Review of Research Paper on Insulin

The background of the chart is missing. Let's go back to the 1920s when we discovered diabetes and started researching glucose. There is a scientist Minkowski who wants to know what caused diabetes. So he did something strange: he took a urine sample from a normal patient, took a sample from a diabetic patient, and tasted them. He observed that samples from diabetic patients were sweet, so he concluded that diabetes is associated with elevated blood glucose levels (large amounts of sugar in the blood). During the same decade, two scientists, Benting and Best, conducted another experiment and examined which chemically produced pancreas did its best to lower blood glucose levels.

But the other problem is the development of high insulin levels - insulin-like growth factor 1 (IGF1). Insulin promotes the synthesis and biological activity of IGF1. Peptide hormones have a molecular structure very similar to insulin and regulate cell proliferation. This was discovered in the 1950s, but structural similarity with insulin was not discovered until 20 years later. Due to these similarities, insulin also readily stimulates IGF1. Binding nutrient sensing pathways like insulin to cell proliferation is certainly reasonable. In other words, when you eat, most meals cause insulin to rise, except for pure fat, which causes an increase in insulin. This indicates that the body has available food and we should start the cell growth pathway. After all, starting cell culture when there is no food supply is meaningless - all these new baby cells die. * Eavesdropping ...

There is a bit of insulin resistance. This is how much body your body takes out insulin and your cells will not react to insulin. Your cells will be desensitized. A decrease in insulin sensitivity, called insulin resistance, means that cells need to detect more insulin before absorbing glucose in the blood. Given your continued sugar intake, your body's solution to insulin resistance is to produce more insulin. The pancreas must produce more insulin and try to lower your blood sugar level so that your retinal vessels will not be damaged. This is not the only thing that is tightly regulated by bad blood sugar, but it is the one that makes my toes the most curl.

The body can not produce insulin, or it is insufficiently used Insulin is a chronic disease is diabetes. The amount of glucose (sugar) in the blood is controlled by a hormone called insulin. Diabetes can damage organs, blood vessels and nerves through high blood sugar levels. The body uses insulin to use sugar as an energy source. Diabetes insipidus develops when the sugar concentration in the blood is low and diabetes develops when the sugar concentration in the blood is high. Among patients with advanced type 2 diabetes, those who are treated with commonly used medicines that help the body to produce insulin all day to keep the blood glucose level (also called glucose) within safe range There is. The most serious risk for such diabetic patients is not hyperglycemia but hypoglycemia and may die within a few hours. The most dangerous moment: night