A signal that promotes insulin secretion and reduces hyperglycemia in a type 2 diabetes animal model is enhanced by the inhibition of a novel enzyme recently discovered researchers. Insulin is an important hormone in our body that controls glucose and fat utilization. Insufficient insulin release by the beta-cells of the pancreas and interference with the action of insulin lead to type 2 diabetes. The secretion in the blood of insulin is dependent upon the utilization of glucose and fat by the beta-cells and the production of a novel signal that they discovered named monoacylglycerol. … Read the Rest

Tags: insulin, diabetes, type, novel, secretion, beta, cells, utilization, glucose, signal, discovered,

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  • Keywords: Diabetes; Hormone Disorders; Hypertension; Personalized Medicine; Vitamin A; Alzheimer’s Research
  • Description: A signal that promotes insulin secretion and reduces hyperglycemia in a type 2 diabetes animal model is enhanced by the inhibition of a novel enzyme recently discovered researchers. Insulin is an important hormone in our body that controls glucose and fat utilization. Insufficient insulin release by the beta-cells of the pancreas and interference with the action of insulin lead to type 2 diabetes. The secretion in the blood of insulin is dependent upon the utilization of glucose and fat by the beta-cells and the production of a novel signal that they discovered named monoacylglycerol.