PRP can be particularly successful in the early phases of osteoarthritis treatment. The cartilage that lines the joints can shrink and wear thin as people age, producing friction between the bones. Osteoarthritis is caused by bone spurs and inflammation that gradually expand the joint, causing pain and dysfunction.
PRP is typically utilized to treat joint or tendon pain that has arisen as a result of an acute injury or overuse. It’s been shown to help manage pain from osteoarthritis of the knees and persistent low back discomfort caused by degenerative disc degeneration.
PRP and osteoarthritis researchers frequently deal with patients who suffer from knee osteoarthritis, a condition that doctors predict will impact almost half of all Americans at some time in their life. PRP therapy is safe, effective, and dependable for pain alleviation.
It aids in the reduction of joint swelling and soreness. Highly concentrated platelets rich in growth factors are employed in advanced PRP therapy. PRP treatment relieves pain and stimulates the healing of injured tissues.
Platelet-rich plasma treatment (PRP) or autologous conditioned plasma (ACP) therapy seeks to restore injured cartilage, ligaments, muscles, tendons, or even bone by utilizing the blood’s inherent healing qualities. An innovative, novel treatment is currently being used to treat and decrease the growth of osteoarthritis pain. It’s called Platelet Rich Plasma (PRP), and it has the potential to change how doctors manage musculoskeletal pain.
Working Principle and Procedure of Platelet-rich plasma treatment (PRP)
Platelet-rich plasma (PRP) therapy accelerates the repair of damaged tendons, ligaments, muscles, and joints by injecting a high concentration of the patient’s own platelets. PRP Treatment heals musculoskeletal abnormalities by stimulating the patient’s natural healing system. Your body has built-in mechanisms to heal damaged tissue.
Still, when the cartilage in your joints is deteriorated or is inflamed, your body can’t keep up. In such circumstances, the body soon becomes tired and uncomfortable. The PRP Treatment speeds up and increases the healing process, allowing your body to mend large amounts of damaged tissue that it couldn’t manage on its own.
Your doctor will take a little sample of blood from your arm first. Next, the blood sample will be centrifuged to separate the components and obtain a concentrated platelet suspension in plasma. Variations in technique may result in differing concentrations of the individual components at this time.
The concentrated platelet-rich plasma is then injected back into and around the injury site, reactivating and boosting your body’s natural healing power. PRP injections are made by centrifuging one to several tubes of your blood to concentrate the platelets. These activated platelets are then injected into your body’s wounded or sick tissue.
Platelet-rich plasma treatment (PRP) has Healing and Pain Relief Capability
PRP therapy is safe, effective, and dependable for pain lessening. It aids in the reduction of joint swelling and soreness. Highly concentrated platelets rich in growth factors are employed in advanced PRP therapy. Platelet-rich plasma treatment relieves pain and stimulates the healing of injured tissues.
The platelet-rich plasma utilized in this clinical investigation had been filtered to eliminate white blood cells and had a platelet concentration three times that of normal blood. At six weeks and three months, knees treated with 1 or 2 PRP injections had less pain and stiffness and improved knee function. After six months, positive benefits began to fade, while pain has remained better than before PRP therapy.
The placebo injection group slightly increased pain and stiffness and decreased knee function. Most patients experienced less pain one year after having a PRP injection than they had the year before (though the pain had not necessarily disappeared). In the majority of knees, MRIs revealed that the degenerative process had not advanced.
Although the patients’ knee cartilage did not appear to regenerate, the fact that their arthritis did not worsen might be noteworthy. In rheumatic joints, an average of 4 to 6 percent of cartilage is lost each year, according to research.
PRP is regarded as a highly safe and effective method in the treatment of chronic pain since it uses your blood and doesn’t require surgery or medicines. There are very few risks, and side effects are almost non-existent. PRP’s effects usually last four to six months, although they can sometimes last longer. Platelet-rich plasma can be re-administered numerous times throughout the year.
Still, epidural steroid injections are limited to three in 12 months, notwithstanding their effectiveness. You could be a suitable candidate for PRP therapy if you have persistent pain that won’t go away. PRP can assist you in becoming pain-free.
Benefits of Platelet-rich plasma treatment (PRP)
PRP therapy is safe as well as effective and reliable in providing relief from the pain. It helps to reduce swelling and discomfort within the joints. In advanced Platelet-rich plasma treatment, highly concentrated platelets rich in growth factors are used. PRP therapy helps to reduce the pain and triggers the repair of damaged tissues.
PRP is a very safe process that is done in a sterile setting as an outpatient procedure. There is no risk of a transmissible infection and a very minimal chance of an allergic response because your blood is used. To sum up, what we’ve discussed so far, we need to have personal experience with Platelet-rich plasma Therapy for chronic pain and arthritis. PRP Therapy is a much easier and relatively minimally invasive method that gives primary care therapy to patients with arthritis.
To assess outcomes, impact, durability, and cost-effectiveness, well-designed randomized controlled trials are required. This procedure has shown to be highly promising and successful in the patient. However, it is considered one of the best treatments. This might be related to the fact that this sector needs additional development as well as a lack of study analysis.