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Genicular Artery Embolization (GAE)​

Globally recognized innovator, Dr. Ram K Gurajala MD, leads the frontier with patented technologies, 40+ pioneering publications, and breakthroughs that redefine vascular care for patients in Hyderabad, Chennai, and across India.

Redefining Joint Pain Treatment - Minimally Invasive - Targets Inflammation at the Source - Cuts Off Blood Supply to Pain

What Is Genicular Artery Embolization (GAE)?

GAE is a novel, image-guided treatment developed to relieve chronic knee pain by blocking abnormal blood vessels in the joint. The procedure involves injecting tiny embolic agents—such as particles or coils—into specific genicular arteries, thereby reducing excess blood flow that fuels inflammation and pain.

🔬 How GAE Works: Targeting the Source of Pain

In osteoarthritic joints, abnormal neovascularization—the formation of new, fragile blood vessels—plays a key role in inflammation and pain. GAE targets these vessels with precision:

  • Step 1: Under angiographic guidance, the interventional radiologist maps the network of genicular arteries that supply the inflamed joint.
  • Step 2: Embolic materials are introduced to selectively block these vessels.
  • Step 3: Blood flow to the painful areas is reduced, leading to less inflammation and pain.
Knee anatomy diagram for chronic knee pain treatment via GAE with Dr. Ram Kishore in Hyderabad, India.
Anatomy diagram of the knee for genicular nerve ablation treatment to relieve chronic knee pain in Hyderabad.

Who Is a Candidate for GAE?

GAE is not for everyone—but it’s proving especially valuable in the following scenarios:

  • Patients with chronic knee OA pain who haven’t responded to physical therapy, medications, or injections.
  • Individuals with recurrent bleeding in the knee after TKA.
  • Those who are not eligible for surgery due to medical comorbidities or prefer to avoid/delay knee replacement.

Important: A thorough clinical and radiologic evaluation is required to determine if GAE is appropriate. It’s a case-by-case decision made by an experienced interventional radiologist.

🧪 The Procedure: What to Expect

GAE is performed in an angiography suite and typically involves the following:

  • Moderate sedation (no general anesthesia).
  • Access through a small incision in the groin or wrist to reach the genicular arteries.
  • Use of real-time imaging (angiography) to identify and target abnormal vessels.
  • Injection of microspheres or particles into the genicular arteries.
  • Duration: Usually completed within a few hours.

Why Anatomy Matters

Success depends heavily on the operator’s detailed knowledge of genicular artery anatomy, including its variations. Accurate targeting helps maximize efficacy and minimize risks like non-target embolization.

Medical diagram of the knee joint anatomy showing genicular arteries and inflammation, used for Genicular Artery Embolization (GAE) treatment in Hyderabad, India.

✅ Effectiveness and Recovery

Proven Benefits:

Clinical studies and case reports show:

  • Reduced pain and stiffness
  • Improved joint mobility and function
  • Enhanced quality of life

Effective resolution of hemarthrosis post-knee surgery

Knee anatomy diagram showing GAE treatment as a non-surgical solution for persistent pain after knee replacement failure in Hyderabad, India.
Recovery Timeline:
  • Most patients resume daily activities within a few days
  • Some may experience mild discomfort or bruising at the puncture site
  • Repeat procedures may be considered if symptoms recur over time
Diagram explaining the Genicular Artery Embolization (GAE) procedure for chronic knee pain relief, available in Hyderabad, India.

Redefining Joint Pain Treatment - Minimally Invasive - Targets Inflammation at the Source - Cuts Off Blood Supply to Pain

I was terrified of getting a knee replacement. The idea of a long recovery and major surgery was just too much for me. When I heard about GAE—a pinhole procedure with no stitches—I was skeptical but hopeful. I’m so glad I did it. The procedure was quick, I went home the same day, and within two weeks, the swelling and pain had dropped significantly. I can finally walk down the stairs without holding the railing for dear life!

— Kalsan R

Hyderabad

gae-success-story-knee-replacement-failure-dr-ram-kishore-hyderabad
It emphasizes that this is for when "others say it's impossible."

Genicular Artery Embolization isn't just novel—it’s a game-changer for debilitating knee pain.

If you or someone you know is suffering from persistent knee pain and exploring alternatives to surgery, talk to an interventional radiologist about whether GAE could be the solution.

Common questions

Frequently asked questions about Genicular Artery Embolization

GAE is a minimally invasive, non-surgical procedure designed to reduce knee pain caused by osteoarthritis. It works by reducing the blood flow to the inflamed lining of the knee (the synovium), which is often the source of chronic pain.

The procedure itself is not painful. You are given local anesthesia and "twilight" sedation to keep you relaxed. Some patients experience temporary knee pain or skin discoloration for 1–3 days after the procedure as the inflammation subsides.

The procedure usually takes about 1 to 2 hours. You will spend a short time in recovery and can go home the same day.

No. GAE does not burn any bridges. If your arthritis progresses significantly in the future, you can still have total knee replacement surgery. GAE is often used to delay the need for that surgery for years.

GAE is very safe. Minor side effects can include transient skin discoloration over the knee or temporary soreness. Serious complications are extremely rare.

This is a common question. Nerve Ablation burns the nerve endings to stop pain signals from reaching the brain. GAE blocks the blood flow to stop the inflammation that causes the pain in the first place. Dr. Ram can help you decide which is better for your specific type of knee pain.

The particles are tiny, microscopic spheres made of a medical-grade, biocompatible material. They are widely used in many other medical procedures (like treating uterine fibroids or stopping bleeding). They are designed to remain permanently in the tiny vessels to keep them blocked, but you will not feel them.