Advanced reconstruction to preserve limbs following severe trauma, infection, or tumor removal.
Limb salvage combines reconstructive techniques to preserve a limb that might otherwise require amputation, following severe trauma, infection, or tumor removal. It often involves a multi-disciplinary, staged approach.
A multi-disciplinary assessment involving orthopedic, vascular, and reconstructive input
Damaged bone, vessels, or tissue are stabilized and, where needed, reconstructed in stages
Soft tissue coverage is restored, often using local or free tissue transfer techniques
Vascular repair ensures adequate blood supply reaches the salvaged limb
A staged rehabilitation plan is built around each surgical milestone
Every surgery carries some risk. Your consultation with Dr. Muhammad Ali will cover how these apply specifically to you.
A general guide your own timeline will be reviewed in detail during your consultation.
Focus on stabilizing bone, vessels, and soft tissue coverage.
Further surgeries may be planned to refine coverage and function.
Intensive physical therapy to rebuild strength and mobility.
Function continues to be monitored and supported over the following years.
A clear, structured process from your first visit through full recovery.
A detailed discussion of your goals, medical history and a thorough physical examination.
A written surgical plan built around your anatomy, with realistic expectations and costs.
Performed personally by Dr. Ali in a licensed, hospital-grade surgical facility.
A structured aftercare schedule with direct access to the clinical team.
Every procedure is performed personally by Dr. Ali, never delegated to unsupervised staff.
Operations take place in a licensed, hospital-grade operating theatre with full anaesthesia support.
You receive a written plan with realistic expectations, risks, and costs before you decide anything.
Scheduled follow-ups and a direct line to the clinical team through your entire recovery.

Advanced procedures performed using specialized microscopes to reconnect tiny blood vessels and nerves.
Transfer healthy tissue from one part of the body to another for reconstruction of complex defects.
Treatment of traumatic injuries, tendon injuries, nerve injuries, fractures, congenital hand deformities, and functional restoration.