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Clinical Philosophy & Surgical Intent 

Thirty years of surgical practice provide the discernment necessary to separate functional results from industry gimmicks. We prioritize the preservation of the human frame through a closed-loop system of diagnosis, resection, and reconstruction. This framework manages catastrophic mechanical and pathological failure where standard orthopaedic options have been exhausted.

We eliminate diagnostic lag by internalizing the clinical audit. Point-of-Care Ultrasound (POCUS) provides immediate bedside assessment of joint mechanics and soft tissue architecture. We perform joint aspirations, injections, and bone or soft tissue biopsies on-site, using histology to ground every surgical path in pathological truth.

Management of Musculoskeletal Oncology centers on the definitive resection of primary bone and soft tissue sarcomas. We provide specialized surgical intervention for the most aggressive bone malignancies, including Osteosarcoma, Ewing’s Sarcoma, and Chondrosarcoma. Our soft tissue oncology practice manages complex Liposarcomas, Malignant Fibrous Histiocytomas (MFH), and Myxofibrosarcomas, ensuring wide oncological clearance while preserving neurovascular integrity. For benign conditions, we apply the same mechanical rigor to the management of bone tumors such as Giant Cell Tumors (GCT), Enchondromas, Exostoses, and Osteoid Osteomas. In the soft tissue realm, we address Lipomas, Pigmented Villonodular Synovitis (PVNS), Fibromatosis, and Nerve Sheath Tumors. We utilize advanced limb salvage techniques—including bone lengthening, cryosurgery, and epiphysiodesis—to restore the human frame after tumor extirpation.

Mechanical restoration follows a rigorous structural audit. We utilize biological grafts, megaprostheses, and 3D-printed custom implants to rebuild the skeleton after tumor resection or catastrophic trauma. For failed primary surgeries, Revision Arthroplasty addresses massive bone loss and joint instability through computer-guided robotic assistance. Technical interventions include arthrodesis, total joint replacement, and major joint reconstruction.

We restore the kinetic chain through targeted trauma and soft tissue interventions. This includes fracture treatment (ORIF), debridement of compound fractures, and the management of septic joints. Specialized repairs involve microvascular surgery, neurolysis, peripheral nerve repair, and tendon transplants. For joint stability, we utilize arthroscopy for knee ligament repair and meniscal surgery.

Functional recovery is managed via in-house physiotherapy and motion capture gait analysis to ensure surgical intent is translated into movement. We apply biologics—Stem Cells, PRP, and Autologous Protein Solution (APS)—only where clinical evidence supports their efficacy in delaying joint wear. For pediatric care, we employ the region's only silent cast cutter to remove the acoustic trauma and anxiety of traditional methods. Every asset in this clinic is selected based on three decades of verified utility.

Clinical Compendium

I. Diagnostic Foundations & Minor Interventions

Economic Efficiency: Internalizing diagnostic audits eliminates the physical and financial "lag" of external facilities. Bedside precision prevents the high costs of mismanaged pathology.

• POCUS: Point-of-Care Ultrasound. Immediate bedside imaging to visualize soft tissue, fluid, and joint mechanics.

• Joint Aspiration & Injection: Diagnostic Joint Aspiration and management via Intraarticular Injection and Injection of Joints.

• Pathology & Precision Biopsy: Guided Bone Biopsy and Soft Tissue Biopsy (excision of ganglion, cyst, or bursa) verified by histological analysis.

• Clinical Diagnostics: Manipulations of Joints, Arthrodesis, and establishing technical nomenclature.

II. Biological Orthopaedics & Regenerative Medicine

Utilizing autologous biological signaling to restore joint homeostasis and delay mechanical failure.

• Stem Cells & Cellular Therapy 🔗: Targeted mesenchymal signaling for degenerative environments and bone voids.

• PRP & APS 🔗: Platelet-Rich Plasma and Autologous Protein Solution to rebalance the intra-articular environment.

• Regenerative Injections 🔗: Application of biological scaffolds for conditions between conservative care and arthroplasty.

III. Integrated Rehabilitation & Physiotherapy

Closed-loop functional restoration managed in-house to ensure surgical intent is preserved.

• LSARAS In-House Physiotherapy 🔗: Direct surgical-physio coordination for pre-habilitation and post-operative recovery.

IV. Musculoskeletal Oncology & Limb Salvage

Engineering preservation to prevent the permanent functional and economic burden of amputation.

• Tumour Surgery & Limb Salvage 🔗: Musculoskeletal Tumour Surgery and Limb Salvage Operations as alternatives to Extirpation (Amputation) or Scapulothoracic Amputation.

• Biological Reconstruction 🔗: Utilizing Bone Grafting Procedures, Vertebrectomies, and 3D Printed Patient-Specific Implants.

• Pediatric Preservation 🔗: Growth plate management via Epiphysiodesis.

• Cryosurgery 🔗: Biological sterilization of bone via liquid nitrogen.

V. High-Complexity Revision & Skeletal Stabilization

Definitive management for technical failure, trauma, and skeletal collapse.

• Revision of Joint Surgery 🔗: Management of mechanical failure and Major Joint Reconstruction (including non-prosthetic arthroplasty).

• Structural Arthroplasty 🔗: Total Joint Replacement and specialized Other Arthroplasty solutions.

• Fracture & Trauma: Treatment of Fractures (ORIF), Debridement of Compound Fractures, and Setting/Casting Closed Fractures.

• Pediatric Fracture Care: Utilization of the Pediatric Silent Cast Cutter—the only one in Singapore—to eliminate acoustic trauma for children.

• Skeletal Stability 🔗: Laminectomy and minimally invasive Kyphoplasty for vertebral stability.

• Septic Joint & Wound Care: Drainage of Infections, Drainage of Abscess, and Debridement of Penetrating Wounds.

VI. Reconstructive Plastic & Micro-Surgery

Restoration of structural, neurological, and integumentary integrity.

• Integumentary Salvage: Skin Grafting and specific Skin Grafting Procedures to Wound following major resections.

• Soft Tissue & Hand Architecture 🔗: Hand Reconstruction, general Reconstructive Surgery, and restorative soft tissue management.

• Neuro-Vascular Repair: Utilizing Microvascular Surgery, Peripheral Nerve Repair, and Neurolysis.

• Tendon Integrity: Tendon Repair and Tendon Transplant.

VII. Arthroscopic Mastery & Sports Architecture

Precision micro-surgical repair to stabilize the kinetic chain.

• Arthroscopy 🔗: Diagnostic and therapeutic Arthroscopy for the knee, hip, and shoulder.

• Knee Integrity 🔗: Knee Ligament Repair and Knee Meniscal Surgery.

• Instability Correction 🔗: Surgical correction of instability and Recurrent Dislocation.

VIII. Foundational Biomechanics

Preventative auditing to avoid degenerative failure.

• Gait & Motion Analysis 🔗: Scientific auditing of movement to diagnose Knee and Back Pain.

• Adult Foot Surgery 🔗: Foot Surgery in Adults, addressing Bunions and Flat Feet.

• Skeletal Health 🔗: Bone density management and Risk/Complication Audits.

Technical Assets & Clinical Evidence 

• Ultrasound imaging

We perform in-house ultrasounds for rapid diagnosis of tumors, sports injuries and to guide biopsies. This allows for better placement of forthcoming imaging studies and provides for a rapid diagnostic assessment while lowering costs of procedures.

Why is Ultrasound Imaging used in Orthopaedics?

Musculoskeletal ultrasound allows for real-time, "dynamic" imaging of tendons, ligaments, and muscles. Unlike an MRI, ultrasound allows the surgeon to move the joint during the scan to see exactly where a tendon is snapping or a ligament is failing.