Most rib fractures heal without surgery. When they do not — displaced fractures, flail chest, persistent pain that limits breathing — surgical stabilisation of rib fractures can restore chest wall stability and accelerate recovery. Dr Okiror assesses each case individually. The question is not whether fixation can be done, but whether it will change the outcome.
Last reviewed: April 2026 · Dr Lawrence Okiror FRCS(CTh) FRCSEd(CTh) · GMC 6150382
The majority of rib fractures — including many multiple fractures — heal with conservative management: structured pain control, breathing exercises, physiotherapy and time. Dr Okiror regularly sees patients with low-impact rib fractures referred from The Lister Hospital’s Urgent Care Centre and other sources who are managed non-operatively with a clear recovery plan.
Surgical stabilisation of rib fractures (SSRF) is considered when the pattern of injury is unlikely to resolve satisfactorily without intervention — displaced fractures overriding or angulated beyond the point where healing in good alignment is realistic, flail segments that compromise breathing mechanics, or persistent pain that has failed adequate conservative treatment well beyond the expected healing window.
The value of a specialist thoracic surgical opinion is in making this distinction. A consultation does not presuppose surgery — it establishes whether fixation will meaningfully change the trajectory of recovery.
Repatriation cases are accepted — patients returning to the UK after chest trauma abroad (ski injuries, sporting accidents, falls) can be assessed within days and operated on promptly if indicated.
The evidence for rib fracture fixation has matured significantly. It supports surgery in specific patient groups — and is equally clear about where the benefit is less certain.
The WSES/CWIS Position Paper (Sermonesi et al, World Journal of Emergency Surgery 2024) reviewed 287 studies and produced 39 graded position statements on rib fracture management — the most comprehensive international consensus to date. It establishes SSRF as an evidence-supported intervention for flail chest and selected displaced fractures, and provides a structured framework for patient selection.
Huelskamp et al (European Journal of Trauma and Emergency Surgery 2025) published the largest dataset of non-intubated patients undergoing SSRF. Operative mortality was 1.6% compared with 4.8% in the matched conservative cohort — supporting fixation in patients who are breathing independently but failing conservative management.
Chen et al (2025) synthesised 47 studies covering over one million patients. SSRF reduced mortality in flail chest and in patients over 60. Early fixation within 72 hours of injury was associated with shorter hospital stays. This supports timely specialist assessment rather than delayed referral.
The largest randomised controlled trial to date (Meyer et al, Annals of Surgery 2023) found that in patients with severe rib fractures without clinical flail chest, SSRF did not demonstrate a quality-of-life benefit over conservative management. This is an important finding. It reinforces the principle that careful patient selection — not a reflex towards surgery — is what makes fixation valuable. Dr Okiror uses this evidence directly: the consultation exists to identify the patients who will benefit, and to reassure those who will not that conservative management is the right course.
SSRF is performed under general anaesthesia. Regional nerve blockade — typically an erector spinae plane block or paravertebral block — is placed before or during the procedure to provide targeted chest wall pain relief that continues into recovery.
Through an incision over the fracture sites, displaced ribs are realigned and stabilised using contoured titanium plates and locking screws. If blood has collected in the chest cavity (haemothorax), it is drained during the same procedure. The chest is inspected and any concurrent lung injury assessed.
Where rib fractures coexist with orthopaedic injuries — clavicle, scapula, shoulder — surgery can be coordinated with orthopaedic colleagues under the same anaesthetic where appropriate, avoiding a second operation.
Typically two to five days, depending on the number of ribs fixed and whether a chest drain is required. ICU or high-dependency support is available at London Bridge Hospital for more complex cases.
Pain improvement is typically rapid after fixation. Return to desk work is usually possible within two to three weeks. Return to sport and physical activity takes longer and is guided individually. Physiotherapy is important throughout.
If there is any doubt about whether a case falls within scope, contact Jo Mitchelson to discuss before referring.
For nurse triage teams, concierge services and private GP groups: a dedicated triage pathway covers when to route a patient to Dr Okiror, which specialist pathways are available, and what happens once you do. A printable concierge triage card is also available.
Dr Okiror consults and operates at both London Bridge Hospital and The Lister Hospital Chelsea. For rib fracture fixation requiring ICU or high-dependency support, regional anaesthesia capability and concurrent chest drain management, London Bridge Hospital is the preferred surgical venue. Assessment, conservative management reviews and follow-up can take place at whichever hospital is more convenient.
Preferred for operative fixation. ICU and high-dependency beds available. Regional anaesthesia capability for chest wall nerve blockade. Ranked among the top ten hospitals in the UK — Newsweek World’s Best Hospitals 2026.
Assessment, conservative management reviews and follow-up. Dr Okiror regularly sees rib fracture patients referred from the Lister Urgent Care Centre for specialist opinion.
Questions from patients and referring clinicians about chest trauma assessment and rib fracture fixation.
Book a Consultation →Or call Jo Mitchelson:
020 7952 2882
Appointments within 2–3 days. Assessment and surgery at London Bridge Hospital and The Lister Hospital Chelsea. Self-referrals welcome.
Jo Mitchelson, Private PA · 020 7952 2882 · pa@lungsurgeon.co.uk
St Thomas' Hospital #1 UK · Guy's Hospital #2 UK · London Bridge Hospital #10 UK · Newsweek World’s Best Hospitals 2026