Orthopaedic Specialities
Limb Reconstruction Surgery
Restoring length, alignment and function after trauma, infection or deformity.
Understanding Limb Reconstruction
Limb reconstruction helps patients recover a working leg or arm after a fracture that never healed, a bone infection, a childhood deformity, or a tumour that required bone removal, using techniques such as gradual bone lengthening, computer-guided hexapod frames, magnetic internal nails and vascularised bone transfer to restore length, alignment and function — with results that, when planned and executed well, are genuinely life-changing.
What Leads to Limb Reconstruction
- Complex or open fractures that fail to unite
- Bone infection (osteomyelitis) requiring resection of dead bone
- Congenital limb deformities and length discrepancy
- Post-traumatic malunion or growth-plate injury in childhood
- Bone loss after tumour resection
- Neglected fractures
- Rickets and metabolic bone disease
Who is Most at Risk
- High-energy trauma — road accidents, falls from height
- Open fractures with soft-tissue loss
- Smoking and uncontrolled diabetes (impair healing)
- Previous infected or failed surgery
- Delayed presentation of childhood deformity
Warning Signs to Watch For
- Limb length difference causing a limp
- Visible bowing or rotation of a bone
- Persistent pain or instability at the site of an old fracture
- Draining sinus or chronic infection
- Functional limitation — difficulty walking, working or playing
When It's Time to See a Specialist
Limb reconstruction is a specialised field, and the right time to consult is early, not after every other option has been exhausted. If a fracture hasn’t healed by six months, if your child has a noticeable difference in limb length or bowed legs that aren’t improving with age, if you’re living with a chronically infected bone, or if a previous surgery has left you with deformity or ongoing pain, ask for a dedicated reconstruction opinion before agreeing to amputation or another round of revision surgery. Early evaluation often opens up options — limb-sparing techniques in particular — that become harder to offer the longer a problem is left untreated.
How the Diagnosis is Made
- Long-leg standing X-rays for alignment and length measurement
- CT scan with 3D reconstruction
- MRI to assess bone marrow, infection and soft tissue
- Bone scan or PET-CT for infection localisation
- Tissue and bone cultures
- Vascular studies before complex reconstructions
Surgical Techniques We Offer
Ilizarov Ring Fixator
A circular external frame that allows precise correction of length, angle and rotation while patients continue to walk during treatment. It remains one of the most versatile and time-tested tools in limb reconstruction, particularly for complex or infected cases.
Hexapod (Taylor Spatial Frame)
A computer-guided six-strut external frame that corrects complex deformities in all planes simultaneously. Adjustments are calculated by software from periodic X-rays, allowing highly precise correction even for multi-directional deformities.
Magnetic Internal Lengthening Nail
An intra-medullary nail that lengthens gradually under external magnetic control — no external frame required, which makes it a preferred option for cosmetic or functional lengthening where discretion and comfort matter.
Bone Transport
A segment of healthy bone is moved gradually across a defect, generating new bone as it travels and filling the gap left behind. This is typically used after infection or tumour resection has removed a significant length of bone.
Vascularised Bone Graft
Live bone — most often taken from the fibula — is transferred along with its own blood supply to bridge large defects that would otherwise struggle to heal.
Soft-Tissue Coverage
Local or free flaps are used to cover exposed bone when skin and muscle have been lost, protecting the reconstruction and giving the area the best chance to heal.
Deformity Correction Osteotomy
A single-stage realignment of a bowed or rotated bone, used when the correction needed doesn’t require gradual, staged adjustment.
What Happens During Treatment
Every limb reconstruction treatment is carefully planned based on the patient’s condition. After detailed scans, the surgeon performs an osteotomy (a controlled cut in the bone) and uses an external fixator or internal lengthening nail to correct the bone. After a short healing period, the bone is gradually adjusted, usually about one millimetre each day, while regular follow-up visits and X-rays help monitor healing and progress. Once the required bone length or alignment is achieved, the new bone is allowed to strengthen before the device is removed. With advanced limb lengthening surgery, bone deformity correction, and orthopaedic treatment, patients can improve movement, restore function, and return to daily activities with greater comfort.
Benefits of Treatment
- Restoration of normal limb length and alignment
- Ability to walk without a limp
- Cure of chronic bone infection
- Salvage of limbs previously considered for amputation
- Improved cosmetic appearance
- Long-term functional independence
Life After Surgery
Most patients walk with crutches or a walker throughout the treatment phase, which typically runs three to nine months depending on how much length or correction is needed. Daily pin-site care, regular dressing changes and structured physiotherapy are all essential parts of a good outcome — they’re not optional extras. Frame removal itself is a short outpatient procedure. Strength and confidence keep building for several months afterward, and most patients return to full activity, including running and sport, within a year.
Risks You Should Know About
What to be aware of
- Pin-site infection (common, usually managed with antibiotics)
- Joint stiffness above or below the corrected segment
- Premature or delayed consolidation of new bone
- Nerve or vessel irritation during correction
- Re-fracture after frame removal (rare with proper protection)
- Psychological burden of long treatment, addressed through structured support
Reducing Your Risk
- Treat open fractures with prompt, thorough debridement and stabilisation
- Address childhood deformities and length differences early
- Optimise nutrition, vitamin D and calcium intake
- Stop smoking
- Manage diabetes carefully
- Seek specialist opinion for non-healing fractures rather than repeated revisions
Why Choose Medaura
Medaura connects you with limb reconstruction surgeons experienced in Ilizarov, internal lengthening and complex trauma reconstruction, trained at India’s leading reconstructive surgery centres. Every plan is built around restoring length, alignment and function, drawing on current international guidelines and years of hands-on reconstructive experience. We coordinate imaging, staged procedures, financial estimates and travel logistics for patients from across India and abroad — so you can focus on healing, not on navigating a fragmented healthcare system.
Reconstruction specialists
15+ years in complex limb surgery
Transparent pricing
Written estimates, no hidden charges.
Staged recovery
Structured, milestone-based rehabilitation pathways
Book this treatment
Request a Consultation
A coordinator responds within one business day with next steps, costs and timeline.
Related Treatments
World-class hip and knee replacement with rapid-recovery protocols.
Microscopic, endoscopic and motion-preserving spine care.
Limb-sparing surgery for benign and malignant bone tumours.
Frequently Asked Questions
Find Answers to Your Healthcare Questions
Get quick, reliable information about treatments, appointments, services, and patient care.
How long does limb reconstruction take?
Treatment courses typically last three to nine months, depending on the length to be gained or the deformity to be corrected.
Will I be able to walk during treatment?
Yes. Walking with the frame is encouraged and helps new bone form correctly.
Are external frames painful?
There is discomfort during the early correction phase, well controlled with oral analgesics. Most patients adapt within a few weeks.
Is the internal nail better than the external frame?
It is more comfortable and discreet but more expensive and limited to certain bone diameters. Your surgeon will advise based on your anatomy.
Is amputation ever the better option?
In a small number of cases — severe soft-tissue loss, repeated failed reconstruction or extensive nerve damage — modern prosthetics offer better function than reconstruction. We give honest, balanced advice.
