- Lactose sugar check Sugar is a sweet little. Not found in nature But the degradation Lactose sugar in milk. The substance of the brain and nervous tissue
- sugar fructose. Sugar is a sweet most. Found in fruits and vegetables, honey-sweetened variety, often found in combination with sucrose and glucose. Sugar is an important role in the metabolism of organisms
- glucose. Sugar is the most common in nature. A product of the photosynthesis by green plants. Then it was changed to a form of sugar or other carbohydrates at large to accumulate in different parts of the plants to be found in fruits and honey with a sweet taste in the bloodstream. Glucose, a major role is to help stretch the muscles are contracted. Control heartbeat Enabling the systems more efficient. And also as a source of energy for the body. The body can metabolize glucose without oxygen and glucose as a substrate. Energy products are carbon dioxide and water equation
C6H12O6 + 6O2 -------------> Energy + 6CO2 + 6H2O
We can not test for sugars. The solution Benedict which are blue. The solution Benedict reacts with sugars is a product which has a fine save red brick of Copper (I) oxide (Cu2O) by the intensity of the red brick observed to be associated with the volume. the sugars in the substance to be tested
2) the sax at Wright or sugar molecules. Disaccharide or sugar molecules, Brown is due to two monosaccharide molecules linked together by chemical bonds. Can be dissolved But when the creatures eat. The body will not be simple sugars before. The monosaccharide molecules have two sugar molecules, are as follows:
- sucrose. Or sugar Cane sugar or cane sugar found in sweetened coconut fruit of all kinds. When digested to glucose and one molecule each of Serendipity Santos
- maltose found in malt. The grain is grown on corn and rice milk are digested to glucose, two molecules
- Sugar Lactose is a sugar-sweetened less. Biodegradable difficult than other sugar molecules found in breast milk digests Lactose is the sugar check. One molecule each of glucose and sucrose, a sugar used in winemaking. When the juice and sucrose fermentation with yeast. Will cause degradation into glucose and sugar Russ Santos before. Then going into the fermentation process further. The switch to ethanol And CO
3) polysaccharide polymer Sachs. The carbohydrate molecules are very large. Consisting of several monosaccharide molecules link together. Sachs polysaccharide polymer is a carbohydrate that is not sweetened. Soluble or insoluble It is divided into three types, namely, starch, cellulose and glycogen
- a starch polysaccharide polymer Sachs caused thousands of glucose molecules connected together. Slightly soluble Its molecular formula is (C6H10O5) n is structured as a long straight line. And a fork Starch is a form of carbohydrate that plants use to store food. The plant will be converted to glucose by photosynthesis process provided in the form of flour, then stored parts. Especially in seed And a head in clay
, starch molecules are large. The body can not absorb it immediately. Must be decomposed into sugars before they can be absorbed. In our body is able to digest starch into simple sugars by an enzyme amylase
- Glycogen is a polysaccharide polymer Sachs has a molecular weight greater than flour. Composed of glucose molecules many thousands or perhaps even millions of molecules to link together in a long chain with branches. Crow Jane is far form the collection of food found only in humans and animals. The body will replace the existing glucose in the blood into glycogen stored in the muscles and liver. And it can be changed back to glucose in the presence of blood sugar or the condition in which the body is low, malnutrition
- Cellulose is a polysaccharide polymer Sachs resulting from the merger of several thousand molecules of glucose. The amount of glucose together in a long line, the cellulose is a long insoluble fiber. Cellulose has a role different from starch and glycogen, the form is not a collection of creatures. It is an important component of the cell walls of plants. To act to increase the strength of the cell wall of plants,
cellulose molecules are very large. The human body can not digest. It can be digested in the stomach of herbivorous animals. The stomach of the animals that eat the plants to bacteria that can degrade cellulose to glucose.