Fluid Flow Regenerative Medicine Therapy

Fluid Flow Regenerative Medicine Therapy for Hip Pain

Fluid Flow Regenerative Medicine Therapy for Hip Pain

Hip pain is a common problem that affects many people making it difficult to walk, stand and sit. Hip pain has many causes making it essential to be evaluated properly to find the true cause. There are many conditions that can cause hip pain, including osteoarthritis, bursitis, tendonitis, and osteonecrosis. They all qualify for fluid flow regenerative medicine therapy.

Regenerative Medicine for Labrum Tears

Labrum tear is caused in many different ways. Sports injuries are the main cause of labrum tears. The reason is, the outermost part of the labrum attaches directly to the tendon. So the athletes who use a lot of force and motion such as weightlifters, golfers and baseball pitchers are at high risk of this type of injury.

Traumatic injury is the most common cause of a tear. Traumatic injury may result from a situation such as falling in a manner that puts strain on the hip or a direct blow or sudden pull. Furthermore, labrum tear can result from degradation of the cartilage from overuse, repetitive motion and a dislocated hip.

If you are suffering from labrum tear, you can opt for fluid flow regenerative medicine therapy. After undergoing the procedure, it will take you a very short time to recover. This procedure reduces the risk associated with traditional surgery and treats the underlying damage causing the pain. These cells accelerate the healing process by making the conditions in the affected area more conducive to repair and stimulating the movement of regenerative cells towards the site of inflammation.

Regenerative Medicine for Hip Osteoarthritis

Osteoarthritis of the hip results from years of wear and tear. Cartilage provides a buffer in the joint between the bones to allow smooth, easy movement. Over time, this cartilage begins to break down and become brittle. Without enough cartilage to protect the bones from rubbing together and causing damage, this friction leads to swelling and painful inflammation. Ultimately, stiffness and soreness can limit mobility, and make moving the joint very painful.

Traditionally, hip pain has been difficult to treat, with pain medications, steroid injections, or even surgery being the best possible treatment options. Fortunately, recent developments in technology and medicine make it possible to treat osteoarthritis pain naturally. 

Fluid flow regenerative medicine therapy uses powerful healing agents that, when used in concentrated doses, can quickly reduce inflammation and scar tissue, and enhance the natural healing processes of the body. Regenerative medicine Therapy is a non-invasive procedure that safely and effectively alleviates osteoarthritis pain.

Regenerative Medicine for Hip Degeneration

The hips are often the most used joint in the body, and over time take a lot of wear and tear. Hip degeneration is a condition that usually develops and worsens over a long period of time, and with the aging process. Some may not notice any symptoms in the first stages, and then may appear suddenly. When the cartilage protecting and surrounding the hip bones begins to wear down, those bones can begin to rub together. This friction between the bones eventually causes severe pain, inflammation, and swelling. It may cause stiffness, limit the joint’s range of motion, or even lead to the development of bone spurs.

Advanced developments in regenerative medicine now make it possible to effectively treat pain from hip degeneration without prescription medications or steroid injections. In many cases, it may even help some sufferers avoid high-risk surgeries. Procedures like fluid flow regenerative medicine therapy take amniotic cells, and use them to heal specific areas of damaged tissue. When inflammation and aging slow down the natural production of these cells, providing the body with them in concentrated levels, quickly reduces pain, inflammation, and scar tissue. This process provides support for the immune system to help heal damage and degeneration within the hip joint.

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