Traditional Culture Encyclopedia - Weather forecast - Winter is colder than summer. Why is it easier to catch a cold in summer than in winter?

Winter is colder than summer. Why is it easier to catch a cold in summer than in winter?

Modern people live in an environment with heating in winter and air conditioning in summer, and their feelings about the four seasons are becoming more and more unclear. When sweating in summer, because of air conditioning, sweat can't volatilize and accumulate in the body; Heating in winter, sweating in light clothes, full of yang, can not hide essence. There is a very strange phenomenon. In winter, patients with real colds are rare, but in summer, they are everywhere.

If you don't hide essence in winter, you will get sick in spring. In this environment, the human body is most prone to get sick, the skin opening and closing function declines, and the ability to resist evil spirits is getting worse and worse, which easily leads to the accumulation of dampness and evil spirits in the body, resulting in yang deficiency. Damp pathogen is more harmful to human body than cold pathogen.

As we all know, people like to sweat when the weather is hot. Sweat can expel some toxins from the body, and at the same time it will also expel the yang in the body. In addition, people always like to turn on the air conditioner in summer and eat some foods that can clear away heat and relieve summer heat. Whether it is air conditioning or these foods, they are cold things and easy to invade people's bodies.

In hot summer, people covet air conditioning, like to drink cold drinks and eat cold dishes. A glass of cold beer is cold from head to toe from the inside out. As everyone knows, in order to covet this moment, at the same time, the damp evil was deeply buried in the body, which completely hurt the spleen and stomach. At the same time, the spleen governs the transport of body fluids, showing that the yang is weak and the yin is abundant, and the spleen yang is most vulnerable to the invasion of dampness, which further encourages the invasion of dampness.