Carbohydrates Essay examples

Carbohydrates and fat / fat are very important parts of our life. There are many similarities and differences between them, and they are distinguished from other macromolecules.

Carbohydrates, including sugars and their polymers, are used in fuels and building materials. There are various forms from simple to complicated. The simplest monosaccharide consists of monosaccharides, some of which are arranged around the asymmetric carbon. They usually have molecular formulas that are multiples of CH 2

These powerful cables help to make walls for plants and humans. In contrast, chitin is mainly used to strengthen the exoskeleton of arthropods.

What is common to all lipids is that they are hydrophobic. The three families of lipids are fat, phospholipids, and steroids. Glycerin is an alcohol that forms fat when mixed with fatty acids, and has a carboxyl group at one end of the fatty acid and a hydrocarbon group at the other end. The three fatty acids bound to glycerol constitute triacylglycerides. Unsaturated fats are produced when the carbon atoms constituting the tail do not form double bonds. If more than one bond is formed, each fat becomes saturated. Phospholipids are bound to these fats, but unlike triacylglycerol, only two types of fatty acids are contained. These lipids form a bilayer that forms the boundary between the cell and its external environment. The result is simply the fact that phospholipids are important for cell membranes. When the carbon backbone consists of four interconnected rings, a third type of lipid steroid was constructed. Cholesterol is the manufacturer of steroids and is responsible for the sex hormones of vertebrates. Therefore, even though a large amount in blood can contribute to atherosclerosis it has important function. Carbohydrates and fats are an important part of our daily diet. Almost everything you eat is included

The same can be said for calculating carbohydrates. Your body will definitely react to carbohydrates, but that is not important. Some carbohydrates stimulate insulin, others do not. This means that all the carbohydrates are not equal. Highly processed carbohydrates are highly irritating to glucose and insulin. Microfabricated carbohydrates have little effect on glucose or insulin. So, remember, the common currency of the body is not calories. But it is also not dietary fat, protein, carbohydrate. It is not a fiber. This is not a ketone. The only currency the body really care about is insulin. If you want to lose weight, reduce insulin. If you want to gain weight, please increase insulin. This is a common currency. Since our body only concerns insulin, we better understand the insulin effect of food.

Insulin is one of the major driving forces of obesity and leads to the carbohydrate insulin hypothesis (CIH). Reducing carbohydrate intake is essential for weight loss, as this suggests that carbohydrates during meals are the major cause of insulin increase or the sole cause. However, in addition to carbohydrates, because of various effects on insulin levels, including mealtime (nighttime night, releasing more insulin, incretin, vinegar, fiber, insulin, insulin resistance), CIH Incomplete and fructose directly increases insulin and so on. This led to more complete obesity theory, taking into account all these factors, as well as foods containing carbohydrates and calories.