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Full-Text Articles in Life Sciences
Cebp/Α Increases Functional Β-Cell Mass, Jason Ray, Jeffery Tessem
Cebp/Α Increases Functional Β-Cell Mass, Jason Ray, Jeffery Tessem
Journal of Undergraduate Research
Type 1 and Type 2 diabetes are major global health concerns. Diabetes is characterized by impaired management of glucose in the bloodstream, which is due to decreased pancreatic functional β-cell mass. Functional β-cell mass is determined from the insulin secretion rate and the number of β-cells, which is determined from cellular proliferation and death rates. Increasing functional β-cell mass could cure diabetes either by enhancing pancreatic islets prior to transplantation, or by strengthening endogenous cells. Although β-cells stop proliferating around adolescence, β-cell proliferation resumes during conditions such as pregnancy and obesity (1), demonstrating that the molecular pathways necessary for replication …
C-Fos Enhances Functional Β-Cell Mass, Jason Ray, Jeffery Tessem
C-Fos Enhances Functional Β-Cell Mass, Jason Ray, Jeffery Tessem
Journal of Undergraduate Research
Type 1 and Type 2 diabetes are major global health concerns. Both types of diabetes result in loss of functional β-cell mass, which is defined as the β-cell number multiplied by insulin secretion rate. The number of β-cells is derived from the cellular proliferation and death rates. Increasing functional β-cell mass could cure diabetes through pancreatic islet transplants or by strengthening endogenous cells. Various groups have shown that the β-cells proliferation rate is extremely low after adolescence in the majority of the population. However, β-cell proliferation has been shown to increase during physiological conditions such as pregnancy and obesity (1). …