Louis A. Cona M.D.
This post explains how stem cells may have the ability to help sports-related injuries.
Hoping to alleviate or minimise post-injury pain and downtime, many prominent professional athletes have elected to be treated with stem cell therapy. These methods offer a more noninvasive treatment, instead of major surgery for the career threatening injuries they have suffered. The versatility of stem cells allow them to treat a range of sports related injuries and can improve outcomes while accelerating the time to return to the game.
Many high profile athletes have already turned to stem cell therapy for help with lingering conditions. It is not uncommon these days to see a sports article showing an athlete traveling across the globe to receive these exclusive treatments. Due to the high risk high reward nature of their work, pro athletes have historically been more willing to try non-standard or experimental procedures to aid in their rehabilitation. For this reason, stem cell therapies have begun receiving a lot of attention in recent years. Most notably, Peyton Manning elected to receive treatment on his long injured neck, only one season before winning his second and final championship. The progress made in treating sports injuries is often an early signal of the beneficial treatments that will shortly emerge for the general public, and although it may not get the weekend warrior on to a pro field, it will often give them the ability to participate and return to their daily functions just as quickly as the pro-athlete will return to the field.
Several stem cell treatments are currently available for a range of patients that suffer from joint disease or osteoarthritis, whether they have injured themselves on the field or in everyday life. This also includes those who may be experiencing joint pain due to post-operative surgeries or injuries which may incurred earlier in life. For many of us, as we age osteoarthritis becomes a daily concern affecting over 50 million people in the United States, particularly osteoarthritis of the knee joint. Athletes and non-athletes all rely upon knee cartilage to act as a cushion between the various bones in the joint. It's a tough, flexible and mostly reliable material that gets damaged by high-impact collisions or repetitive tasks common to many sports and daily activities. Current injury statistics show that as much as 25 percent of the population will incur some form of knee degeneration by the time they celebrate their 55th birthday. This unwanted condition too often results in many patients suffering with daily pain and ultimately knee replacement surgery.
Stem cell treatments used to combat osteoarthritis available today include PRP and allogeneic stem cell treatments that involve same-day injections into affected joints such as the knee, shoulder, or elbow. The cells injected into the affected areas are able to become and replace specific types of damaged cells in the body. In this way, they effectively create fresh tissue to replace worn or diseased tissue. This process is done non-invasively, often negating the need for costly and lengthy replacement surgeries. Results will differ depending on age and current joint condition, however the increasing popularity of stem cell treatments seen by professional athletes is indicative of future potential.
DVC Stem has worked with athletes over the years to ensure they receive safe and effective treatments, designed to repair injury and get them back into the action quicker and better than before.
You also might be interested in
Eddie "The Beast" Hall received an infusion of over 300 million cord tissue-derived mesenchymal stem cells at DVC Stem. Eddie Hall wanted the best treatment available – this particular method (delivering expanded mesenchymal cells) is extremely potent at combating inflammation and general wear & tear on the body.
Read more ￫
A brief description of ALS and the potential uses of stem cell therapy in relation to the condition.
Read more ￫