Is it true that Type 1 Diabetes can be cured by Stem Cells?

Discussion on health related issues specific to Type 1 diabetes. A place for people with type 1 diabetes to discuss questions related to type1 in striving to achieve blood sugar control.

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Is it true that Type 1 Diabetes can be cured by Stem Cells?

Postby Sharon » Sat May 28, 2016 5:19 am

I have been reading in papers that for the people suffering from type 1 diabetes, by regularly injecting themselves with insulin is part of their daily life and its really a difficult process which needs to be carried for life! . This form of treatment hasn’t been advanced much for so many years. Recently it seems there is a breakthrough in creating insulin-producing beta cells that were made from human stem cells ? which seems to have successfully controlled diabetes in a mice for about six months? Is it true? If so, when can the technology be available for common people who are long waiting for a better solution for type one diabetes?

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Joined: Fri May 27, 2016 2:43 pm

Re: Is it true that Type 1 Diabetes can be cured by Stem Cells?

Postby Julin » Sat May 28, 2016 5:30 am

Sharon, i have found the below information and hope its useful for you

Are there stem cell therapies available for type 1 diabetes?

Patients who are researching their options would have come across firms postings at their Web sites or substances that say otherwise and offer fee-based stem cell treatments for curing this disease. A number of these claims aren't supported by sound scientific evidence and patients considering these therapies are encouraged to review some of the links below before making crucial choices about their treatment plan.

Stem cell research for type 1 diabetes is unfolding along quite a few paths that are distinct plus some of the stops along the way have given results which are being translated into 2 clinical trials and early Phase 1. Many these are examining the security of adult stem cells and the prognosis is promising. Researchers will also be investigating mix strategies that infuse stem cells as well as pancreatic islet cells reduce the requirement for insulin shots and to protect and enhance the engraftment of the islets.

It must be examined and validated before fundamental stem cell research can be translated into the practice for patients. For type 1 diabetes, this calls for transplanting stem cells if insulin levels can be restored to examine. The principal kinds of adult stem cells being contemplated for type 1 diabetes are pancreatic stem cells, mesenchymal stem cells, hematopoietic stem cells and liver stem cells. Liver and the pancreatic stem cells are still some way off the clinical trial setting since they're not rather easy to isolate, expand and grow. By comparison, you can find many clinical trials assessing the safety and feasibility of using mesenchymal stem cells or hematopoietic stem cells for treating type 1 diabetes. Hematopoietic stem cells are seen in the bone marrow and are in charge of making all the red and white blood cells within the body. Mesenchymal stem cells are seen in many other tissues together with in bone marrow and can grow into various distinct cell types.

The road to getting a stem cell treatment is paved with many challenges that may take time to beat. But the abundance of information created from laboratories around the world is converging to help to the practice. The results have become promising and in time may point to a feasible stem cell treatment for type 1 diabetes that executes more than some of the treatments that are present by freeing patients of the lifelong dependence on insulin shots and providing limitless quantities of beta cells.

Hematopoietic stem cells can support beta cell regeneration in pancreas tissue that is damaged, and hematopoietic stem cells are a leading candidate for a potential treatment as bone marrow transplantation processes happen to be taking place since the 1960s. Both kinds of stem cells, when harvested in the bone marrow, have an innate ability. This really is significant because beta cells that are just formed, no matter how they have been made, should be shielded if they may be to prevent the exact same autoimmune answer that assaulted the patient’s beta cells in the first place. Now there are many clinical trials underway to examine if mesenchymal stem cells and hematopoietic stem cells can cancel the amount of insulin needed by diabetics to manage their glucose levels.

Strategies have been devised by scientists for turning embryonic stem cells from people and mice into insulin-producing beta cells that can keep blood sugar levels. Translating these results is as difficult as it might appear because researchers must first formulate strategies that are extensive to separate the recently formed beta cells from their embryonic stem cell parents. This can be an essential measure because embryonic stem cells are not so impotent that they'll occasionally form a kind of tumour. To our knowledge, at present there are not any clinical trials examining embryonic stem cells for treating type 1 diabetes in people.

Present research using pluripotent that is caused by stem cells

Researchers have found an easy method to turn the clock on mature cells back and reprogram them to behave like embryonic stem cells. These iPS cells offer the edges of embryonic stem cells with no controversy about the source. In 2010, research workers revealed they could turn iPS cells into insulin-secreting beta-like cells that normalize glucose levels . Researchers are devising safer means of making iPS cells and these systems are getting them one step nearer to testing in a clinical setting.

Another interesting path of investigation was disclosed in 2010 when researchers demonstrated that sperm stem cells could be reprogrammed to become embryonic-like cells that may make beta-like cells. This way of making spermatogonial cells is quite safe and the beta-like cells generated can lower blood sugar that is high . Spermatogonial stem cells, although male-centric, could possibly be a vast way to obtain cells that are pluripotent.-

The ultimate aim would be to transplant these cells into diabetic people suffering from type 1 diabetes, helping them to produce their own insulin. This would essentially means a cure to the disease, and would render regular insulin injections a thing of the past.

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