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Showing posts with the label regenerative cell treatment

Regenerative Medicine & Knee Pain. How & Why?

  With more young boys and girls engaging in sports activities and adults regularly training in the gym or actively and passionately playing a sport, unfortunately, we are bound to see more of the ugly side of it. Whether an amateur or professional, you may be injured during active play or training and be forced to stop all activities for recovery and rehabilitation and in extreme cases for surgery. Almost 400,000 people in Ireland suffer from  osteoarthritis,  and it is by far the most common form of knee arthritis.  Post-traumatic arthritis  can also develop years after an injury, such as a meniscus tear or ligament injury. Regenerative Medicine   has revolutionised the treatment approach for knee and other joint injuries. The procedure aims to make use of one’s own self-healing powers aid in repairing, rebuilding and strengthening the damaged tissue. The end result is pain alleviation. This is a non-surgical treatment, thus eliminating or en...

An Alternative to Knee Surgery- Regenerative Cellular Therapies

  Regenerative cell treatments and PRP may offer an unconventional alternative to knee surgery or knee replacement. Medica Stem Cells regenerative treatments are minimally invasive non-surgical procedures. Treatments provide long-lasting relief from symptoms with minimal downtime and enhance recovery within a short period using your own body's healing power to treat knee arthritis and knee-related injuries. Our patients benefit from reduced pain and enhanced functionality of the knee without undergoing surgery or knee replacement.   Can Regenerative Therapy Revitalize Your Knee Joint Without Surgery?   Imagine climbing the stairs where your knee catches and buckles with severe ache. What happens if you fall unexpectedly and if you are unable to get up? You may not be ready to consult a physician as you would have seen your relatives spent more on procedures that did not prove to be effective.   No worries! We are here to help you understand your natural...

Can Physical Therapy Heal Heel Pain? – Give Regenerative Medicine a Try!

  Heel pain is a common complaint from many people. More often it occurs to people who are performing high-impact activities, playing sports that involve jumping, wearing high heels and any number of other reasons. Heel pain arises from prolonged standing or walking throughout the day, putting excessive repeated stress on the heel part. As with other medical conditions, a bit of physical therapy can make a world of difference and ease any pain or tension you may be feeling.  Recommended physical therapies to relieve heal pain Incorporate stretching exercises such as standing calf stretch, seated ankle pumps, and seated fascia stretch into your everyday routine as soon as you wake up in the morning. These stretches will improve your range of motion, reduce the stress on your heels, and help relieve any joint stiffness that may be contributing to your pain.  Bend the toes up to stretch the fascia. Similarly, bend the ankles up to stretch the Achilles tendon. These activitie...

Chondromalacia Can Be Healed Naturally – Try Regenerative Cell Treatment!

Are you having knee pain that aggravates, especially when you jump, run, or sit for long hours? Check if you have chondromalacia then. Chondromalacia is otherwise called as runners' knee or patellofemoral pain syndrome. Physical therapy, medications, and corticosteroid injections can give temporary relief only. Even if your physician recommends surgery, don't say yes immediately by giving up the importance of quality life. Regenerative cell treatment can effectively and naturally kickstart the healing process and return you to the back the life that you desire. Before understanding how regenerative medicine can help, let us go through the causes of chondromalacia and its symptoms in detail. What is Chondromalacia? Chondromalacia is a condition wherein a firm structural connective tissue known as the cartilage softens, gets inflamed and deteriorates. The damage takes place in the cartilage present on the undersurface of the kneecap (also called patella). This cartilage functions...