Non Surgical Regenerative Therapy

A PRP technique entails injecting the patient’s growth factors into a specific location, triggering a healing process that repairs any damage or tissue degeneration by boosting the creation of new cells and reconstructing new tissue in the injured area. PRP has been demonstrated to stimulate new cell development in ligaments and tendons while causing minor irritation. Multiple growths and healing factors in platelet-rich plasma have been demonstrated in clinical studies to boost and expedite the body’s healing process and tissue regeneration.

PRP has been utilised in clinical settings for almost two decades to aid with bone and soft tissue repair. At the wound area, growth factors initiate tissue healing and regeneration. They are derived from platelets and stimulate connective tissue healing, bone regeneration and repair, the formation of new blood vessels, and healing wounds. This therapy can reduce pain, improve functional capacity, and slow the course of arthritis.

Bone Marrow Aspirate Concentrate (BMAC) is a potential regenerative therapy that may aid in the treatment of moderate to severe osteoarthritis or ligament injuries. BMC, like Platelet Rich Plasma (PRP) or autologous fat grafting (AFG), uses regenerative cells present in a patient’s own bone marrow to utilise the body’s inherent capacity to mend itself. The soft tissue present in the hollow inside of bones is known as bone marrow. Adult marrow includes an ample supply of new blood cells, especially regenerative cells. These cells can be collected from a patient’s pelvis and utilised for BMC injection treatment.

Obtaining and preparing these potent regenerative cells is a reasonably easy process. A thin needle is used to aspirate (suction) bone marrow from the back of a patient’s pelvis and collect stem cells. Because the patient is given a local anaesthetic, the operation causes relatively minor discomfort. The bone marrow is then centrifuged to segregate the regenerating cells and platelets from the other blood products. Consequently, the concentrate is 5-11 times higher in regenerative cells and growth factors, and it contains platelets, mesenchymal stem cells, and other stem cells utilised in adult stem cell treatment. This enriched bone marrow product is injected into the wounded location during stem cell treatment by injection.

The ankle jAdipose fat cells can be employed efficiently as part of a more comprehensive treatment strategy or adipose derived cell therapy for orthopaedic injuries in some circumstances to generate a fat graft that binds and maintains other systems in place, enabling them to recover appropriately. Adipose tissue that has been “minimally altered” (commonly referred to as micro fragmented fat) can be utilised as an adjunct or a standalone injectable substance for cushioning or support (obtained by mini-liposuction in the hip area).oint is created by the union of three bones: the tibia, fibula, and talus. Tendons are connective structures that link the lower leg muscles to the foot and ankle bones. These tendons assist in joint mobility by delivering muscle force to the bones. The Achilles tendon is the most crucial tendon for sprinting, walking, and leaping. The Achilles tendon links your calf muscles to your heel bone, allowing you to elevate your feet and stand on your toes. The posterior tibial tendon connects the lesser calf muscles to the underside of your foot, allowing you to shift your foot inward. The anterior tibial tendon extends from the shinbone to the top of the foot, allowing you to lift your foot higher. 

The peroneal tendons are a pair of tendons that run side by side along the outside edge of the ankle bone. They are still connected at the fifth metatarsal and the base of the foot. These tendons that are stabilised safeguard the foot and ankle from injuries. When either of these tendons is ripped or punctured, you may have ankle tendon discomfort and will find it difficult to do tasks that need your body’s weight to be placed on your foot, such as walking.