Save Your Knee Before You Replace It
Knee preservation combines advanced non-surgical and minimally invasive techniques to relieve pain, repair damage, and delay or avoid total knee replacement — helping you stay active longer.
Why Patients Choose Preservation
Non-replacement solutions trusted by active patients of all ages.
Protecting Your Natural Knee, Not Replacing It
Knee preservation is a specialized branch of orthopedic medicine focused on treating knee pain, cartilage damage, and joint instability using techniques that protect and repair your own knee anatomy — rather than removing it. It's designed for patients who want to stay active without rushing into a total knee replacement.
- ✓ Targets the root cause of knee pain, not just symptoms
- ✓ Combines regenerative, surgical, and rehabilitative care
- ✓ Ideal for active adults, athletes, and early-stage arthritis patients
- ✓ Shorter recovery than total knee replacement
Who Is It For?
Knee preservation is best suited for patients who:
• Have early to moderate cartilage wear or arthritis
• Are under 60 and want to avoid early joint replacement
• Experience knee pain from sports or repetitive strain
• Have isolated cartilage or ligament damage
• Want to delay surgery through regenerative therapy
Signs You May Need Knee Preservation Care
Early recognition of these symptoms allows preservation techniques to be far more effective than waiting until damage progresses.
Persistent Joint Pain
Dull or sharp pain during walking, climbing stairs, or after prolonged activity that doesn't fully resolve with rest.
Swelling & Stiffness
Recurrent swelling around the joint, especially after activity, along with stiffness that limits full range of motion.
Clicking or Locking
A grinding, popping, or catching sensation in the knee, sometimes with the joint briefly locking in place.
Reduced Mobility
Difficulty fully bending or straightening the knee, or a noticeable loss of flexibility compared to before.
Instability
A feeling that the knee may "give way" or buckle under weight, particularly during pivoting or uneven terrain.
Pain After Rest
Stiffness or pain that is worse first thing in the morning or after sitting for long periods.
What Leads to Knee Joint Damage
Knee deterioration can result from a combination of mechanical, biological, and lifestyle factors.
Sports & Repetitive Strain Injuries
High-impact sports and repetitive knee movements gradually wear down cartilage and stress ligaments over time.
Early or Progressive Osteoarthritis
Natural cartilage breakdown that begins earlier than expected due to genetics, joint alignment, or prior injury.
Ligament & Meniscus Tears
ACL, MCL, or meniscus injuries that alter joint mechanics and accelerate cartilage wear if left untreated.
Joint Misalignment
Bow-legged or knock-kneed alignment shifts weight unevenly across the joint, wearing one side faster than the other.
Excess Body Weight
Additional load on the knee joint during daily movement significantly increases cartilage stress and wear rate.
A Full Spectrum of Preservation Techniques
Treatment is tailored to the stage of joint damage, your activity level, and long-term goals — starting conservative and escalating only as needed.
Conservative Care
Physical therapy, bracing, activity modification, and anti-inflammatory management.
Regenerative Injections
PRP and viscosupplementation therapies to reduce inflammation and support healing.
Realignment Surgery
Osteotomy procedures to redistribute weight-bearing load across the joint.
Cartilage Restoration
Surgical techniques to repair or regenerate damaged cartilage tissue.
PRP Therapy
Platelet-Rich Plasma (PRP) therapy uses concentrated growth factors from your own blood to reduce inflammation, stimulate tissue repair, and slow cartilage degeneration — all through a simple in-office injection.
- Blood is drawn and spun to isolate concentrated platelets
- Platelet-rich plasma is injected directly into the knee joint
- Growth factors accelerate the body's natural healing response
- Minimal downtime with no incisions required
Osteotomy
An osteotomy repositions the shinbone or thighbone to shift weight away from the damaged part of the knee, relieving pressure on worn cartilage and preserving the natural joint for years longer.
- Best suited for younger, active patients with one-sided wear
- Redistributes body weight across healthier cartilage
- Can delay knee replacement by 10–15+ years
- Preserves the patient's own joint structure
Cartilage Restoration
Cartilage restoration procedures repair or regenerate damaged cartilage using the patient's own tissue or biologic grafts, restoring smoother joint movement and reducing pain at the source.
- Microfracture stimulates natural cartilage regrowth
- Osteochondral grafts replace damaged cartilage sections
- Autologous chondrocyte implantation (ACI) grows new cartilage cells
- Minimally invasive arthroscopic techniques in most cases
What to Expect After Treatment
Recovery timelines vary by procedure, but most preservation patients follow a similar structured path back to full activity.
Initial Healing & Pain Management
Rest, ice, elevation, and light weight-bearing as advised. Pain and swelling gradually decrease.
Guided Physical Therapy
Structured rehabilitation to restore range of motion, strength, and joint stability begins.
Progressive Strengthening
Gradual return to low-impact activities such as walking, cycling, and swimming under supervision.
Return to Full Activity
Most patients resume normal daily activity, and many return to sport with medical clearance.
Long-Term Joint Maintenance
Periodic follow-ups and maintenance therapies help preserve joint health for years to come.
Why Choose Knee Preservation
A patient-first approach that protects your natural joint while keeping you active.
Delays or Avoids Replacement
Preserve your natural knee joint for years, or even avoid replacement surgery altogether.
Faster Recovery
Most preservation procedures involve significantly shorter downtime than total knee replacement.
Minimally Invasive
Many techniques are arthroscopic or injection-based, reducing surgical risk and scarring.
Preserves Natural Movement
Retaining your own joint structure means more natural motion than an artificial implant.
Personalized Treatment Plans
Every plan is tailored to your specific joint condition, age, and activity goals.
Return to Active Living
Designed to help you get back to sports, work, and daily life without long-term restrictions.
Frequently Asked Questions
Answers to the most common questions patients ask about knee preservation.
Active adults with early to moderate cartilage damage, ligament injuries, or isolated arthritis — especially those under 60 who want to avoid or delay full knee replacement.
No. Physical therapy is often one part of a preservation plan, but knee preservation also includes regenerative injections and surgical options like osteotomy or cartilage restoration.
The entire procedure, from blood draw to injection, typically takes 30–60 minutes and is done in a single office visit with no downtime required afterward.
Most patients receive a series of 2–3 injections spaced a few weeks apart, followed by periodic maintenance sessions based on response.
It is a surgical procedure requiring anesthesia, but it is joint-preserving rather than joint-replacing, with a recovery period generally shorter than total knee replacement.
Initial healing takes 6–12 weeks, with full recovery and return to sport typically ranging from 4 to 9 months depending on the technique used.
Most patients experience significant pain reduction and improved function, though results vary based on the extent of joint damage and individual healing response.
Preservation treatments delay joint deterioration, but some patients may eventually require replacement if the underlying condition progresses significantly over time.
Coverage varies by provider and procedure. Surgical options like osteotomy are often covered, while some regenerative injections may have limited coverage — our team can help verify your benefits.
A thorough evaluation including imaging, activity history, and a physical exam helps determine the best treatment path tailored specifically to your knee condition and goals.
