Blog

What causes muscle loss in aging men?

Marc Darrow, MD, JD. What causes muscle loss in men? If you have obesity and diabetes, you have known risk factors for the development of physical disability. This includes loss of muscle. A major problem we see in our practice in aging men in is sarcopenia, the progressive loss of muscle mass and strength. Researchers have put together a good amount of evidence to link obesity and diabetes as factors that will accelerate  the progression of sarcopenia, and subsequently functional muscle decline in older adults. In other research not only was obesity and diabetes cited as culprits of muscle loss

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Peyronie’s disease

Marc Darrow, MD, JD. Why is your penis bent? Your doctor may have explained to you that your penis is bent because you suffer from Peyronie’s disease. This disease occurs when plaque (you can feel this as a hard lump) or scar tissue develops under the skin of your penis. When you have an erection, the bend is more noticeable. Your doctor may ask you if you recently had an injury that required catherization, or if you suffered from genital trauma through injury. Sometimes strong, vigorous sexual activity can injure the penis. Your doctor may ask you about or check

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Research on bone marrow derived stem cell therapy knee cartilage repair

Marc Darrow, MD, JD. Bone marrow aspirate concentrate stem cell therapy can work in a multi-factorial way, one of the ways stem cells help regenerate tissue is through cellular communicate. Communication is one of the key but less understood functions of stem cell therapy. In this communication aspect, newly introduced stem cells (those introduced in stem cell therapy injections) can mobilize stem cells already in your knee to jump start a new repair cycle for degenerative and acute injury damage. The subject of knee cartilage mesenchymal stem cell repair has been the subject of diverse research over the years. Let’s

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A research overview of non-surgical knee osteoarthritis treatments.

Marc Darrow, MD. JD. There are many ways to treat knee osteoarthritis. Some successful, other not. As each person represents a unique case, it is difficult top determine which treatment would be best for an individual. When I started this work in regenerative medicine more than 25 years ago, the options were mainly surgery or painkiller. But that was then, with the advent of “biomedicine” (blood and stem cell therapies), the choices have changed dramatically. From this point of view, arthroscopic surgery is now seen as the least desirable option, and knee replacement something that should be delayed as long

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TMJ Injections: Research comparing cortisone, hyaluronic acid, PRP, and BMAC stem cell therapy

Marc Darrow, MD, JD. Many people contact our office asking about temporomandibular joint (TMJ) treatments. For the most part they are contacting us to learn about the possibilities of how regenerative medicine injection treatments may help them. Among these injections are bone marrow aspirate concentrate stem cell therapy (a procedure that uses cells from your own bone marrow to initiate healing) and Platelet Rich Plasma injections. We use these treatments in orthopedic conditions such as osteoarthritis, joint degenerative disease, neck and back pain), and for the purpose of this article problems of TMJ and TMJD (Temporomandibular joint dysfunction). The temporomandibular joint

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Knee replacement complications

Marc Darrow, MD, JD In this article I will address recent research published by the surgical community on knee replacement complications. Most people have very good outcomes with knee replacements. Many people continue to have lingering problems following their knee replacement. Most of the problems come from mechanical and hardware problems and are often addressed in a revision surgery. Many complain of their inability to bend their knees, continued pain, stiffness and rigidity, knee instability when walking. Many of these problems can be addressed with physical therapy and strengthening of the surviving ligaments, tendons and muscle attachments, as in regenerative

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