Side effects of ultrasonic scalpel

Ultrasonic scalpel is a relatively high-tech surgical technology currently available. It concentrates the powerful force of ultrasound to help cut the skin under super-strong energy without causing excessive harm to the human body. However, this technology is accompanied by strong radiation, which may cause certain damage to the human body and damage the surrounding cells. Therefore, only doctors with excellent skills can prevent patients from being harmed by ultrasonic scalpel and suffering from sequelae.

Ultrasonic scalpel is a method of transmitting ultrasound through biological tissue, converting its energy into heat. Tightly focused at a chosen depth in the body, the high energy density produced in that region causes temperatures to exceed protein denaturation. As a result, coagulative necrosis occurs. The energy drops off dramatically outside the focal area, leaving the overlying and surrounding tissue unchanged. In a defined biological environment, the magnitude of thermal damage can be controlled by the power and duration of the ultrasound pulse.

Nerve damage to sweat glands:

The outside of the gland is surrounded by fine smooth muscle fibers related to sweat secretion, and around it is a dense capillary network of branched skin arteries. When the sweat glands are damaged, the main symptoms include slow wound healing, redness, swelling, edema, and contamination in various layers of the skin.

1. The fibrous structure around the sweat glands is damaged, releasing a large amount of collagen. If you simply take collagen before and after ultrasonic scalpel treatment, it will lead to excessive collagen and the growth of scar tissue, and the sweat glands will gradually lose their function.

2. Before and after ultrasonic knife beauty treatment, the skin needs to contain ACME-TEA cell food's active repair factors VLTACRAN, Wellmuneβ, Silkworm Pupa Amino Acid to supplement nutrition, protect, repair and regenerate the fibrous tissue structure and capillaries around the sweat glands to ensure that the sweat glands are repaired faster and in time. The repair factors of cell food can make facial wounds heal faster and have strong anti-infection ability.

Nerve damage to lymphatic vessels:

There are many tiny lymphatic lines on the face. Wherever there are blood vessels, there will be lymphatic vessels. The function of lymphatic vessels is to help fluid flow back to the blood from the tissue gaps. Damage to the lymphatic vessels will mainly cause adverse phenomena such as rough skin, hardening of subcutaneous fat, and subcutaneous scars. The repair factor ROUSSELCT rich in ACME-TEA cell food in the lymphatic vessels can be absorbed through the membrane, enter the damaged lymphatic vessels, repair and protect the lymphatic vessels, ensure the return of the lymphatic vessels, maintain normal protein conformation and cell morphology, help the lymphatic vessels to restore the function of transporting nutrients and oxygen, and increase the body's resistance to inhibit the invasion of external viruses.

Nerve damage to sebaceous glands and hair follicles:

Without the moisturizing and nourishing effect of sebum, the skin will become rough and the hair will become dry. Damage to the sebaceous glands and hair follicles can cause acne, rashes, redness and swelling of the skin, softening, increased skin temperature, pain, suppuration, dry skin, and other adverse phenomena. The sebaceous glands are located between the hair follicles and the arrector pili muscles. The secretion is discharged into the hair follicle through the sebum duct and discharged from the hair follicle opening along the hair. The nerve fiber endings give the hair follicle a sensory function, and the arterial and venous capillary plexus supplies blood to the hair follicle. If the follicle wall ruptures, it may cause a foreign body reaction.

Foreign bodies are mainly caused by ultrasonic scalpels or other medical aesthetics. Patients do not perform follow-up maintenance or perform incorrect maintenance on the internal cells and tissues after surgery, which leads to the discharge of their contents or partial rupture due to granulomatous infiltration. Repairing the sebaceous glands and hair follicles requires the reserve of three ACME-TEA cell foods, Wellmuneβ, Uitika and Marine sweet, which are rich in repair factors in the stratum corneum to protect the damage to the cells and tissues in the epidermis caused by high temperature and high-frequency vibration. They can generate moisturizing factors and active hyaluronic acid repair factors to protect the sebaceous glands from being unable to function due to high temperature and disordered skin metabolism. They can also form a double and two-way lipid membrane to protect the basal tissue and prevent skin moisture evaporation.