Capillary hemangioma, how to treat it clinically?

Capillary hemangioma is also a disease with a high incidence rate in clinical practice, and it is very harmful to the body. Capillary hemangioma may even occur in the face and neck, so we must pay enough attention to it. So, what are the clinical methods for treating capillary hemangioma?

1. Ultrasound-mediated microscopy

Ultrasonic micro-mediated technology is a new technology developed on the basis of interventional therapy and arteriovenous catheter technology. It is less painful than interventional therapy and is not expensive. It is mainly used to treat cavernous hemangioma and lymphatic hemangioma, especially for infantile hemangioma. Compared with other technologies: it does not produce radiation, no radioactive substances; no hormones, isotopes and chemotherapy drugs. And it can treat visceral hemangioma, cavernous hemangioma, racemose hemangioma, strawberry capillary hemangioma, capillary hemangioma (except intracranial and spinal hemangioma) under three-dimensional positioning. This technology is suitable for a wide range of people. Generally, infants over one month old can receive treatment, but hemophilia and leukemia are contraindications.

2. Ultrasound-mediated technology

The principle of high-frequency electrode minimally invasive technology for treating hemangioma is: to generate ultrasonic high-energy oscillation and electrochemical oscillation field in the tumor, which directly acts on the elastic fibers and collagen fibers in the tumor cell membrane and the tissue around the blood vessels through the waveguide effect, so that the blood vessel wall is emulsified, coagulated, and contracted, and the tumor shrinks rapidly until it disappears. Within ten to fifty days after treatment, a large amount of elastic fibers and collagen fibers can be produced in the lesion site, which greatly increases the elasticity and willfulness of the tissue around the original hemangioma, and the local blood vessels lose the environment for deformity and expansion again, so they will not recur. High-frequency electrode minimally invasive technology can treat cavernous hemangioma, strawberry hemangioma, lymphocytic capillary hemangioma, racemose hemangioma, and multiple lympho-angio-lipoma.