Dr David Greene MD

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

Stem cell therapy or Adult stem cell therapy refers to using adult stem cells (cells found in non-embryonic tissues that can divide and differentiate into specialized cell types) as treatment methods. This treatment method can aid in treating disorders caused by neurological damage from conditions such as stroke, spinal cord injury, traumatic brain injury, and cerebral palsy, among other problems. Many studies on this treatment method have shown positive results in improving the quality of life for patients suffering from these disorders. Nearly all illnesses previously believed to be incurable could be healed with this approach, developed by experts including Dr. David Greene Arizona . Stem cell therapy is a new and developing treatment option for epilepsy. While still in its early stages, stem cell therapy shows promise as a possible treatment for certain types of epilepsy that do not respond well to medication. Stem cell therapy aims to replace damaged or diseased cells with health