{"id":7819,"date":"2022-05-17T06:46:08","date_gmt":"2022-05-17T11:46:08","guid":{"rendered":"https:\/\/americacellbank.com\/sin-categorizar\/what-is-stem-cell-treatment-for-diabetes"},"modified":"2026-07-03T08:44:36","modified_gmt":"2026-07-03T13:44:36","slug":"what-is-stem-cell-treatment-for-diabetes","status":"publish","type":"post","link":"https:\/\/americacellbank.com\/en\/what-is-stem-cell-treatment-for-diabetes\/","title":{"rendered":"What is stem cell treatment for diabetes?"},"content":{"rendered":"

Stem cell therapy<\/strong><\/a> is being increasingly recommended and applied to the treatment of serious and disabling diseases. This set of techniques, which consist of the use of germ cells for the regeneration of organs and tissues<\/strong>, has proven to have great versatility. One of the diseases for which treatment alternatives based on this discipline are being studied is diabetes. <\/p>\n

Why stem cells?<\/h2>\n

Current treatments for diabetes<\/strong> are symptomatic. Several patients with type 1 or type 2 diabetes have to inject insulin at least 5 times a day and keep daily control of their glucose levels, in addition to a low-carbohydrate diet. This greatly reduces the quality of life and, on top of that, does not fully counteract the consequences of constant hyperglycemia. <\/p>\n

The results of the trials carried out so far suggest that, by means of germ cells, especially mesenchymal cells, the defective Beta cells can be replaced<\/strong> and pancreatic function restored, thus enabling patients with diabetes mellitus to be completely cured.<\/p>\n

How much progress has been made?<\/h2>\n

It is clear that the beta cells of the pancreas release insulin to counteract the increase in blood glucose levels<\/strong> and that in type 1 diabetes the immune system destroys these cells, i.e. it is an autoimmune disease. However, specialists have successfully produced Beta cells from pluripotent cells and are studying how to protect them from the immune system<\/strong>. <\/p>\n

In type 2 diabetes, Beta cells produce insulin naturally, but the body’s other cells do not take up normal levels of this hormone; the incorporation of new Beta cells produced from embryonic ones can help to increase insulin levels so that the cells can take up insulin<\/strong>.<\/p>\n

The San Diego company <\/strong>ViaCyte<\/a><\/u><\/strong>, with funding from the California Institute for Regenerative Medicine, achieved the conversion of embryonic cells into Beta progenitor cells in 2008<\/strong> which, when tested in animals with induced diabetes, somehow managed to resist the attack of the immune system.<\/p>\n

In another trial, in this case from the University of Washington in 2016 and led by Dr. <\/strong>Jeffrey R. Millman<\/a><\/u><\/strong>, Beta cells were successfully produced<\/strong> that are much more sensitive and versatile in insulin production than native ones. There is yet another study, published in Nature Biotechnology and led by the Spaniard <\/strong>Diego Balboa<\/a><\/u><\/strong>, from the Center for Genomic Regulation<\/strong>, which demonstrated that germ cells can generate other cells equivalent in function to the Beta cells of the pancreatic islets. <\/p>\n

Benefits of this technique<\/h2>\n

Below, you can observe and analyze some of the advantages that this medical technology will offer<\/strong> once it begins to be applied regularly: <\/p>\n