A study of the genetic variations that underlie differences in insulin secretion in mice has identified a number of candidate genes that may drive the development of conditions such as type 2 diabetes.
Jun 13, 2023
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Junior Associate Professor Taro Toyoda and his research group, in collaboration with industrial companies including Orizuru Therapeutics, Inc., conducted a safety assessment of the differentiation inducers used in the preparation ...
Mar 8, 2023
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A study led by researchers from IGTP's Immunology of Diabetes group has identified new microRNA as biomarkers for the partial remission phase, also known as "honeymoon phase," of type 1 diabetes, and has linked the miR-30d-5p ...
Mar 6, 2023
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In people with type 1 diabetes, the body's immune system attacks and destroys insulin-producing β cells that control blood glucose levels and are part of a group of cells in the pancreas called pancreatic islets. In research ...
Mar 1, 2023
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Researchers have identified 395 genes that are differently expressed in people with type 2 diabetes. One of the genes proved to be very strongly associated with impaired insulin secretion. Now, researchers want to investigate ...
Feb 20, 2023
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When cells copy DNA to produce RNA transcripts, they include only some chunks of genetic material known as exons and throw out the rest. The resulting product is a fully-mature RNA molecule, which can be used as a template ...
Feb 9, 2023
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A quarter-sized device created at Houston Methodist could drastically alter the course of treatment for type 1 diabetes, a chronic condition that impacts millions of Americans and does not have a cure.
Dec 27, 2022
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Pancreatic islets are mini-organs that make and release insulin and several other peptide hormones to control our glucose levels. Although various studies have previously looked at how pancreatic cells communicate with each ...
Nov 28, 2022
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Scientists have used a transplant procedure to apparently cure diabetes in lab mice, without the need for immune-suppressing drugs afterward.
Nov 8, 2022
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Researchers led by Osaka University have now identified a mechanism by which a lack of insulin may be reported back to the pancreatic cells that produce insulin, identifying a potential new therapeutic target for diabetes.
Nov 7, 2022
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