Diabetes Treatment - Stem Cells Innovative New Treatment

A few years ago, stem cell research was considered a slightly foreign and marginally taboo subject due to the fact that there were so many unknowns. Recently, however, it has become a far reaching branch of the medical field. While other treatments prove to be a cul-de-sac in the disease curing department, this particular method of treatment is becoming more and more popular. Stem cell research and treatment is evolving every day as there are so many exciting developments to study. Medical professionals are constantly on the hunt for alternative healing methods that are effective and relatively risk free. Cell treatment for diabetes and many other conditions is proving to be very effective so far.



For us to understand why stem cell treatment for diabetes, Parkinson's disease, Down's Syndrome and many other conditions is so effective, we need to understand how this treatment works and what these 'special cells' are. A stem cell is essentially a cell that has not yet been 'assigned' to a particular function. Generally these cells are labeled as 'undifferentiated' because they have the potential to turn into virtually any cell in the human body.



To illustrate how such a cell would function as the miracle worker it has come to be, just imagine the undifferentiated cell being transplanted into a damaged area of, for example, the spinal cord. Because this cell has the ability to transform into any cell that might be needed it would essentially turn into a healthy spinal cord cell. This healthy cell would repair the damaged area and eliminate the need for other treatments. Stem cells are so efficient at repairing and replacing other damaged cells because of their ability to divide without limit. They act as a type of 'photocopy machine" by reduplicating themselves as much as necessary until the damage is completely repaired.



If the damage in an area of your body is so extensive that stem cells from that particular area would be useless, the necessary cells can be sourced from another part of the body. In very extreme cases, stem cells can be sourced from a donor that is an appropriate match for you. This will happen if the cause of the damage to your own cells is genetic. Stem cell treatment for diabetes and many other conditions is so effective because of the fact that the cells can be sourced from so many different places.



Due to the fact that there are so many different procedures that could require the use of stem cells, there are also various different types of stem cells available. Stem cell can be derived from many different sources such as adult adipose tissue cells, bone marrow cells, adult skin tissue cells and embryonic cord cells. Each of these different types of cells is reserved for their own particular function and this is what makes modern stem cell treatment for diabetes and many other ailments so effective. Doctors and medical researchers have also developed different methods of injecting the cells back into the body in order to maximize the efficiency of the treatment.



If you or a loved one would be interested in looking into stem cell treatment for diabetes in particular, you might be interested to know that the stem cell treatment has treated an impressive number of patients. Over 112 patients with type I or II diabetes (and other health complications related to diabetes) have benefited from this miracle treatment. 32 of these patients were able to fully regain blood glucose control and therefore lead a more 'normal' lifestyle. These patients were also weaned off of insulin.



Stem cell treatment has not only been successful in treating diabetes but there has also been extensive progress in treating many other ailments as well. If you are interested in finding out more about this medical procedure there are many medical centers in South Korea and China that can provide you with more information. These medical centers can also refer you to the facilities that provide this advanced treatment and will also be able to find you an appropriate cell donor, should you need one. You will be informed on who the donors are as well as how the cells are cultivated. Any information you require will be given to you so that you are able to make an informed decision.

Diabetes Treatment - Stem Cells Innovative New Treatment

A few years ago, stem cell research was considered a slightly foreign and marginally taboo subject due to the fact that there were so many unknowns. Recently, however, it has become a far reaching branch of the medical field. While other treatments prove to be a cul-de-sac in the disease curing department, this particular method of treatment is becoming more and more popular. Stem cell research and treatment is evolving every day as there are so many exciting developments to study. Medical professionals are constantly on the hunt for alternative healing methods that are effective and relatively risk free. Cell treatment for diabetes and many other conditions is proving to be very effective so far.



For us to understand why stem cell treatment for diabetes, Parkinson's disease, Down's Syndrome and many other conditions is so effective, we need to understand how this treatment works and what these 'special cells' are. A stem cell is essentially a cell that has not yet been 'assigned' to a particular function. Generally these cells are labeled as 'undifferentiated' because they have the potential to turn into virtually any cell in the human body.



To illustrate how such a cell would function as the miracle worker it has come to be, just imagine the undifferentiated cell being transplanted into a damaged area of, for example, the spinal cord. Because this cell has the ability to transform into any cell that might be needed it would essentially turn into a healthy spinal cord cell. This healthy cell would repair the damaged area and eliminate the need for other treatments. Stem cells are so efficient at repairing and replacing other damaged cells because of their ability to divide without limit. They act as a type of 'photocopy machine" by reduplicating themselves as much as necessary until the damage is completely repaired.



If the damage in an area of your body is so extensive that stem cells from that particular area would be useless, the necessary cells can be sourced from another part of the body. In very extreme cases, stem cells can be sourced from a donor that is an appropriate match for you. This will happen if the cause of the damage to your own cells is genetic. Stem cell treatment for diabetes and many other conditions is so effective because of the fact that the cells can be sourced from so many different places.



Due to the fact that there are so many different procedures that could require the use of stem cells, there are also various different types of stem cells available. Stem cell can be derived from many different sources such as adult adipose tissue cells, bone marrow cells, adult skin tissue cells and embryonic cord cells. Each of these different types of cells is reserved for their own particular function and this is what makes modern stem cell treatment for diabetes and many other ailments so effective. Doctors and medical researchers have also developed different methods of injecting the cells back into the body in order to maximize the efficiency of the treatment.



If you or a loved one would be interested in looking into stem cell treatment for diabetes in particular, you might be interested to know that the stem cell treatment has treated an impressive number of patients. Over 112 patients with type I or II diabetes (and other health complications related to diabetes) have benefited from this miracle treatment. 32 of these patients were able to fully regain blood glucose control and therefore lead a more 'normal' lifestyle. These patients were also weaned off of insulin.



Stem cell treatment has not only been successful in treating diabetes but there has also been extensive progress in treating many other ailments as well. If you are interested in finding out more about this medical procedure there are many medical centers in South Korea and China that can provide you with more information. These medical centers can also refer you to the facilities that provide this advanced treatment and will also be able to find you an appropriate cell donor, should you need one. You will be informed on who the donors are as well as how the cells are cultivated. Any information you require will be given to you so that you are able to make an informed decision.

Cause of Diabetes - Having Too Much Or Too Little of the Insulin Beta Cells

To understand the main cause of diabetes, it is important for us to understand how the pancreas responds in producing insulin beta cells needed for the body's glucose absorption.



Under normal circumstances, the glucose (sugar) will enter the bloodstream which will act as fuel for the body. The pancreas may be slow or may fail to produce tiny insulin factories called beta cells in order to transfer the glucose to the liver cells, muscles and fats. If there are few or no beta cells that enable other cells to receive glucose, the blood sugar level will increase.This is the main or primary cause of diabetes.



Due to the failure of the pancreas to produce the insulin beta cells, the level of unabsorbed glucose will also increase as the constant supply of glucose keeps coming in. As a recourse, the body will merely flush out the unabsorbed glucose by way of urine. Hence, the diabetic will experience thirst and frequently pass urine. The diabetes sufferer will need insulin injections to meet the body's insulin requirements.



In other cases, the disorder may be due to the resistance of other cells to the insulin cells. There is now failure in glucose absorption but pancreatic production of insulin continues as an automatic response to the presence of glucose. Both insulin and glucose levels become elevated yet no absorption is taking place in order to supply the body with energy.



Other causes of diabetes may include the following factors:



1. Immunity- The beta cells of the pancreas is attacked by a disturbance in the immune system thereby a type 1 diabetes emerges. Under type 1 diabetes, the sufferer becomes insulin dependent due to the failure of the pancreas to produce insulin. This usually happens to children and adolescents.



2. Inflammatory- Viral infections are transferred from the blood to the pancreas resulting to damaged beta cells.



3. Hereditary- Some hereditary genes contribute to the emergence of diabetes in some people. If the parent is diabetic, chances are the offspring will be afflicted by type 1 diabetes by around 10%, more or less.



4. Environment- This includes the following factors:



a. Weight- In some studies, 80% of overweight patients are diabetics.



b. Sex- Diabetes is prevalent in women than men in the ratio of 2 to 1. Gestational diabetes happens at a later period of pregnancy. This will make the mother prone to type 2 diabetes.



c. Age- This usually occurs after the age group of 45 years old.



d. Exercise- Lack of exercise can reduce the ability of the body to absorb insulin. In the absence of exercise, type 2 diabetes typically emerges.



e. Eating Habits- Eating lots of fats, sweets and even fast meals will contribute in weight gain. Once there is already too much fats in the body cells, the sensitivity of cells decrease in absorbing insulin.



f. Ethnicity - For some unexplained reasons, women who are of African, Hispanic, American Indian, and Asian descent, are prone to develop diabetes.



Since we already know the exact cause of diabetes, simple but important health rules such as eating the proper food and in the right amounts as well as engaging in exercises should become a normal part of our life.