How does the skin of the face compare to the respiration of the skin of the rest of the body?

The face and other parts of the body are actually managed by the breathing of the lungs, and if the lung function is good, it will be delicate and shiny.

The breathing effect of the human face is not the same as that of other parts of the body, the breathing of the face needs to wash hands every day, a large amount of oxygen, and the body is covered by clothes, and the oxygen absorbed is not as much as the face.

Breathing action on the face and other parts of the body. It's balanced. Because the ** of the face may absorb air a little better than the ** of the other parts.

The face breathes the same as the rest of the body, and they all know that they sweat when they are heated, and whether it's the face, the body sweats.

In fact, the effect is almost the same, except that the face is often exposed.

I think the respiration of the face is the same as that of the rest of the body, but the breathing of the face is a little more important.

The role of breathing on the face and other parts of the body is different for each part.

The respiration of the face and other parts of the body is actually the same, except that the face is exposed to more pollution in the air.

The largest respiratory system in the human body, right.

Every pore is the equivalent of a window.

When we don't have a cold and the cold comes, our bodies will get goosebumps and close the windows.

The body will tremble, and this shaking will produce a certain amount of heat.

But when the cold enters our body through cold drinks or air conditioning, that is, when the viscera is cold, our body will also tremble, produce vibration and heat energy, and force the cold out of the body, and its way is to open the window, so we find that no, our viscera is shaking cold, but our ** is in a fever, this fever is to open the window, to force out the cold and humidity inside, state skin.

So our body is very intelligent, he knows what to judge when digging friends to close the window, goosebumps, when to open the window, cold and damp, so when we were young, drilled cold water to get cold and fever, we did not go to reduce the fever, but to drink ginger soup, cover the quilt, sweat, after sweating, our body will naturally recover, this is the wisdom of life, the wisdom of health, the wisdom of common sense.

Health** in life, do you agree? [naughty] [naughty].

The human ** breathes oxygen through **. However, the amount of breathing is very small, and the amount of oxygen absorbed is only 1 160 of the lungs, which is not enough for the normal metabolism of the human body, so people cannot live in water.

It mainly absorbs external substances through three pathways, namely the stratum corneum, the sebaceous gland of the hair follicle and the mouth of the sweat duct, of which the stratum corneum is the most important way to absorb gas. The physical properties of the stratum corneum are quite stable, it forms a complete semi-permeable membrane on the surface of the **, and under certain conditions, the gas enters the cell through the cell membrane in the form of combining with water molecules.

Both live and dead keratinocytes are semi-permeable, and it follows Fick's law, which states that at low concentrations, the permeability of a substance per unit time and unit area is directly proportional to its concentration. The transcutaneous absorption of oxygen is only 1 160 of the lung uptake, which is of little significance.

Way. It mainly absorbs external substances through three pathways, namely the stratum corneum, the sebaceous gland of the hair follicle and the mouth of the sweat duct, of which the stratum corneum is the most important way to absorb gas. The physical properties of the keratin imitation pants layer are quite stable, it forms a complete semi-permeable membrane on the surface of the **, and under certain conditions, the gas enters the cell through the cell membrane in the form of combining with water molecules.

Both live and dead keratinocytes are semi-permeable, and it follows Fick's law, which states that at low concentrations, the permeability of a substance per unit time and per unit area is proportional to its concentration.