Dr David Greene MD

Osteogenesis imperfecta, often known as brittle bone disease, is a hereditary condition that manifests as weak, easily fractured bones before birth. It is caused by a genetic mutation in the genes coding for collagen produced by bone-forming cells (osteoblasts). Collagen is essential for the development of bones and skin; therefore, the presence of a mutation results in aberrant or inadequate collagen, which lowers bone mass and strength. During development, unspecialized cells (stem cells) assist in the formation of the body. In response to stimuli from the microenvironment, stem cells migrate and differentiate into various cell types with varying functions, creating organs and tissues. Most of our organs still have a modest number of stem cells, which are utilized in later life to treat acute injury-related tissue damage and restore organ function. The building blocks of the body also include these cells. Researchers like Dr. David Greene Arizona have investigated using endogenous ...

You have choices for ankylosing spondylitis treatment (AS). A number of pharmacological therapies can reduce inflammation and its symptoms, such as pain and stiffness. But not everyone experiences success with these drugs. Additionally, some people may experience unpleasant or negative side effects from them. Researchers like Dr. David Greene Arizona hope to cure AS one day. However, to treat this persistent inflammatory illness till then, experts are looking into several ideas. Find out more information on stem cell therapy for ankylosing spondylitis. What are stem cells and stem cell therapy?  All of the blood cells in your body start as immature stem cells. These specialized cells are capable of self-replication. They also generate more cells that have essential roles in maintaining our survival, including repairing damaged tissues or organs. A therapist injects healthy stem cells into your bloodstream during a stem cell procedure. The goal is to assist you...

Most likely, you've read about stem cells in the news and have thought if they could be able to help you or a dear one who is confronting a life-threatening condition. However, you might also be concerned about stem cells, especially what they are, how they can be used to cure disease and injury, and why all the fuss. Human stem cells are unique cells that can differentiate into numerous types of cells. This can occur in everything from brain cells to muscle cells. In rare cases, they can even restore tissues that have been injured. Researchers like Dr. David Greene Arizona believe that chronic conditions like paralysis and Alzheimer's disease may one day be treated with stem cell-based medicines. Stem cells interest scientists and researchers because they can assist explain how specific biological functions work and how they may go wrong. They demonstrate, for instance, how young women with premature ovarian insufficiency (POI) may be adept at using their own bone marrow...

There’s a high possibility that you’ve read about stem cells in the reports and have questioned if they could be capable of helping you or a close one facing a serious illness. Additionally, you might wonder about stem cells, how they’re utilized to treat disease and injury, and the controversies they’re creating. Human stem cells are special cells that can differentiate into many types of cells. This can arise in everything from brain cells to muscle cells. In certain rare cases, they can also restore tissues that have been injured. Stem cell therapy, according to researchers like   Dr. David Greene Arizona , may be able to treat serious infections, including paralysis and Alzheimer’s disease. The two primary origins of stem cells are adult body tissues and embryos. Researchers are also looking into ways to produce stem cells from other cells using genetic “reprogramming” procedures. Most people have had low back stiffness at some point in their lives. This pain is frequently brou...

Our body receives tremendous strength and support from our back and spinal cord, which is essential for mobility. The spine helps us bend flexibly and maintains our body's upright posture. Without the spinal cord, neither the ability to move any bodily part nor the ability for any organ to operate would be possible. In addition, the spinal cord's nerves allow the brain to communicate with the rest of the body and govern movement.  Acute or persistent back pain can result from an abnormality in the spine's nerve roots. Back pain can range from minor to severe, disappearing or being persistent. In most cases, acute back pain appears and lasts for a few days to weeks. At the same time, persistent back discomfort lasts longer than three months. Chronic back pain may have a root cause on experts like Dr. David Greene Arizona are researching that involves issues with the ligaments, joints, or discs in the spine.  The degenerative changes in the spinal tissues frequently...

Unspecialized cells (stem cells) aid in the building of the body during development. Stem cells migrate and differentiate into diverse cell types with various and particular roles, producing organs and tissues in response to the multiple stimuli of the microenvironment. A small number of stem cells are still present in most of our organs and are used later in life to repair tissues and restore organ function following acute injury. These cells also serve as the body's building blocks. Utilizing endogenous stem cells' capacity to specialize and regenerate tissues, researchers have looked at using them to treat various ailments, including genetic disorders where organ function is impaired due to a genetic mutation. In a riposte to a genetic mutation in the genes coding for collagen produced by bone-forming cells, osteogenesis imperfecta, also noted as brittle bone disease presents as weak, easily broken bones before birth (osteoblasts). The essential component of bones and s...

The central nervous system is affected by an autoimmune disease known as multiple sclerosis (MS). The body's immune system begins to attack several central nervous system components, including the brain, spinal cord, and optic nerve. Even though there is no cure for MS, stem cell therapy can help patients feel better and stop the disease's development. In addition, clinical trials allow patients to participate in experimental treatments like stem cell therapy. MS makes the body target its central nervous system for an immunological response. The myelin, a fatty coating around the nerve fibers, is harmed by this immune reaction. Additionally, it harms the myelin-producing cells and nerve fibers themselves. The extent of MS symptoms might vary. Some people may experience just minor symptoms, while others may experience severe symptoms that may be hindering. One of the best treatments for such diseases is stem cell therapy initiated by scientists such as Dr. David Greene ...