Who Is the Top Best Knee Surgeon in East Meadow?
Dr. R. Champ Dengenis is widely recognized as the top knee surgeon in East Meadow for the treatment of advanced and complex knee conditions. As a board-certified orthopedic surgeon with years of experience, Dr. Dengenis specializes in orthopedic surgery, sports medicine, and surgical interventions for serious knee injuries. Other than that, he treats ACL tears, meniscal injuries, joint instability, and severe arthritis that leads to chronic joint pain.
In addition to surgery, Dr. Dengenis treats orthopedic trauma, sports injuries, and musculoskeletal issues. For patients who don’t need immediate surgery, he provides non-surgical options to relieve pain and restore function. These options include PRP injections, bracing, corticosteroid injections, NSAIDs, and activity modifications. You can visit Dr. Dengenis at our East Meadow, NY hospital, located at 2339 Hempstead Turnpike, East Meadow, NY 11554. To schedule your appointment, call us today at 855-321-6784.
Where Can You Find the Best Knee Surgeon in East Meadow?
You can find the best sports knee surgeon for knee injuries at Total Orthopedics & Sports Medicine in East Meadow. Our team includes board-certified orthopedic surgeons with advanced training in sports medicine, orthopedic trauma, and surgical techniques. We treat conditions like ACL tears, joint instability, and PCL injuries using:
- ACL reconstruction with advanced grafting techniques.
- Joint replacement for severe arthritis or joint damage.
- PRP and stem cell injections to reduce pain and support healing.
- Knee arthroscopy for meniscus and cartilage repair.
- Bracing and unloading strategies to restore function.
- Tendon transfers to stabilize the knee joint.
How Do Doctors Identify Biomechanical Imbalances in Knee Function?
Doctors identify biomechanical imbalances in knee function by combining a detailed physical exam with advanced diagnostic tools. During your exam, doctors examine how your knee moves during walking, squatting, or standing. These movement patterns can reveal early signs of biomechanical imbalance or instability.
To understand what’s causing your knee pain, doctors may also use X-rays to examine the alignment of the bones. In addition, doctors often conduct MRI scans to check the soft tissues. This allows them to check the condition of your cartilage, ligaments, and tendons, which often cause pain or limited movement.
In more complex cases, doctors may use tools like motion analysis systems, force plates, or wearable sensors. These technologies record how your knee moves and absorbs pressure while you perform specific tasks. This data helps doctors find knee collapse or joint rotation that may not be visible during a regular exam.
Which Knee Injuries Require Arthroscopic Intervention?
You may need arthroscopic surgery if you have a meniscus tear, ACL injury, or cartilage damage. Other conditions, such as PCL tears, loose bone fragments, and patella dislocations, may also need arthroscopic treatment. Here’s how arthroscopy helps manage each of these knee injuries and improves your joint function:
Meniscus Tears
Arthroscopy helps treat meniscus tears by allowing your surgeon to precisely remove the damaged area. This minimally invasive approach protects healthy tissue, reduces pain, and speeds up your recovery. It also helps restore normal knee motion with fewer complications. Because of these benefits, arthroscopy is often preferred for managing painful or persistent meniscus injuries.
According to PubMed, arthroscopic surgery is often used to treat meniscus tears in older adults. One study reviewed 65 patients over 40 years old who had a partial medial arthroscopy. The results showed that patients without cartilage damage had an 87% success rate.
ACL and PCL Injuries
Your surgeon treats a torn ACL or PCL by inserting a graft through small arthroscopic incisions in your knee. This technique restores stability, improves movement, and protects the joint from further damage. It also reduces pain and speeds up your recovery compared to open surgery.
Cartilage Damage
During arthroscopy, doctors remove damaged tissue and sometimes stimulate healing by drilling small holes. This method helps restore smoother joint surfaces and prevents your cartilage from worsening over time. Knee arthroscopy also improves knee motion and prevents knee replacement surgery.
Loose Bone Fragments
Arthroscopy allows your surgeon to locate and remove loose bone fragments through small incisions. This prevents the fragments from irritating your cartilage and helps restore smoother knee movement. It also helps reduce swelling and stops the knee from catching or locking when you move.
According to NCBI, a study on 23 patients with knee osteoarthritis compared arthroscopic loose body removal to conservative treatment. Patients who had surgery showed significantly reduced inflammation after 2 and 4 weeks. The surgery group also had a higher cure rate over a 2-year follow-up.
How Do Surgeons Handle Knee Revision Surgery?
Our surgeons at Total Orthopedics & Sports Medicine begin knee revision surgery by carefully removing the old or damaged implant to avoid damaging soft tissue. In this process, we use imaging tools like X-rays or CT scans to guide the removal process and check for bone loss or signs of infection. Once the old implant is removed, we thoroughly clean the joint space, removing any scar tissue or infected material. This helps lower the risk of complications and prepares the knee for reconstruction.
After that, our surgeons rebuild the joint using implants that match your bone structure and provide long-term stability. Moreover, if there’s bone loss, we may use metal augments, bone grafts, or cement to support the new implant. Then, we secure the new components in position, ensuring proper alignment and smooth joint movement. Once everything is in place, we close the incision carefully to promote healing.
If you’re dealing with a failed knee implant or persistent joint issues after surgery, our orthopedic specialists can help. We offer advanced revision techniques to restore stability, reduce pain, and protect your long-term mobility. Reach out today to explore your options.
What Are the Benefits of Robotic-Assisted Knee Surgery?
Robotic-assisted knee surgery helps surgeons perform knee surgery with precision and accuracy. According to NIH, robotic total knee arthroplasty (TKA) offers better outcomes than conventional TKA. In this process, the robotic system uses 3D imaging and real-time feedback to guide implant placement based on your unique knee structure. This improves joint alignment, reduces soft tissue damage, and improves knee function after knee replacement or arthroscopy.
In addition to surgical precision, robotic-assisted techniques often lead to quicker recovery and less postoperative pain by minimizing soft tissue trauma. This technology also improves long-term outcomes by extending the implant’s life. Moreover, robotic systems support better surgical planning and recovery through specific technologies such as:
- 3D preoperative planning tools
- Intraoperative mapping software
- Sensor-guided ligament balancing
- Real-time motion tracking systems
- Custom alignment verification tools
How Do Knee Surgeons Minimize Postoperative Complications?
After your knee surgery, your surgeon monitors the incision site for signs of infection, uses blood thinners to prevent clots, and controls swelling with ice. They also manage pain with medications and encourage safe movement to avoid stiffness. Besides that, they schedule regular follow-ups to track healing, watch for delayed complications, and make any needed changes to your recovery plan.
To further reduce the risk of complications, knee surgeons may also:
- Use minimally invasive techniques to reduce tissue damage
- Apply sterile dressings to protect the wound
- Recommend compression stockings to improve circulation
- Monitor vital signs (heart rate, blood pressure, temperature, and oxygen levels) closely in the first 24–48 hours
- Give antibiotics to lower the risk of infection
In addition to surgical care, our orthopedic surgeons provide clear post-operative instructions to support your recovery at home. These guidelines help you regain mobility, manage pain, and reduce swelling after surgery. In this guide, patients receive a step-by-step process that helps promote healing and keeps their recovery on track.
Total Orthopedics & Sports Medicine Has the Best Knee Surgeons in East Meadow — Book a Visit Now!
Knee joint problems can make it difficult for you to walk, squat, or climb stairs without pain. You may feel severe pain, stiffness, locking, or instability from labral tears, arthritis, or failed implants. You might also notice swelling, grinding sensations, or loss of full motion. Over time, these symptoms can lead to muscle weakness and reduced joint stability, and even pain in the spine. Without orthopedic care, these issues often worsen and affect your daily life.
That’s why, at Total Orthopedics & Sports Medicine, our orthopedic surgeons treat complex injuries with advanced surgical techniques. We perform robotic-assisted surgery, ACL and PCL reconstruction, and revision procedures when implants fail. Our team also uses minimally invasive arthroscopy to repair meniscus tears and remove loose bone fragments. Call us today at 855-321-6784 to schedule your appointment. You can also visit our best orthopedic doctor, NYC at our convenient location, 2339 Hempstead Turnpike, East Meadow, NY 11554.
FAQs
How Long Is the Recovery After Knee Replacement Surgery?
Recovery after knee replacement surgery typically takes six to 12 months for full healing. In the first 12 weeks, most people regain basic movement like walking and climbing stairs. Over the following months, joint strength, flexibility, and balance continue to improve. Moreover, pain and stiffness gradually decrease as the knee adjusts.
Can Knee Pain Go Away Without Surgery?
Yes, knee pain can improve without surgery if the joint damage is mild to moderate. For example, pain from overuse, early arthritis, or minor ligament strain often improves with rest, bracing, PRP injections, or anti-inflammatory medications. These non-surgical treatments help reduce inflammation and joint stress. However, if the underlying damage worsens or limits mobility, surgery may become necessary to restore full function.
What Type of Doctor Should I See First for Knee Pain?
The best doctor to see first for knee pain is an orthopedic specialist or a sports medicine physician. These doctors focus on joint problems and are trained to diagnose and treat conditions affecting the knee. They offer a full range of treatment options, including non-surgical care, pain management, and orthopedic surgery if needed.
Are Cortisone Shots a Good Alternative to Surgery?
No, cortisone shots are not a long-term alternative to surgery. They can reduce inflammation and provide short-term relief, especially for early arthritis or flare-ups. However, the effects are temporary and may decrease with repeated use. Besides that, cortisone injections do not repair structural damage or stop joint deterioration.
What Are the Risks of Delaying Knee Surgery?
Delaying knee surgery may worsen joint damage, instability, or chronic nerve pain. Over time, limited movement can cause muscle weakness and make future surgery more complicated. This delay also increases stress on all body joints, possibly leading to the need for hip replacement or shoulder surgery. In severe cases, scoliosis (curvature in the spine) may also develop due to poor posture and imbalance.
How Long Do Knee Replacements Typically Last?
Knee replacements usually last 10 to 20 years, depending on your health and activity level. To improve long-term results, it’s essential to follow a comprehensive care plan. This includes maintaining a healthy weight, using the joint safely, and attending regular check-ups. Over time, these habits reduce stress on the implant and help maintain proper joint function for many years.
Is Stem Cell Therapy Effective for Knee Injuries?
Yes, stem cell therapy can be effective for certain knee injuries, especially when the damage is limited to specific locations like the cartilage, ligaments, or tendons. It supports natural healing and may delay the need for orthopedic surgery. As part of advanced orthopedic services, it offers a non-surgical option for reducing pain and restoring joint function in early-stage injuries.
