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ChondroFiller®
ChondroFiller®
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Prof. Paul Lee
ChondroFiller® is an innovative, injectable collagen scaffold designed for one-step regeneration of focal articular cartilage defects. It gels in situ, creating a 3-D matrix that attracts patient cells to form durable hyaline-like cartilage, enabling structural repair rather than temporary symptom relief. Suitable for multiple joints, this minimally invasive treatment offers…ChondroFiller® is an innovative, injectable collagen scaffold designed for one-step regeneration of focal articular cartilage defects. It gels in situ, creating a 3-D matrix that attracts patient cells to form durable hyaline-like cartilage, enabling structural repair rather than temporary symptom relief. Suitable for multiple joints, this minimally invasive treatment offers significant pain reduction, function improvement, and superior MRI repair outcomes. Under expert care at MSK Doctors, guided by Prof. Paul Lee, patients receive personalized plans including advanced diagnostics and rehabilitation. ChondroFiller® is ideal for adults seeking to preserve native joint surfaces and delay or avoid replacement surgery. With a low complication profile and compelling clinical results, it represents a modern, evidence-led option in cartilage repair.
25/9/2025
Advance Meniscus Repair
Advance Meniscus Repair
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Prof. Paul Lee
Advanced meniscus repair techniques enhance healing and preserve tissue, reducing joint degeneration risk. Key methods include circumferential stitch repair, NovoStitch Pro system, and biologically augmented repairs. Circumferential stitching offers biomechanical superiority by evenly distributing forces, minimizing re-tear risks, and stabilizing complex tears. The NovoStitch Pro system allows for minimally invasive…Advanced meniscus repair techniques enhance healing and preserve tissue, reducing joint degeneration risk. Key methods include circumferential stitch repair, NovoStitch Pro system, and biologically augmented repairs. Circumferential stitching offers biomechanical superiority by evenly distributing forces, minimizing re-tear risks, and stabilizing complex tears. The NovoStitch Pro system allows for minimally invasive arthroscopic repair, avoiding open surgery and associated risks. Augmentation techniques, like PRF and hay bale sutures, improve stability and healing through growth factor-rich scaffolds and dense repair matrices. These innovations in meniscal repair, combined with biologic and mechanical strategies, aim to maintain joint function, expedite recovery, and pave the way for future advancements like stem cell-seeded scaffolds and robotic-assisted repairs. Modern approaches achieve superior outcomes, demonstrating high healing rates and faster rehabilitation, ultimately prevent
8/4/2025
PRF: The Science Behind its Role in Cartilage Repair and Tissue Regeneration
PRF: The Science Behind its Role in Cartilage Repair and Tissue Regeneration
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Prof. Paul Lee
Platelet Rich Fibrin (PRF) is a natural biomaterial derived from a patient's own blood, rich in platelets, growth factors, and cytokines, which are crucial for tissue regeneration. PRF has shown to improve the healing of articular cartilage defects, enhancing the quality of repair tissue. Studies have consistently demonstrated the beneficial…Platelet Rich Fibrin (PRF) is a natural biomaterial derived from a patient's own blood, rich in platelets, growth factors, and cytokines, which are crucial for tissue regeneration. PRF has shown to improve the healing of articular cartilage defects, enhancing the quality of repair tissue. Studies have consistently demonstrated the beneficial effects of PRF in cartilage repair and its application in other medical fields such as rhinoplasty for cartilage defect regeneration. The future of PRF in joint regeneration looks promising, with advancements in combining PRF with other biological products for osteochondral regeneration. PRF aligns with the principles of personalised medicine, as it uses the patient's own biological materials, minimizing the risk of immune rejection and maximizing regenerative potential.
6/1/2024
Knee Cartilage, Diagnosis, Modern Imaging and Treatments- A comprehensive guide for
Knee Cartilage, Diagnosis, Modern Imaging and Treatments- A comprehensive guide for
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Prof. Paul Lee
Knee cartilage is crucial for joint health, but it has limited natural healing capacity. Understanding its structure, injuries, and treatment options is vital for effective management. MRI is the gold standard for diagnosing cartilage problems, providing detailed images of the knee's soft tissues. Advanced techniques like T2 mapping and diffusion-weighted…Knee cartilage is crucial for joint health, but it has limited natural healing capacity. Understanding its structure, injuries, and treatment options is vital for effective management. MRI is the gold standard for diagnosing cartilage problems, providing detailed images of the knee's soft tissues. Advanced techniques like T2 mapping and diffusion-weighted imaging offer deeper insights into cartilage composition. Treatment approaches range from conservative management and physiotherapy to emerging regenerative therapies like cell treatments and growth factors. Surgical interventions like autologous chondrocyte implantation (ACI), matrix-induced autologous chondrocyte implantation (MACI), and osteochondral autograft transplantation (OAT) are used to repair cartilage damage. Gait mechanics and deep learning models based on MRI are also explored in diagnosing and treating knee joint injuries.
26/12/2023
Liquid Cartilage (TM) Therapy: A Minimally Invasive Approach to Joint Repair
Liquid Cartilage (TM) Therapy: A Minimally Invasive Approach to Joint Repair
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Prof. Paul Lee
Liquid Cartilage (TM) Therapy is an advanced and minimally invasive treatment offered by MSK Doctors for patients with joint cartilage damage. This technique is invented by Professor Paul Lee. Procedure involves the injection of a collagen-based solution into the affected joint, promoting natural healing and regeneration. While it may not…Liquid Cartilage (TM) Therapy is an advanced and minimally invasive treatment offered by MSK Doctors for patients with joint cartilage damage. This technique is invented by Professor Paul Lee. Procedure involves the injection of a collagen-based solution into the affected joint, promoting natural healing and regeneration. While it may not be suitable for all types of cartilage damage, particularly advanced degenerative joint diseases, it has shown promise in improving joint function and reducing pain. Although long-term effectiveness and potential complications are not extensively documented yet, the procedure offers reduced recovery time and a more comfortable postoperative experience compared to traditional surgeries. This therapy is beneficial for individuals with cartilage damage from injury, overuse, or early-stage degenerative joint diseases, and MSK Doctors aims to provide the most innovative and personalized regenerative medicine treatments for their patients.
26/12/2023
Lipogems
Lipogems
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Prof. Paul Lee
Experience advanced fat cell therapy for joint disorders with Lipogems at MSK Doctors. Our unique treatment uses microfragmented adipose tissue (MFAT) for osteoarthritis (OA) and joint pain, harnessing your own fat cells' healing properties. Supported by extensive research and numerous studies, including the one cited on PubMed (Pubmed ID: 36541936),…Experience advanced fat cell therapy for joint disorders with Lipogems at MSK Doctors. Our unique treatment uses microfragmented adipose tissue (MFAT) for osteoarthritis (OA) and joint pain, harnessing your own fat cells' healing properties. Supported by extensive research and numerous studies, including the one cited on PubMed (Pubmed ID: 36541936), our Lipogems procedure efficiently harvests, processes, and injects MFAT into the afflicted joint for broad-spectrum efficacy. It is effectively used in combination with other regenerative treatments like hyaluronic acid or platelet-rich plasma. Let MSK Doctors guide you towards improved joint health and a pain free life through Lipogems therapy.
17/12/2023
TWIS TKR - Turn With Intelligent Stability Total Knee Replacement: Advanced Kinematic Intelligence for Enhanced Joint Function
TWIS TKR - Turn With Intelligent Stability Total Knee Replacement: Advanced Kinematic Intelligence for Enhanced Joint Function
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Prof. Paul Lee
TWIS-TKR is a groundbreaking approach to knee replacement surgery, offering patients a more natural and responsive knee joint. This innovative technique focuses on custom kinematic rotation alignment, providing optimal rotational alignment and intelligent stability. With unparalleled customization and flexibility in 3D space, TWIS-TKR offers enhanced mobility, increased stability, and faster…TWIS-TKR is a groundbreaking approach to knee replacement surgery, offering patients a more natural and responsive knee joint. This innovative technique focuses on custom kinematic rotation alignment, providing optimal rotational alignment and intelligent stability. With unparalleled customization and flexibility in 3D space, TWIS-TKR offers enhanced mobility, increased stability, and faster recovery. Supported by clinical evidence, studies have shown improved functional outcomes, higher patient satisfaction, reduced complication rates, and accelerated recovery times with TWIS-TKR. Biomechanical advantages and integration with artificial intelligence further enhance surgical precision and outcomes. TWIS-TKR also incorporates a unique enhanced recovery pathway and a proprietary pain relief protocol, providing a holistic approach to knee replacement.
19/11/2023
STARR ACL: Enhancing ACL Repair through the Regeneration Principle
STARR ACL: Enhancing ACL Repair through the Regeneration Principle
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Prof. Paul Lee
The STARR technique is a revolutionary approach to ACL repair that aligns with the regeneration principle. Developed by Prof. Paul Lee, this technique aims to optimize the healing process and promote biological recovery by combining the principles of physics, chemistry, biology, and timing. It involves preserving the native ligament and…The STARR technique is a revolutionary approach to ACL repair that aligns with the regeneration principle. Developed by Prof. Paul Lee, this technique aims to optimize the healing process and promote biological recovery by combining the principles of physics, chemistry, biology, and timing. It involves preserving the native ligament and reinforcing it with a biocompatible scaffold to restore the natural balance of forces within the knee. The scaffold creates a favorable microenvironment for tissue regeneration, harnessing the body's regenerative capacity. Timing is critical, as the procedure is performed in a timely manner after the injury to maximize the healing potential. The STARR technique promotes biological recovery by preserving native tissue, reinforcing with a scaffold, using a minimally invasive procedure, personalizing treatment, and collaborating with rehabilitation specialists. Consult a qualified orthopaedic surgeon experienced in the STARR technique to explore its potent
22/10/2023
Transforming Orthopaedic Surgeries: An In-depth Look at the STARR Technique
Transforming Orthopaedic Surgeries: An In-depth Look at the STARR Technique
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Prof. Paul Lee
The STARR technique is revolutionizing ligament surgeries in orthopaedic surgery. This groundbreaking approach combines principles from physics, chemistry, biology, and timing to achieve successful ligament repair and reconstruction. The technique focuses on biomechanical stability, optimal healing, and regeneration of damaged ligaments. It incorporates a biocompatible scaffold that interacts with surrounding…The STARR technique is revolutionizing ligament surgeries in orthopaedic surgery. This groundbreaking approach combines principles from physics, chemistry, biology, and timing to achieve successful ligament repair and reconstruction. The technique focuses on biomechanical stability, optimal healing, and regeneration of damaged ligaments. It incorporates a biocompatible scaffold that interacts with surrounding tissues at a molecular level, creating an ideal chemical environment for healing and tissue regeneration. By intervening early and leveraging the body's regenerative capacity, the STARR technique minimizes scar tissue formation and ensures the growth of functional tissue. It offers efficient and less invasive solutions for MPFL repair and ACL reconstruction, enhancing biomechanical stability and reducing recovery time. The STARR technique represents the future of orthopaedic surgery, promising quicker recovery and better long-term outcomes for patients. Stay tuned for more informa
22/10/2023
Bikini Hip Replacement: A Minimally Invasive Surgical Technique for Faster Recovery and Reduced Scarring
Bikini Hip Replacement: A Minimally Invasive Surgical Technique for Faster Recovery and Reduced Scarring
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Prof. Paul Lee
The Bikini Hip Replacement, also known as the Bikini Incision Direct Anterior Approach (DAA), is a minimally invasive technique for total hip replacements. It uses a small incision placed parallel to the skin creases, resulting in a smaller scar hidden in the bikini line for females. This approach preserves important…The Bikini Hip Replacement, also known as the Bikini Incision Direct Anterior Approach (DAA), is a minimally invasive technique for total hip replacements. It uses a small incision placed parallel to the skin creases, resulting in a smaller scar hidden in the bikini line for females. This approach preserves important anatomical structures, reducing blood loss and promoting faster recovery. Patients undergoing this procedure experience reduced pain, shorter hospital stays, and faster return to daily activities. However, there is a learning curve associated with the technique, and surgeons need proper training and experience to minimize complications. Overall, the Bikini Hip Replacement technique offers potential benefits for faster recovery, improved outcomes, and enhanced patient satisfaction.
22/10/2023
Arthrosamid®: The Science Behind a Groundbreaking Knee Osteoarthritis Treatment
Arthrosamid®: The Science Behind a Groundbreaking Knee Osteoarthritis Treatment
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Prof. Paul Lee
Arthrosamid, also known as Polyacrylamide (PAAG) hydrogel, is a groundbreaking treatment for knee osteoarthritis. This synthetic hydrogel acts as a scaffold for tissue regeneration, adhering to and augmenting the synovial membrane in the knee joint. Clinical studies have shown significant improvements in knee OA symptoms after 52 weeks of Arthrosamid…Arthrosamid, also known as Polyacrylamide (PAAG) hydrogel, is a groundbreaking treatment for knee osteoarthritis. This synthetic hydrogel acts as a scaffold for tissue regeneration, adhering to and augmenting the synovial membrane in the knee joint. Clinical studies have shown significant improvements in knee OA symptoms after 52 weeks of Arthrosamid treatment. The hydrogel has demonstrated a favourable safety profile and outperformed traditional treatments like hyaluronic acid in terms of pain relief and physical function. Patient stories corroborate its efficacy and long-term benefits, with individuals reporting improved mobility and a reduction in discomfort. Arthrosamid is poised to make a significant impact in orthopaedic surgery and regenerative medicine.
21/10/2023
SPAIRE Hip - Preserving Muscles and Anatomy Enhancing Hip Stability and Recovery.
SPAIRE Hip - Preserving Muscles and Anatomy Enhancing Hip Stability and Recovery.
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Prof. Paul Lee
SPAIRE technique, a muscle-sparing approach to hip replacement surgery, aims to minimize postoperative pain and improve gait and mobility outcomes. It involves a modified posterior approach that preserves key muscles, such as the piriformis and obturator internus. By sparing these muscles and anatomical structures, improved hip stability and biomechanical advantages…SPAIRE technique, a muscle-sparing approach to hip replacement surgery, aims to minimize postoperative pain and improve gait and mobility outcomes. It involves a modified posterior approach that preserves key muscles, such as the piriformis and obturator internus. By sparing these muscles and anatomical structures, improved hip stability and biomechanical advantages may be achieved. Clinical evidence has shown that the SPAIRE technique enhances postoperative hip stability and improves recovery compared to traditional approaches. Studies have also reported its efficacy in treating displaced hip fractures and various hip conditions. Preservation of muscle and anatomy with the SPAIRE technique may contribute to improved biomechanical outcomes. Further research is needed to fully evaluate its advantages compared to other approaches. Professor Paul Lee, who trained alongside and was mentored by Professor Timperley in the SPAIRE technique, has been utilising it in his practice for many years
21/10/2023
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