2026 March CME CPD Seminar – An Orthopaedic seminar for doctors and therapists

Welcome to the page of the seminar hosted by Asia Medical Specialists. On this page, you will find information about this event.


“It is movement that heals the joints; it is stagnation that weakens them.”

Dr. James Cyriax


Speakers’ Biography


Dr CC KONG

Speciality: Orthopaedics and Traumatology
Interest: Knee Surgery

Dr CC Kong is an orthopaedic surgeon dedicated to preserving and restoring natural knee function. He believes in saving the knee whenever possible by correcting anatomical issues, utilising advanced surgical techniques, and offering personalised treatment plans for every patient.

Dr Kong provides a comprehensive range of innovative procedures. These include biological solutions such as autologous cartilage cell implantation and meniscal transplantation, as well as specialised reconstructive surgeries like anatomical double-bundle ACL reconstruction. He is also highly skilled in robotic-assisted knee replacement surgery, a technology he has integrated to enhance precision and personalisation in both partial and total knee replacements, leading to improved implant positioning and potentially faster patient recovery. Furthermore, Dr Kong manages complex conditions including corrective osteotomies, patellar disorders, fractures around the knee, and performs ‘biological knee replacement’ as well as revision surgeries for those requiring further care…Read More

Knee: Dr Chi-Chung KONG


Hip and Pelvic: Dr Jason BROCKWELL

Dr Jason BROCKWELL

Speciality: Orthopaedics and Traumatology
Interest: Hip and Pelvic Surgery

Dr Jason Brockwell is an orthopaedic surgeon with a special interest in hip & pelvic problems. He believes his patients want to lead long, happy lives, and his job is to do as little as possible, but as much as necessary, to help them achieve this.

Dr Brockwell performs both established and innovative procedures for hip and pelvic problems, especially in young people, including: cortisone and hyaluronic acid injections; autologous tenocyte implantation (for hamstring and gluteal tendon problems); hip arthroscopy (mainly for Femoro-Acetabular Impingement); various types of hips replacement, including Birmingham Hip Resurfacing and conventional total hip replacement; and revision hip replacement; pelvic and femoral osteotomies; treatment of fractures around the hip; and treatment of Sacro-Iliac (SI) joint problems, groin pain, “sports hernia”, osteitis pubis, & pelvic floor pain …. Read More




Choosing Among Different Types of Hip Replacement FAQs

In this detailed FAQ, Dr. Jason Brockwell guides patients through the decision-making process for hip replacement, starting with non-surgical options like physiotherapy and injections before considering surgery. He explains that the main choice is between hip resurfacing and conventional total hip replacement (THR), noting that resurfacing preserves more bone and allows for higher impact activity—making it the best option for young men with osteoarthritis—while conventional THR is a reliable choice for older or less active patients. Dr Brockwell emphasises that the ideal implant depends on individual factors like age, gender, and activity goals, and provides specific recommendations such as the Birmingham Hip Resurfacing for suitable candidates or ceramic-on-polyethene bearings for those undergoing conventional THR……Read More

Understanding Robotic-Assisted Knee Replacement Surgery

This article explains how robotic-assisted technology is enhancing total knee replacement (TKR) surgery. Written from the perspective of an orthopaedic surgeon at Asia Medical Specialists, it clarifies that the robot is a precision guidance tool—like an advanced GPS—not an autonomous operator. The surgeon remains in full control, using the system for personalised 3D surgical planning based on the patient’s unique anatomy. Key benefits highlighted include data-driven soft tissue balancing for a more natural-feeling knee, unmatched accuracy in bone preparation, and the potential for less invasive surgery. These advantages can lead to improved early outcomes, such as less pain and quicker recovery, and may contribute to the long-term longevity of the implant by ensuring optimal alignment and balance. The article emphasises that the surgeon’s skill, combined with this technology, aims for consistently excellent, personalised results, though patient dedication to post-surgery rehabilitation remains crucial………..Read More

Coccydynia FAQs

This detailed FAQ article explains coccydynia—pain around the tailbone that is worse with sitting. It distinguishes primary coccydynia (caused by injury, childbirth, or idiopathic factors like pelvic muscle tension) from secondary coccydynia (caused by tumours or infections, which require different treatment). Diagnosis is based on symptoms and physical exams, with imaging like X-rays or CT scans used mainly to rule out other serious conditions. The treatment approach follows a clear stepwise ladder: starting with conservative measures (doughnut cushions, physiotherapy, heat), progressing to medications and guided injections (steroid or nerve blocks), and finally considering surgery (coccygectomy) for persistent, severe cases…….Read More

A Step-by-Step Guide to Robotic-Assisted Surgery 

This article provides a patient-focused, step-by-step guide to robotic-assisted knee replacement surgery using the ROSA (Robotic Surgical Assistant) system. It explains that ROSA acts as a “high-tech co-pilot” for the surgeon, not an autonomous operator. The process begins with creating a personalised 3D model of the patient’s knee to pre-plan the ideal implant size, placement, and alignment. During surgery, the surgeon remains in complete control while ROSA provides real-time data and guidance for precise bone preparation and objective soft tissue balancing. The intended benefits for the patient include a less invasive procedure, reduced post-operative pain, quicker return to mobility, and a knee that feels more stable and natural, potentially leading to a smoother recovery and improved long-term implant performance. The article emphasises that this technology empowers the surgeon’s expertise for a more predictable and personalised outcome……….Read More


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