Knee

Knee Procedures

The knee is a mobile joint. The knee allows you to walk, climb, sit, kneel, and run. It also happens to be a common joint that wears and tears – either from sudden injuries, repetitive movement, age or arthritis.  Dr. Shahan Yacoubian performs a comprehensive range of knee procedures using advanced surgical techniques and state-of-the-art technology. With specialized training and a focus on joint replacement, he incorporates Augmented Reality (AR) navigation—one of the most advanced innovations in orthopaedic surgery—providing real-time precision during procedures. This next-generation technology enhances accuracy beyond traditional robotic platforms while maintaining surgical flexibility, supporting optimal outcomes and long-term performance.

When to consult Dr. Shahan Yacoubian regarding your knee: 

  • You are experiencing persistent pain, stiffness and swelling in your knee.
  • You have strained your muscle or tendon doing an activity and it’s now hard to move
  • You have dislocated your knee from a sport or an activity.
  • You have already been diagnosed with knee arthritis (osteoarthritis) and are experiencing pain.
  • When you walk, you feel unstable and have difficulty keeping balance.
  • You are hearing your knee click, catch and lock which prevents you from moving easily.
  • You have previously had a knee replacement and you are now experiencing pain and difficulty moving.
  • You break one or more of the bones in the knee (e.g., tibia, femur or patella)

Total Knee Replacement Surgery

Total knee replacement (total knee arthroplasty) is a highly effective procedure in which the damaged cartilage and bone of the knee joint are carefully replaced with a precision-engineered implant designed to replicate natural movement. Dr. Shahan Yacoubian performs full knee replacement using advanced techniques and technology, focusing on accurate alignment, stability, and long-term durability. This remains one of the most common and successful procedures performed in his practice, helping patients return to daily activities with reduced pain and improved function.

Partial Knee Replacement Surgery

For select patients with arthritis limited to a single compartment of the knee, partial knee replacement offers a less invasive alternative to total knee replacement. This procedure preserves healthy bone and surrounding structures, often resulting in a more natural-feeling knee and faster recovery. Dr. Yacoubian utilizes detailed clinical evaluation and advanced imaging—including specialized X-rays and MRI—to determine whether a partial or total knee replacement is the most appropriate option.

Revision Knee Replacement Surgery

Dr. Shahan Yacoubian specializes in complex revision knee surgery, an advanced procedure used to correct or replace a failing knee replacement due to wear, loosening, instability, or other complications. These cases require a high level of precision and expertise. Leveraging advanced surgical planning and technology, Dr. Yacoubian focuses on restoring joint stability, relieving pain, and optimizing long-term outcomes.

Knee Fracture Surgery

Fractures involving the knee—such as those affecting the femur, tibia, or patella—require careful evaluation and individualized treatment. While some fractures may be managed non-operatively with bracing or immobilization, others require surgical intervention to restore alignment and function. Dr. Shahan Yacoubian provides expert care using advanced fixation techniques and, when necessary, joint replacement solutions to support a safe and effective recovery.

Knee Scope (Knee Arthroscopy) Surgery

Knee arthroscopy is a minimally invasive procedure that allows Dr. Shahan Yacoubian to diagnose and treat a wide range of knee conditions through small, precise incisions. Using advanced visualization technology, he can address issues such as meniscus tears, ligament injuries and cartilage damage with accuracy and minimal disruption to surrounding tissue. This approach is designed to reduce postoperative pain, limit scarring, and support a faster return to activity.