The Latest Diabetes Treatment

The latest diabetes treatment is that of the usage of cinnamon and the prevention of some of the symptoms of diabetes! Known for a long time as a spice that helps with energy, cinnamon can be a low cost addition to help strengthen a diabetes regimen.

Funded by the Diabetes Action Research and Education Foundation, or DAREF, Dr. Richard Anderson performed a study on the possible useful effects of cinnamon for diabetes at the United States Department of Agriculture's Human Nutrition Research Center.

Mr. Anderson was able to actually isolate the compound in cinnamon which is responsible for some of the great effects that cinnamon can have for a diabetic.

What may be more important regarding this discovery are the effects that this compound can have on the millions of people who have been diagnosed with pre-diabetes. It can help to delay the onset of diabetes, and can give you time to learn about the condition and how to keep it from taking a significant toll on your health.

The polymers found in cinnamon help diabetics in two specific ways;

First, the compound was found to make the enzymes that may be responsible for insulin resistance decrease their effects. This is of utmost importance for those with Type II diabetes which often have an insulin resistance problem to blame for their condition.
Secondly, when taking the compound, patients were found to have an increased sensitivity to insulin in their body, helping insulin be distributed more effectively. The polymers that were extracted from this study are now clinically available, and have been patented as the compound known as Cinnulin PF. This water-soluble extract is the only compound of this type that has been approved.

There are many different supplements that contain the Cinnulin PF compound, and it shouldn't be hard to find. Shop at MotherNature.com for thousands of all-natural Health & Wellness products.

It is important to note that you absolutely SHOULD NOT consume heavy amounts of normal cinnamon to try to get these effects. In high doses, cinnamon has been found to be toxic due to a fat soluble component it contains. If you are unable to purchase one of the supplements that contains Cinnulin PF, a quarter to a full teaspoon of cinnamon can be taken to help your health. One way of making this supplement more tolerable would be to add it to drinks such as milkshakes or tea.

New treatments for both type 1 and type 2 diabetes are being developed all the time. At the moment none of these have with stood the ultimate test – of time.

One of the new treatments now being made available is a drug based on the saliva of a venomous lizard – the Gila Monster.

The drug containing this new treatment is delivered by injection in much the same way as insulin but early trials have seen many participants withdraw because of an increase in side effects when compared to those caused by insulin.
Another new treatment currently in trials is the delivery of insulin through inhalation. The insulin is prepared in a dry micro fine powder form which is inhaled directly into the lungs from where it is absorbed into the blood stream.

This would have obvious advantages when treating children, as the use of needles to deliver the essential insulin shots can make the condition doubly distressing for the child and for the parents who often have to administer the injections.
Researchers recently reported some success in treating patients with type 1 diabetes with an antibody called ChAglyCD3 that appears to preserve some of the valuable beta cells within the pancreas to permit some insulin production and release.

Treatment with this antibody slows the progression of the autoimmune response and the associated destruction of the insulin producing cells of the pancreas.
Implantable insulin pumps are now available for the type 1 diabetic for whom regular insulin shots are as essential as oxygen. These devices are embedded in the abdomen and deliver a constant dose of insulin direct to the liver.

Genetic research continues into the causes of diabetes with some researchers claiming success in identifying the gene responsible for the development of type 2 diabetes.

This particular gene appears to cause an excess of the protein PC-1 to be produced by the body and it is this protein that causes insulin resistance within the cells of the body. Geneticists hope that further research will assist diabetics through the development of the following possible treatments:

A diabetes vaccine. Tests for a vaccination against the autoimmune response that causes type 1 diabetes are currently being researched.
Scientists have used genetic engineering to make liver cells that produce insulin. Unfortunately there is no internal control mechanism as there is with the pancreas, so the insulin levels from such cells remains constant regardless of the body's requirement for this hormone. More research is required.
There is an enormous amount of research into the therapeutic use of stem cells. It is possible that researchers will find a way to use stem cells to make insulin producing cells to replace those that have been damaged by the autoimmune problem that causes type 1 diabetes.

All new treatments offer hope for the future but the effectiveness of any of them will not be fully appreciated until they have been tested over time.