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Showing posts from April, 2017

Osteoarthritis Treatment with Stem cells in India

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Osteoarthritis is categorized as a common, inflammatory joint disorder; one of the many, 100 different forms of arthritis. It is commonly defined as the progressive, degenerative condition; which is directly linked to the genetic or familial factors. The disease generally affects people, who are aged or overweight; however, there are varieties of risk factors that can be associated with the disease development.  As a matter of fact, in spite of high prevalence and increased socio economic burden; there is still a lack of effective, alternative treatment; which can minimize the damage and manage the symptoms. The human joints are made up of two bones in order to increase their mobility. The synovial fluid and cartilaginous bed are the two important parts of the human joints; which are necessary for shock absorption and frictional reduction. Because of the mechanical stress on weight bearing joints; considerable degeneration can be possible in cartilages, due to which, bones get r

I OWE MY YOUNGER LOOK AND GREAT SKIN TO GIOSTAR

Everyone wants to look younger and so do I, and when I came to know how  Stem Cell Treatment  helps in rejuvenating and repairing damaged organs and tissues, which include our skin, I was simply blown off. Of late scientists have discovered the fact that non-embryonic cells, which are extracted from humans can aid in fighting age spots, wrinkles, and even fine lines. There was still a lot of doubt about the treatment’s effectiveness in my mind, so I approached Giostar. There I realized that how this therapy actually fights aging.  I am a public figure, so I am always concerned with my looks, and wrinkles and fine lines are a definite setback for me. This is why I decided to go through this therapy, but only under expert supervision. I compared many centers offering such treatments, but  Giostar Reviews  impressed me the most. This is when I decided that Giostar is the place to be, because it has pioneered  Stem Cell Treatment  in India, and positive  Giostar Reviews  shows it as

Expectations And Concerns of Autism Treatment With Stem Cell Therapy

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A group of varied neurodevelopmental disorders together is called autism, and as far as Autism Treatment is concerned, it is presently limited to behavioral interventions. In the recent years, prevalence of autism has increased rapidly. Pathophysiology as well as mechanism of pathogenesis of autism is still in vogue. This makes it even more difficult to develop a curative therapy for curing autism completely. There are a few medical and nutritional approaches other than behavioral techniques, which are used for treating autism, but none of these approaches are defined as standard approach. One of the latest approaches that seem to change the face of Autism Treatment is Stem Cell Therapy . In fact, Stem Cell Therapy has proved to be the future of regenerative as well as molecular medicine. To understand how stem cells work to treat autism, one must understand characteristics of stem cells and cellular, biochemical, and molecular basis of disorders associated with autism. Al

Osteoarthritis Treatment from Stem Cells

In recent years the science and technology has been working in collaboration to welcome state of the art alternative treatment for conventional medical practices; which are not been able to treat many diseases, such as diabetes, neurological indications as well as arthritis. Recently with the FDA approval announcement for stem cells therapy and their applications for arthritic issue; the innovative therapy can be applied in the treatment of various degenerative conditions such as degenerative arthritis, tendonitis, as well as many ligament diseases. Many people now days, are suffering with dangerous diseases like arthritis, joint pain, injuries, etc; adding more disturbances to the day to day functioning of life. For many of them, the only option seeming to be viable is to take synthetic hormonal supplements and/or drastic surgeries. However, these conventional instincts were not able to solve joint problem, additionally long term use of synthetic drugs as well as surgeries can f

Stem Cell Treatment in India

Stem cells are capable of dividing and renewing themselves for long periods. Unlike muscle cells, blood cells, or nerve cells—which do not normally replicate themselves—stem cells may replicate many times, or proliferate. Regardless of their source—have three general properties: they are capable of dividing and renewing themselves for long periods; they are unspecialized; and they can give rise to specialized cell types. Stem cells have been successfully isolated from variety of human tissues including orofacial tissues. Initial evidence from pioneering studies has documented the likely breakthrough that stem cells offer for various life-threatening diseases that have so far defeated modern medical care. scientists are still under the process of understanding the several unanswered questions related to stem cells as  stem cell treatment  is the most promising therapy for many devastating degenerative diseases. Anemia, leukemia, lymphoma are some of the blood related disorders treat

The Features and Significance of Mesenchymal Cells in Stem Cell Treatment

Stem Cell Treatment is based on the use of stem cells for treating different diseases. In this kind of treatment, specialized cells that have the ability to renew themselves by cell division are used. These cells can also differentiate to create multi-lineage stem cells. Primarily, stem cells falls under the categories of ESCs (embryonic stem cells), adult cells, and iPSCs (induced pluripotent cells). Out of these Mesenchymal cells have been attracting attention, as human mesenchymal cells are multipotent cells and non hematopoietic and features the ability of differentiating, which leads to the creation of mesodermal lineage like adipocytes, osteocytes, as well as chondrocytes and hepatocytes. For the very first time, human mesenchymal cells were found in bone marrow, and at present researchers have been able to derive these cells from different tissues including amniotic fluid, dental tissues, adipose tissues, endometrium, and even umbilical cord. Researchers are now also able