Ортопедия и травматология
| лечение | |
|---|---|
| Хирургическое удлинение конечностей | $5000 - $15000 |
| Операция при переломе кости | $2000 - $10000 |
| Операция по устранению деформации костей | $5000 - $15000 |
Elsheikh LRS Clinic is a specialized orthopedic center in Cairo, Egypt. It treats adults and children with complex bone deformities and infections. The clinic leads in using PET-CT molecular imaging for osteomyelitis planning. This technology maps infection margins to the millimeter to guide limb-saving surgery. Prof. Ahmed Elsheikh completed fellowships in the UK, Switzerland, and Italy. He trained at RNOH London and Humanitas Research Hospital Milan.
The team performs limb lengthening with computerized Hexapod external fixators and PRECICE internal nails. They manage complex trauma through an orthoplastic approach. This method combines skeletal and soft-tissue reconstruction. The clinic works with Benha University for research and teaching. Prof. Elsheikh received the Utopia Prize and the Best Research Award from MEPOS. Patients can book online consultations for complex case reviews via WhatsApp.
| лечение | |
|---|---|
| Хирургическое удлинение конечностей | $5000 - $15000 |
| Операция при переломе кости | $2000 - $10000 |
| Операция по устранению деформации костей | $5000 - $15000 |
Elsheikh LRS Clinic is a private multi-specialty facility in Cairo, Egypt. It serves as a tertiary referral center for pediatric and adult orthopaedic reconstruction. Dr. Ahmed Elsheikh leads the clinic. He is an Associate Professor of Orthopaedic Surgery who specializes in complex bone pathologies.
The clinic contributes to clinical research and surgical innovation. Dr. Ahmed Elsheikh is a member of several international organizations:
Research from the clinic earned the Best Research Award at the MEPOS International Congress. The practice also received the Utopia Prize for its medical services. The team maintains academic ties with Benha University, where surgeons supervise doctoral research and international multicenter studies.
The clinic treats complex bone angularities, rotational misalignments, and leg length discrepancies. Surgeons use two main approaches for limb lengthening:
For alignment issues, the team uses Mechanical Axis assessment via EOS or full-leg radiographs. This ensures precise planning for joint loading. Computerized deformity software manages gradual corrections, so patients can make daily adjustments at home.
A key strength of the clinic is its approach to chronic bone infections (osteomyelitis). Specialists use 18F-FDG PET-CT molecular imaging to map infection margins with millimeter precision. This guides geographic debridement as part of a structured two-stage surgical pathway.
Complex fractures and non-unions are treated with biological and mechanical stimulation. For significant bone loss, surgeons perform bone transport via distraction osteogenesis. They also apply the Induced Membrane Technique to reconstruct segmental defects after infection clearance.
The clinic uses an Orthoplastic approach for limb-threatening trauma. This coordinates skeletal stabilization with soft-tissue reconstruction in a single surgery. The team uses microvascular instruments and negative pressure wound therapy (NPWT) to manage complex open fractures.
The facility has advanced diagnostic tools to monitor bone healing and infection status:
Surgeons track recovery using sequential X-rays to measure the pixel value ratio in new bone. This confirms the reconstructed bone can support full weight-bearing.
The clinic treats international patients through a transparent consultation process. Dr. Ahmed Elsheikh completed fellowships at Royal National Orthopaedic Hospital London and Humanitas Research Hospital Milan. He also trained at University Hospital Basel and the AO Research Institute in Davos.
Online consultations and case reviews are available for overseas patients. Consultations are provided in Arabic and English. Post-operative support includes customized rehabilitation protocols that encourage early joint range-of-motion exercises.