Islet-like Cells Derived from Ductal Cell Transplantation into Rats.

The use of islet-like cells derived from ductal cells has emerged as a potential approach for treating type 1 diabetes. Diabetic patients have insufficient insulin synthesis in their bodies due to the autoimmune destruction of pancreatic beta cells responsible for making insulin. Within this framework, the objective of islet cell transplantation is to reinstate the ability of patients to produce insulin. However, obstacles such as the insufficient acquisition of islet cells from donor pancreases and immune reactions hinder the broad application of this therapy method. Under specific circumstances, pancreatic ductal cells possess the capability to transform into cells that produce insulin. These cells could be cultivated in a controlled environment and converted into islet-like cells that have the capability to release insulin, making them suitable for transplantation. This innovative strategy offers the potential to halt the progression of type 1 diabetes and reduce dependence on insulin injections. In this study, islet-like cells derived from ductal cells were transplanted into the liver through the portal vein of the liver in streptozotocin-induced diabetic rats. Following transplantation, we noted substantial reductions in the rats' blood glucose levels starting on day 5, which continued for 15 days. In addition, an intraperitoneal glucose tolerance test (IPGTT) demonstrated that diabetic rats receiving the islet-like cell transplants produced significantly more insulin than the control group. These results suggest that islet-like cells derived from ductal cells may be a promising therapeutic approach for diabetes. The primary obstacles in this field of study include achieving sufficient functional capability for the cells, shielding them from the immune system, and ensuring their safety for therapeutic application. Future studies endeavors have the potential to yield crucial insights for optimizing the use of these cells in therapeutic settings, with a focus on enhancing both efficacy and safety.