How to treat multiple cavernous hemangiomas?

People often encounter some medical problems, some of which are very serious and need timely treatment. Especially regarding some vascular diseases, because these are diseases of the blood, and blood is the most important component of the human body. So everyone knows about hemangioma. Once contracted, it is difficult to cure, and people's physical appearance is greatly affected. There are many types of hemangiomas. So how to treat multiple cavernous hemangiomas? This is a type of hemangioma.

Cryotherapy:

This treatment method originated in the 1960s (it can be used as appropriate for small-scale superficial lesions). The operator uses the extreme low temperature (-96°C) caused by the volatilization of liquid nitrogen, which is usually below -20°C, to condense the skin, hemangioma and tissues around the lesion area, forming ice crystals in the cells, causing the cells to rupture, disintegrate and die, and then the hemangioma disappears through the body's repair process.

The extremely low temperature caused by the volatilization of liquid nitrogen forms ice crystals inside the cells, causing the cells to rupture, disintegrate and die. It is quite painful and children cannot tolerate it. Cryotherapy can easily leave scars. The working principle of freezing is similar to that of traditional carbon dioxide laser, except that one uses high temperature and the other uses low temperature. The effects and functions are similar. The treatment depth is not enough, and it is difficult to achieve the desired effect. In fact, the treatment is ineffective for most patients.

Cryotherapy is a method that uses low temperature to act on tissues to cause necrosis in order to achieve therapeutic purposes. It is a biochemical process. When body tissues are exposed to temperatures below 0°C, the water in the tissues freezes to form ice crystals. When the acting temperature is not very low, the tissue cools down slowly and ice crystals are mainly formed in the cells; when the acting temperature is very low, the tissue cools down rapidly and ice crystals are mainly formed in the cells.

Ice crystals inside cells can cause greater lethal damage, so the lower the temperature of the refrigerant, the greater the damage to cells. Ice crystals can cause mechanical damage to cells; water in tissues freezes, cells become dehydrated, and electrolyte concentration causes cell poisoning and death. The freeze-thaw period plays a more important role in cell death. The working principle of freezing is similar to that of traditional carbon dioxide laser, except that one uses high temperature and the other uses low temperature. The effects and functions are similar.

The above is the question about how to treat multiple cavernous hemangiomas. We know that with the development of advanced medical technology, some diseases are not too big a problem and can be cured, so there is no need to worry too much. Although some people have hemangiomas on their faces, especially young children, they also often occur. But parents should cooperate with timely treatment.