Oxford Orthopaedic

Specialist(s)	Dr. James Wee Liang Hao Dr. Francis Wong Keng Lin
Background	Led by Dr James Wee & Dr Francis Wong, Oxford Orthopaedics specialises in minimally invasive hip, knee, and ankle reconstruction surgery, cartilage and joint preservation, as well as other shoulder, wrist, and lower limb conditions. Dr James Wee is a dual fellowship-trained Orthopaedic Surgeon who pursued his training at Oxford University Hospitals and the Royal National Orthopaedic Hospital in London. He has over 20 years of clinical experience, specialising in Hip & Knee surgery and Foot & Ankle surgery. He is well-versed in using arthroscopic (keyhole) and minimally invasive surgical (MIS) techniques. Dr Francis Wong is Singapore’s only orthopaedic surgeon/scientist with a PhD in cartilage regeneration. He is highly specialised in cartilage treatment and surgery, with extensive experience in biological joint preservation and over 500 cartilage repair procedures performed. His work integrates clinical practice with evidence based biological treatments aimed at helping active individuals preserve their joints and avoid premature joint replacement.

Specialist(s)

Dr. James Wee Liang Hao
Dr. Francis Wong Keng Lin

Background

Led by Dr James Wee & Dr Francis Wong, Oxford Orthopaedics specialises in minimally invasive hip, knee, and ankle reconstruction surgery, cartilage and joint preservation, as well as other shoulder, wrist, and lower limb conditions.

Dr James Wee is a dual fellowship-trained Orthopaedic Surgeon who pursued his training at Oxford University Hospitals and the Royal National Orthopaedic Hospital in London. He has over 20 years of clinical experience, specialising in Hip & Knee surgery and Foot & Ankle surgery. He is well-versed in using arthroscopic (keyhole) and minimally invasive surgical (MIS) techniques.

Dr Francis Wong is Singapore’s only orthopaedic surgeon/scientist with a PhD in cartilage regeneration. He is highly specialised in cartilage treatment and surgery, with extensive experience in biological joint preservation and over 500 cartilage repair procedures performed. His work integrates clinical practice with evidence based biological treatments aimed at helping active individuals preserve their joints and avoid premature joint replacement.