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Showing posts from January, 2022

Umbilical Cord Stem Cell Importance | Dr. David Greene Arizona

Cord stem cells have been used to treat diseases such as diabetes, osteoporosis, and cancer. They have the same abilities as blood stem cells to heal the body but are less potent than blood stem cells, making them a better option. For example, in a recent study, scientists who used cord blood to treat cerebral palsy found that the stem cells, abundant in the umbilical cord, can enter the brain and replicate the cells they replaced. This led to a significant and lasting improvement in behavior and motor abilities in children. The natural tissue connected to the placenta of pregnant animals is called the umbilical cord. The umbilical cord is composed of two tissue types: the tissue of the umbilical cord and the fetal liver. In recent years, the cord has been used to treat various diseases with ease. These discoveries, coupled with the materials and technologies, have paved the way for further research into regenerative medicine. Moreover, umbilical cord stem cells can cure more than 80 d

Curing Infertility With Stem Cell Therapy | Dr. David Greene Arizona

Infertility is classified as a "reproductive system disorder" that causes dysfunction. Despite the considerable hardship, couples and people seeking but cannot focus on maintaining a planned pregnancy have emotional neediness, particularly in the low settings throughout the world. Infertility has now reached epidemic levels in America, and the medical community has not come up with a straightforward solution to the problem. At least 21 million American women have infertility. A stem cell therapy might hold the key to solving this problem permanently. Stem Cell Therapy has proven to be the best treatment option for Infertility, with a success rate of 60%. Infertility is a growing health issue, but is there a parallel in this sphere that could tackle this huge concern with an equally effective solution? A recent study at McMaster University found that only a few cells in the ovaries produce eggs year-round. These cells can be transplanted to women to increase getting pregnant.

The Potential Of Adult Stem Cells: Dr. David Greene Arizona

Stem cells were the source of another possible breakthrough in regenerative medicine. Cleansing adult stem cells in the embryo, scientists found that they could restore damaged and diseased tissue. So, as you read, there’s a possibility that by the end of this, you’ll be able to regenerate all your cells and live forever - at least until the competition finds a legal way to stop you. Every year, billions of lives are lost due to diseases like Alzheimer's, diabetes, Parkinson's, and cancer. Currently, there is no effective treatment to heal these diseases. As a result, there is an urgent need to find novel treatments for these poorly understood and debilitating illnesses. We know that stem cell therapies have done a tremendous job by healing many untreatable diseases, which they will be doing in the future. Adult stem cells have finally found their fame. However, the new field has also been associated with controversial claims, especially medical uses. Dr. David Greene Arizona

Dr. David Greene Arizona: Stem Cell Treatments Are Relevant to Orthopedic Surgeons

Stem cells are starting a ton of discussion in the medical world. Also, there's a valid justification to be energized over them. Researchers and specialists proceed to explore and apply new uses for stem cells consistently. This improvement implies progress in the field of medical consideration, yet additionally in the eventual fate of medical treatment overall. Here is the reason your orthopedic specialist is so excited about stem cells.  Dr. David Greene Arizona   calls stem cells one of the unfamiliar treatments for most chronic diseases. This kind of therapy has acquired a lot of attention all over the globe. Firstly let us get to know that what are stem cells in actuality.  What Are Stem Cells?  The basic idea behind this term is to bring in new cells cultivated from a laboratory to replace damaged or ill cells in the body. For example, stem cells can be guided into becoming specific cells used to regenerate and repair diseased or damaged tissues in people. Stem cell therapy i