Treat Thumb Osteoarthritis with Regenerative Cellular Treatment

1. Treat Thumb Osteoarthritis with Regenerative Cellular Treatment Thumb Osteoarthritis is a degenerative condition that leads people to opt for thumb joint replacement. But they are mostly unaware of the fact that there are non-invasive alternatives available for thumb joint replacement surgeries. Medica Stem Cells therapy helps to avoid the invasive technique of thumb joint replacement and can be your go-to non-surgical alternative for thumb joint replacement surgery. Before learning about the non-invasive alternatives, let us understand this osteoarthritic condition of thumb in detail. What is Thumb Osteoarthritis? The thumb differs from other fingers as it can comparatively rotate itself more at the carpometacarpal joint (C.M.C. joint). This C.M.C. joint at the base of the thumb commonly referred to as a basal joint. The joint in the thumb is held together within a joint capsule containing synovial fluid. This fluid provides lubrication for a smooth movement. It is in the C.M.C. joint where thumb osteoarthritis takes place. In thumb arthritis, the C.M.C. joint cartilage that allows the natural movement of one bone over the other gets deteriorated. This degenerative arthritic condition causes the bones to rub against each other, causing a lot of friction. Finally, this friction leads to the damage of bones and joints. The synovial membrane responsible for producing synovial fluid will also become inflamed. In severe cases, the loss of the cushioning effect leads to grinding between the bones. This grinding finally leads to a change in the joint shape over time. Thumb osteoarthritis is prevalent more among the women and elders above the age of 65. Symptoms of Thumb Osteoarthritis The common symptoms of thumb osteoarthritis include basal joint pain that worsens due to continuous movement, difficulty in gripping objects using the thumb, stiffness, and swelling around the basal joint. Treatment of Thumb Osteoarthritis Conventional therapies include the R.I.C.E. Formula (Rest, Ice therapy, Compression, and Elevation), administration of non-steroidal anti-inflammatory medication (NSAIDs) like ibuprofen, and corticosteroid injections. They provide only short-term relief from pain and inflammation. But prolonged consumption of NSAIDs causes several risks such as gastrointestinal irritation, damage to the kidney, and cardiovascular problems. Similarly, the injection of steroids for an extended period may cause stroke and heart attack. The last resort will be the surgical removal of the damaged thumb joint surfaces, followed by replacement with a pad of tissue. This will help to keep the bones separated. Hence, they do not rub against each other, causing friction and damage. But surgery, in this case, creates several complications. The thumb will become noticeably shorter after the surgery.

2. Benefits of Regenerative Cellular Treatment As you grow older, the natural ability of your body to recruit regenerative cells at the site of damage reduces. This is where our regenerative cellular treatment acts as the right non-surgical minimally invasive alternative for thumb joint replacement. This regenerative cellular treatment includes Platelet Rich Plasma (P.R.P.) therapy and regenerative cell therapy that provide quicker recovery within a short duration. These therapies naturally repair the damaged area and regenerate newer tissues at the damaged site. As the regenerative cells and the platelets are taken out from your own body, there is no risk of infection or allergy. Patients will notice significant changes within two weeks. With the help of regenerative cellular treatment, the thumb joint can get back its normal functions and mobility. Therefore, regenerative cellular therapy can be the right alternative to thumb joint surgery. For more information about the osteoarthritis regenerative treatment for the thumb condition, please feel free to refer to the website medicastemcells.com. to learn more about the types of Medica Stem Cells therapy available to treat thumb osteoarthritis.