Stem Cell Therapy for Diabetes

Introduction

Stem Cell Stories of Hope

There is some good news to diabetics over the world with the realization that diabetes is not curable but it is well managed with proper care. Isn’t this encouraging? Many researchers have not been able to understand what causes diabetes, something that has given them a lot to ponder about for years now. However, many are on the right course in trying to figure out what the cure for diabetes is. Despite this having so far proved elusive, there is hope that through stem cell therapy all the different type 1 and type 2 diabetes will be contained.

Stem Cell Therapy as a Form of Treatment

The encouraging factor is that diabetes can be cured through the transplant of beta cells through stem cell therapy. What these beta cells do is basically sense a change in blood sugar levels thus producing insulin which acts by reducing them. This could be the case because a previous study indicated that patients with type 1 diabetes have depleted beta cells thus getting new ones that will replace the old ones will act as a cushion against the disease. For those with type 2, diabetes researchers believe acquiring new beta cells through stem cell therapy could increase the ability of the body to produce insulin thus scraping off the need for daily injections as it is the case for many patients.

 

What Research Studies Have Informed This Form of Treatment?

It could be true that stem cells could reverse the adverse effects of diabetes thus giving the many patients over the world reprieve and a chance to live a normal life like their counterparts. What is giving them the much-hype for success is the fact that these beta cells are more responsive to glucose in one’s blood. Scientists have tried to transform the stem cell to the more reliable insulin-producing cells known as beta cells. It has, however, dawned on them that it was not easy to regulate how much insulin they produced thus forcing them to carry out numerous other tests.

This further research then came up with beta cells that were more responsive to glucose levels in the blood. The increase in incidences of type 2 diabetes which affects a vast majority of 30.4 million people yearly has led to this extensive work of converting beta cells into much more reliable insulin producers than the 2014 skin cells that were unreliable because they either produced too much insulin or too little which was not helping patients.

Stem cell therapy holds insurmountable promise in the treatment of patients who have diabetes mellitus. Stem cells are very crucial in the search for the cure of diabetes through stem cell therapy.  It is therefore important for us to try and understand what they are and their importance to our objective. Stem cells are immature cells that are yet to develop certain characteristics. They can grow differently.

How Stem Cell Therapy Works with Diabetes

Stem cell therapy as a study of the stem cells allows researchers to develop specific human cells and observe them when they are put in different conditions. The study of stem cells has helped in making discoveries in the fight against diabetes. For example, researchers were able to remove human intestine cells and they managed to incapacitate a gene that enabled the cells to secrete insulin.

I know most of you are probably wondering where these stem cells come from. These stem cells are mostly sourced from bone marrows, foetal tissues of embryos, teeth, placenta and blood cells. These cells have been proven through research to grow in the lab. The University of Pittsburg in 2014 developed beta cells that were producing insulin by using a virus on two genes ‘cdk’ and ‘cyclin’. The scientists then deactivated the virus and disabled the stem cells from growing further. This research could be the gateway to producing more beta cells for research in the future.

Scientists need to do more than just replacing these beta cells from a healthy person with those damaged in a patient’s body, as they try to cure type 1 diabetes. Several issues may arise from the use of this process as treatment. Transplanting islet cells is one of the few procedures that can get the job done. Once the beta cells are in a patient’s body, they must continually take immunosuppressant which are drugs that prevent the attack of the beta cells by the body immune system. This occurs mostly in patients suffering from type 1 diabetes. Soon enough, scientists will have the ability to grow more of these cells from a patient’s existing cells thus giving patients another chance to live happily. Nevertheless, diabetes type 1 patients will still require immune-suppressants to protect their cells from destruction.

Another type of cell of major interest in the search of the cure for diabetes through stem cell therapy is progenitor cells. They can take a different form of several mature human cells just like the stem cells. However, the progenitor cells are unable to divide indefinitely and can be used to grow insulin-producing cells under specific conditions. A San Diego-based company has been experimenting on the progenitor cells. They have discovered that these cells can withstand the process of transplanting. The company also has another idea; these cells are put in a porous case before transplantation under the skin. This device permits the development of glucose, insulin, oxygen yet keeps cells out. This prevents the patient’s immune system from attacking the cells.

Where to Find the Best Stem Cell Therapy

You need a trusted partner to take you through this journey of stem cell therapy as a remedy for diabetes. We at https://stemfinitycord.com/ have more than 8 years of experience treating diabetics with stem cells and are your trusted partners in stem cell therapy. You can be sure that all will go well and you will get relief from your pains through our procedures, feel free to contact us, ask as many questions and let’s get started. Our stem cell therapy sessions may be all that you need to get well. We don’t promise out of the world remedies but we are sure that we will get you the best medication.