The main reflection of glucose that occurs in the human body 5

The main physiological function of glucose is ().

a.Oxidation for energy.

b.Transform into fat.

c.Converted into protein.

d.Converted to nucleotides.

Correct answer: Carry the wheel to oxidize the energy.

1. Glycogen is mainly used to store energy in the human body. When eaten, a large amount of glucose is absorbed into the bloodstream.

Fluid, i.e., blood sugar, under the action of insulin, this excess glucose will be synthesized glycogen in the liver, muscles, etc. Generally speaking, glycogen (hepatic glycogen) in the liver can be broken down into glucose into the blood when a person is hungry to maintain blood sugar concentration and supply life activities. Glycogen (muscle glycogen) in muscles is mainly directly oxidized and decomposed to produce energy, which is used for muscle contraction.

2. Blood sugar is glucose. When sugars are digested in the intestines, they become glucose, which is then absorbed into the bloodstream, and as soon as glucose enters the bloodstream, we call it blood sugar. (To put it simply, it is glucose in the blood).

Glycogen in the human body is a short-term storage of energy. Muscle glycogen is used for muscle tissue contraction, and liver glycogen mainly regulates blood sugar.

Blood sugar is the glucose in the blood.

Blood sugar is the amount of glucose in the blood.

Glucose is a monosaccharide and glycogen is an animal polysaccharide.

When there is more glucose in the cell, glucose is synthesized into glycogen, which is stored in animal cells.

Glucose enters the bloodstream into glucose molecules.

C6H12O6+6O2=6CO2+6H2OIt oxidizes in the human body into carbon oxide and water.

And the type is known and released to be able to be wide and measured.

The following statements about Min Tsai Glucose are correct:

a.Due to the aldehyde group in the molecule of glucose, it can be combined with the Schiff reagent to counter-seduce.

b.When aldehyde glucose is converted into a cyclic shape, it loses its reducing properties.

c.After glucose forms glucose methyl glycosides, it remains reductive.

d.Glucose ribomannose is an epimer.

Correct Answer: Glucose ribomannose is an epimer.

You understand, why do you still ask? The mutual conversion between glycogen and blood sugar is aided by insulin, which is probably the relationship.

Redox reaction, biologically called aerobic respiration, refers to the oxidative decomposition of substances in cells, which is manifested in the consumption of oxygen and the production of carbon dioxide, water and adenosine triphosphate (ATP), also known as cellular respiration. Its fundamental significance is to provide the body with available energy.

1.The first stage occurs in the cytoplasmic matrix, where 1 mol of glucose is broken down to form 2 mol (pyruvate), while producing a small amount ([H]) and a small amount (energy);

2.In the second stage, pyruvate is further broken down into CO2 and [H] while producing a small amount of ATP, and part of H2O is also involved in the reaction.

3.Thirdly, in the (inner mitochondrial membrane), the [H] produced in the first and second stages is combined with (oxygen), and at the same time as (water) is produced, a large amount of energy is released and stored in ATP.