Site specific solutions

Clinical Experience & Site-Specific Reconstructions

Anatomical Specialization & Reconstructive Volume We maintain over 25 years of surgical data across all major anatomical sites, including the pelvis, proximal/distal femur, and shoulder girdle. This experience is grounded in a high-volume caseload of both primary arthroplasty and complex limb salvage.

• Complexity Tier: Specialized in Tier 3/4 reconstructions involving massive bone loss, pelvic discontinuities, and failed previous implants.

• Tumor-Specific Solutions: Customized surgical approaches for primary bone tumors (Osteosarcoma, Chondrosarcoma) and complex metastatic disease.

• International Training & Academic Oversight: Served as lead faculty for international training programs in the Exeter Hip and High-Mobility Knee systems, and as Chairman of the Clinical Competency Committee.

• Functional Outcomes & Biomechanical Integrity Our repository of clinical solutions is developed to maximize biological tolerability and long-term functional mobility. We apply the same "must-not-fail" structural engineering required for oncological reconstruction to every primary joint replacement, ensuring a "forever" hip or knee for the active patient.

This section highlights a collection of solutions conceived and performed successfully over a number of years. It can be difficult to take patients through all of the intricacies involved in counseling for a specific procedures and therefore these pages should aid them in coming to a conclusion about which procedure is most relevant for them. While these are a collection of procedures characterised by anatomical location, it should be understood that some of the principles may be applicable across more than one region. This has been covered elsewhere in the site. Due to the graphic nature of these pages, access has been restricted to current patients and healthcare workers only.

Clicking on the diagram or the following links will take you to specific sections on the site relevant to the anatomical site selected. Typical primary tumors encountered at these sites is also indicated.