A fracture that has not healed, has healed in the wrong position, or has broken its implant is not a final diagnosis — it is a problem with a solution managed by a fracture revision surgeon in Ahmedabad. Revision fracture surgery corrects malunion, achieves union in nonunion, and addresses implant failure with the right technique the second time.
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Revision fracture surgery is the surgical correction of a fracture that has failed to heal correctly after initial treatment — either because it has not healed at all (nonunion), has healed in an incorrect position (malunion), or because the implant used to fix it has failed (broken plate, bent nail, loose screws), requiring revision fracture surgery in Ahmedabad. These are not rare outcomes — nonunion occurs in approximately 5–10% of fractures, and malunion is even more common when fractures are inadequately reduced or insufficiently stabilised at the index procedure.
The approach to revision fracture surgery is systematic: first, identify why the primary treatment failed — inadequate fixation, poor biology (infection, poor blood supply, metabolic deficiency), incorrect implant choice or patient factors, evaluated by a fracture revision surgeon in Ahmedabad. Then address the cause as part of the revision — not just change the implant. A nonunion revised with the same technique that failed the first time will fail again. At Trayam Hospital, every revision fracture case undergoes a thorough assessment — X-rays, CT scan for fracture gap and callus assessment, infection markers, metabolic screen — before the revision surgical plan is made by a fracture revision surgeon.
These symptoms — weeks to months after a fracture — indicate that the original treatment has not achieved the expected outcome and specialist review is needed
Significant pain at the fracture site beyond 6 months after injury — with X-ray showing no bridging callus, persistent fracture gap or sclerotic fracture ends. Nonunion is defined as failure to heal by 6 months with no radiological evidence of progression toward union. Beyond this point, the fracture will not heal without surgical intervention to stimulate bone healing.
A limb that has healed with visible angulation, rotation or shortening — arm, leg, forearm or clavicle in a position that is cosmetically or functionally abnormal. Malunion causes asymmetric joint loading, abnormal gait, compensatory joint strain and, if uncorrected, progressive arthritis in adjacent joints.
An X-ray showing a fractured plate, broken screw, bent intramedullary nail or failed fixation — the implant has fatigued before the bone healed. Implant failure confirms that the fracture has not united and the mechanical environment was inadequate. Broken hardware must be removed and the fracture re-fixed with appropriate revision fixation and — in most cases — bone grafting.
A discharging wound, sinus tract or recurring infection at or near a healed or non-healed fracture with implants in situ — strongly suggests implant-related infection (chronic osteomyelitis). Infected nonunion is the most complex revision scenario — requiring implant removal, infection debridement, antibiotic treatment and staged reconstruction before definitive re-fixation.
Palpable or audible movement at the fracture site when loading the limb — confirming mechanical nonunion. The fracture ends are moving against each other rather than consolidating. This continued micromotion prevents callus maturation and perpetuates the nonunion cycle until surgical stability is restored.
A persistent limp, inability to run, or abnormal gait pattern after a lower limb fracture that appeared to heal — suggesting malunion with rotational or angular malalignment that has altered lower limb biomechanics. Clinical and radiological assessment of alignment — including full-length standing films — quantifies the deformity and guides correction planning.
Inability to fully supinate or pronate the forearm after a radius or ulna fracture — indicating malunion with rotational malalignment of the forearm bones. Even small degrees of forearm bone malrotation significantly impair forearm rotation and hand function. Corrective osteotomy restores rotation that physio alone cannot achieve.
Persistent, localised pain at the site of a fracture that was treated months or years ago — in a patient who was told "the bone has healed." Not all radiologically healed fractures are symptom-free — prominent implants, malunion causing abnormal load and low-grade infection all cause chronic post-fracture pain that can be investigated and treated.
Revision fracture surgery is more demanding than primary fixation — the cause of failure must be identified and corrected, not just the implant changed by a fracture revision surgeon in Ahmedabad
Senior Consultant — Revision Trauma & Reconstructive Fracture Surgery, Trayam Hospital
Dr. Parth Patel has specific expertise in the management of nonunion, malunion and failed fracture fixation — conditions that require a different and more analytical approach than primary fracture surgery. With AO Foundation advanced training in fracture reconstruction and over 10 years of revision trauma experience, Dr. Parth Patel approaches every revision case with a systematic failure analysis before planning surgery. A fracture that has failed once needs to be understood — not just reoperated.
Each revision scenario requires a specific approach — here is how we treat the most common patterns of failed fracture healing
Surgery completed. Pain managed. Weight-bearing status per fixation and fracture location — explained before discharge. Physiotherapy begins: adjacent joint movement, elevation and swelling control.
Wound review and suture removal. X-ray confirming implant position and alignment. Physiotherapy progressing. For infected nonunion patients on IV antibiotics — transition to oral antibiotics reviewed with microbiology.
Follow-up X-ray — early callus formation assessed. Gradual weight-bearing progression for lower limb cases. Upper limb: progressive active movement and strengthening. Bone graft sites (iliac crest) healing — donor site discomfort resolving.
X-ray confirming bridging callus — bone healing progressing. Full weight-bearing initiated for most lower limb nonunions with confirmed callus. Malunion osteotomy patients: union confirmed, physiotherapy progressing to functional strengthening.
Most revision nonunions and malunion osteotomies united and fully weight-bearing. Return to work and daily activities. Implant removal discussed where applicable — retained implants reviewed at this stage.
Full recovery for most patients. Return to pre-injury activity level — sport, physical work, full daily function. Infected nonunion patients: final infection clearance confirmed with blood markers and clinical assessment. Annual follow-up not required for uncomplicated united revision cases.
The most common and most avoidable reason revision fracture surgery fails is repeating the technique that failed the first time without identifying why it failed. A nonunion revised with the same nail diameter, without bone graft, and without checking infection markers or Vitamin D, will fail again — for the same reasons. Revision fracture surgery requires a systematic approach to failure analysis that goes beyond changing the implant. It also requires honest acknowledgement that the first operation did not succeed — and a clear explanation to the patient of what was done, what failed and what the revised plan addresses differently.
CT scan, infection markers, metabolic screen and mechanical assessment before every revision plan. We will tell you what caused the failure and what the revision addresses differently. No repeat of the same technique that failed without a clear reason why it will work differently.
Every revision fracture patient has ESR, CRP and where indicated fracture site aspiration before surgery. Infected nonunion is managed with staged debridement and antibiotics first — re-fixation only after confirmed infection clearance.
Revision fracture surgery — including nonunion repair, malunion osteotomy and infected nonunion reconstruction — is covered by most major Indian health insurance policies and PMJAY. Our insurance desk manages pre-authorisation with correct documentation of the revision indication.
Fracture not healing? Healed crooked? Broken implant? Get an honest assessment — not another operation without a plan.
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Nonunion is failure of a fracture to heal — defined as no radiological progression toward union at 6 months. Beyond this point, the fracture will not heal without surgical intervention. Surgery addresses both the mechanical environment (fixation stability) and the biological environment (bone graft, vascularity) that the original fixation failed to provide.
Exchange nailing removes the existing nail and replaces it with a larger diameter nail that provides greater stability and generates an osteogenic reaming slurry (bone dust and marrow cells) as it is inserted — biologically stimulating healing. It is the first-choice revision for long bone shaft nonunions with a success rate over 90% for femoral and tibial nonunions.
Malunion is a fracture that has healed in an incorrect position — causing angular deformity, rotation, shortening or a combination. Correction is recommended when the malunion causes functional limitation (gait abnormality, loss of rotation, limited joint movement), abnormal joint loading that will lead to arthritis, or significant cosmetic deformity.
The malunited bone is carefully re-cut at the deformity apex — a controlled surgical fracture — realigned to the pre-planned correction angles and fixed with a plate, nail or external fixator. Planning is CT-based and performed digitally before surgery. Acute correction in most cases; gradual correction with an Ilizarov frame for complex multi-plane deformities.
Infected nonunion combines bone infection with failure to heal — the most complex revision scenario. Treatment is staged: Stage 1 — implant removal, aggressive debridement, antibiotic cement beads, external fixator. 6–8 weeks of targeted antibiotics. Stage 2 — re-fixation with bone graft once infection is cleared. Success rate 75–85%. Antibiotics alone without implant removal do not work.
Yes — with specialised extraction equipment: broken screw extractors, trephines and reverse-cutting taps for stripped screw heads. Broken nail removal uses manufacturer-specific extraction sets. Removal of fractured hardware requires surgical expertise and the correct instruments — it is not always straightforward. At Trayam, we carry the full range of implant extraction equipment.
Similar to primary fracture healing — 10–16 weeks for most nonunions to unite after revision. Malunion osteotomy: 8–14 weeks to union. Infected nonunion reconstruction: 6–9 months total treatment duration including antibiotic phase and re-fixation. Regular X-ray follow-up confirms progress.
Yes — nonunion repair, malunion correction and infected nonunion reconstruction are covered by most major Indian health insurance policies and PMJAY. Pre-authorisation requires documentation of the revision indication — our insurance desk manages this in full.
Bring your X-rays, CT scans and operative notes. Our revision specialist will tell you exactly what failed, what the plan addresses and what outcome is realistic. Second opinions always welcome.
