Joint Preservation Surgery
Joint preservation surgery is a set of advanced surgical techniques aimed at maintaining the natural joint structure and delaying or preventing the need for joint replacement. Rather than replacing a damaged joint, these procedures repair, realign, or regenerate tissues like cartilage, bone, ligaments, or menisci — especially in younger, active individuals.
Advantages of Joint Preservation Surgery
- Preserves Natural Joint Function: By repairing damaged cartilage, ligaments, or bone alignment, these surgeries allow your joint to move naturally without the limitations of a prosthetic joint.
- Delays or Prevents Joint Replacement: Especially beneficial for younger patients, joint preservation techniques can extend the life of your natural joint, postponing or avoiding the need for total joint replacement.
- Minimally Invasive Options Available: Many joint preservation procedures, such as arthroscopy or osteotomies, use minimally invasive techniques, resulting in smaller incisions, less pain, and faster recovery.
- Improves Strength and Stability: Correcting underlying structural issues (e.g., realigning the joint or repairing soft tissue) improves joint mechanics, strength, and function, especially in active individuals or athletes.
- Faster Return to Activity: With appropriate rehabilitation, many patients experience quicker recovery and return to sports or work compared to traditional joint replacement..
- Supports Natural Healing: Some procedures (e.g., cartilage regeneration or biologic therapies like PRP or stem cells) stimulate the body’s own healing potential, promoting long-term joint health.
Ideal Candidates Include:
Younger, active individuals with early joint damage
Patients with localized cartilage injuries
People with joint misalignment (valgus/varus knee)
Athletes seeking high-performance recovery options
Patients who want to avoid or delay joint replacement
Our Expertise in Joint Preservation
Our orthopedic specialists use the latest techniques, including:
Osteotomy
Cartilage repair (ACI, MACI, OATS, microfracture)
Ligament reconstruction
Meniscus preservation
Biologic injections (PRP / Stem Cells)
