hospitals: How is the palate involved in speech?
- NHS: Craniosynostosis
- AO Surgery Reference: Orbital floor fracture
- BOASt: Open Fractures
- American Burn Association: Guidelines for Burn Patient Referral
- American Burn Association: Understanding a Burn Injury
- AAOS OrthoInfo: Carpal Tunnel Syndrome
- AAOS OrthoInfo: Mallet Finger
- AAOS OrthoInfo: Flexor Tendon Injuries
- National Cancer Institute: Melanoma Treatment, Health Professional PDQ
- National Cancer Institute: Soft Tissue Sarcoma Treatment, Health Professional PDQ
- National Cancer Institute: Skin Cancer Treatment, Health Professional PDQ
- University Hospitals Sussex: Skin grafts and skin flaps
- St George's University Hospitals: Skin graft patient information
- FDA: Dermal Fillers (Soft Tissue Fillers)
- GMC: Cosmetic interventions — Communication, partnership and teamwork
- National Cancer Institute: Breast Reconstruction After Mastectomy
- FDA: Questions and Answers about BIA-ALCL
- Alveolar Bone Graft | CUH
- Cleft Lip and Palate
- Lambdoid craniosynostosis | Great Ormond Street Hospital
- Plagiocephaly and Torticollis - Children’s Integrated Therapies
- Observation for Orbital floor fracture
- Muenke syndrome | Great Ormond Street Hospital
- Orbital reconstruction for Orbital floor fracture
- Recommendations | Fractures (complex): assessment and management | Guidance | NICE
- 10%20Flexor%20sheath%20infection.pdf
- download
- Blepharoplasty | CUH
- Care of the Patient after Resection of Oral Cancer and Reconstruction with Free Flap transfer | Right Decisions
- Nose reshaping (rhinoplasty) - NHS
- Oculocardiac Reflex - EyeWiki
- Surgery and Reconstruction | BAPRAS
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