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Knee Arthritis Treatment That Gets Rid of Pain at the Source

Knee Arthritis

               Effective Non-Surgical Knee Arthritis Treatment

We treat a lot of knees at our clinic. Part of the reason is that knee injuries are so prevalent. Another reason is that quite often, the other treatments patients receive only provide temporary relief.

When an injury is left untreated or when the treatment fails to adequately repair an injury, the knee becomes unstable. The instability sets the knee up for a cycle of abnormal joint motion. And that promotes knee degeneration which destroys the joint over time. The result? The knee is set up for the development of arthritis.

If you already have arthritis in your knee, we can help. Even if surgery has been recommended due to the advanced nature of your arthritis, there is a good chance we can help. Studies have shown the effectiveness of this non-surgical Stem Cell Therapy to treat knee arthritis. 1,2

If you have injured your meniscus or ACL, Regenerative Orthopedics is also an effective therapy capable of repairing the injury and stopping the cycle that leads to arthritis.

And…Regenerative Orthopedics is also an ideal treatment for anyone looking to avoid knee replacement!

The Healthy Knee vs. An Injured Knee

Let’s talk a bit about our knees. The knee is the largest joint in the body and one of the more complex joints. To accomplish all of the tasks the knee needs to do, many forces and stressors are placed on it.

A healthy knee moves smoothly during walking activities. And it also moves smoothly when running, jumping, and turning. One of the most important keys to a healthy knee is maintaining stability in response to the forces placed upon it. When any part of the knee joint is injured, such as the bony configuration, muscles, menisci, joint capsule, or ligaments, the whole stability of the knee is disrupted. And that causes symptoms and pain!

When knee injury does occur, Regenerative Orthopedics can stop the disruption and stabilize the knee again. The treatment does this by promoting the healing of unstable and weakened ligaments and other injured joint structures. The result is the elimination of pain associated with knee conditions caused by abnormal joint motion.

What About Knee Arthritis Treatment?

Knee pain is one of the most common reasons people seek out medical help. And knee osteoarthritis is a primary player. Arthritis impairs the mobility and activity level of those who suffer from it. If you suffer from it, you sure know the effect it has on your life.

The prevalence of knee pain increases with age and is affected by lifestyle factors, such as obesity and lack of exercise. People living with Arthritis deal with chronic pain, joint stiffness, structural damage, and the progressive loss of cartilage. The condition can be disabling.

But did you know the pain of arthritis does not come from the cartilage? Even though cartilage loss plays a central role in arthritis, it is not the source of pain. How can that be? It’s because cartilage tissue does not contain nerve fibers.

Nerve Fibers and Pain

The tissues containing many nerve fibers include the ligaments, tendons, meniscus, joint capsule, synovium, and periosteum. Arthritis pain is due to injury to these types of tissue. Since soft tissue is mainly responsible for the smooth movement of the knee joint, when abnormal forces are placed on them, injury occurs that disrupts the balance between normal motion and instability. This is where the painful process begins.

The nerve endings that cause pain are also present where the ligaments and tendons insert into the bone, and this area can become a source of ongoing knee pain. Regenerative Orthopedic treatments are often directed at these sites. And as such, they are recognized as one of the most effective non-surgical therapies to treat knee pain.

Ligaments And Pain

Ligaments play a crucial role in the stability of the knee because they guide the motion of the knee joints and restrain excessive motion to prevent dislocation. Ligament injuries are also the most common form of a knee injury. Ligament injury then upsets and disrupts the balance in the motion of the knee joint.

Injuries that result in ligament damage also commonly result in injury to other knee structures, such as the meniscus, tendons, and cartilage. As mentioned, these injuries can eventually lead to arthritis, which can transpire within a few years with severe injuries or possibly over decades if the injury is less severe.

Regenerative Orthopedic Treatments Heal the Soft Tissue Injuries

Non-Surgical Knee Arthritis Treatment & Articular Defect Repair

Although many treatments may offer temporary pain relief, it is important to find a treatment that does more than chase the symptoms. And actual repair of the injured soft tissue is vital to restore normal motion to the knee joint.

Regenerative Orthopedic treatment options, such as Stem Cell Therapy, Platelet Rich Plasma, and Prolotherapy, are effective therapies that do just that. These treatments stimulate healing of ligaments, tendons, and menisci and restore normal functioning of the knee joint, thus preventing the arthritic progression. In more advanced cases, the Gold Standard in Stem Cell Therapy can be used to promote the regeneration of articular cartilage.

Regenerative Orthopedic treatments target and repair the structures generating the pain in knee arthritis, effectively resolving the pain. And Regenerative Orthopedic treatments give hope to arthritis sufferers because they provide not only pain relief but also joint repair, resulting in improved function and a better quality of life.

Stem Cell Therapy is an effective knee arthritis treatment as well as an articular cartilage defect repair.3 If you are suffering from knee arthritis pain, a knee injury, or even an articular cartilage defect, call us today. We’d love to help you get back to doing what you love.


  1. Hamoud Al Faqeh, Bin Mohamed Yahya N H, Hui Cheng C, Bin Saim A, BtHj I R (2012) The potential of intra-articular injection of chondrogenic- induced bone marrow stem cells to retard the progression of osteoarthritis in a sheep model, Experimental Gerontology 47: 458- 464.
  2. Eslaminejad M B, Poor E M (2014) Mesenchymal stem cells as a potent cell source for articular cartilage regeneration. World J Stem Cells 6: 344- 354.
  3. Heba M Arakeep, et al. Repair of Articular Cartilage Defects using Bone Marrow-Derived Mesenchymal Stem Cells in Rabbits. Stem Cell Res Int (2019).  3: ( 1 ) 1 -12.