阅读说明：本技术 一种臭氧除皱方法 (Ozone wrinkle removing method ) 是由 杜昌淑 于 2020-06-18 设计创作，主要内容包括：一种臭氧除皱方法,它涉及医疗美容技术领域；它包含：将医用臭氧制备设备与医用氧气瓶连接,开启供氧阀门,在医用臭氧制备设备操作面板设定气体制作量为10ml、气体制作浓度为60ug/ml,将制成的医用臭氧气体导入医用注射器,由美容皮肤科医生将该气体注射到患者皱纹相关位置,利用该气体氧化特性刺激皮肤真皮层再生。本发明所述的一种臭氧除皱方法,利用臭氧的氧化特性刺激皮肤真皮层再生,达到平复皱纹的效果,激活皮肤线粒体,促进皮肤再生,能够“熨烫”鱼尾纹和更深的皱纹,让其消失,可使皮肤返老还童,并安全、无创伤和毒副作用。(An ozone wrinkle-removing method relates to the technical field of medical cosmetology; it comprises the following steps: connecting a medical ozone preparation device with a medical oxygen bottle, opening an oxygen supply valve, setting the gas production amount to be 10ml and the gas production concentration to be 60ug/ml on an operation panel of the medical ozone preparation device, introducing the prepared medical ozone gas into a medical injector, injecting the gas to a position related to wrinkles of a patient by a cosmetology dermatologist, and stimulating the regeneration of the dermis of the skin by utilizing the oxidation characteristic of the gas. The ozone wrinkle-removing method provided by the invention has the advantages that the oxidation characteristic of ozone is utilized to stimulate the regeneration of the dermis layer of the skin, the effect of smoothing wrinkles is achieved, the mitochondrion of the skin is activated, the regeneration of the skin is promoted, the fishtail lines and deeper wrinkles can be ironed and disappear, the skin can be rejuvenated, and the method is safe, free of wound and toxic and side effects.)

1. An ozone wrinkle-removing method is characterized by comprising the following steps:

connecting a medical ozone preparation device with a medical oxygen bottle, opening an oxygen supply valve, setting the gas production amount to be 10ml and the gas production concentration to be 60ug/ml on an operation panel of the medical ozone preparation device, introducing the prepared medical ozone gas into a medical injector, injecting the gas to a position related to wrinkles of a patient by a cosmetology dermatologist, and stimulating the regeneration of the dermis of the skin by utilizing the oxidation characteristic of the gas.

2. The ozone wrinkle-removing method as claimed in claim 1, characterized in that: the medical ozone gas can promote the aerobic oxidation of sugar, improve the oxygen utilization of cells, promote the Krebs cycle and the beta-oxidation of fatty acid, stimulate the regeneration of the dermis of the skin and achieve the effect of smoothing wrinkles.

3. The ozone wrinkle-removing method as claimed in claim 1, characterized in that: the medical ozone gas can activate an antioxidant defense system, neutralize free radicals, stimulate protein synthesis including self collagen and elastin, increase the regeneration potential of a skin layer, and restore the moisture preservation capacity of the skin due to the increase of tissue fluid.

4. The ozone wrinkle-removing method as claimed in claim 1, characterized in that: by optimizing the oxygen transport function of blood, red blood cells are able to bind to and transport 10 times or more oxygen in the presence of ozone, releasing it more easily into the tissue.

Technical Field

The invention relates to the technical field of medical cosmetology, in particular to an ozone wrinkle removing method.

Background

People can wrinkle due to social problems such as age increase, working pressure and the like, skin care products can be used for wrinkle removal at the initial stage, the skin care products cannot be used for wrinkle removal at the later stage, the current wrinkle removal modes in the market comprise a wrinkle removal operation and a biological wrinkle removal operation, the wrinkle removal operation has certain wound and side effects, the safety is not high, and the biological wrinkle removal operation is relatively safe.

The biological wrinkle removal mainly comprises the following two types:

collagen filling wrinkle removal is not suitable for superficial wrinkle removal due to a microsphere-type structure, is prohibited by the FDA for lip injection in 2006, is not recommended for skin tenderers, is a filling wrinkle removal method, has slightly more relative side effects and does not last for a long time.

The safety standard of autologous skin fibroblast injection wrinkle removal, transportation process and laboratory qualification is not well controlled, the price is high, the effect is slow, the effect is generally achieved more than half a year, and the treatment course is relatively long.

Disclosure of Invention

The invention aims to overcome the defects and shortcomings of the prior art and provide an ozone wrinkle-removing method for activating an in-vivo antioxidant defense system and optimizing the oxygen transport function of blood by stimulating the activity of in-vivo cells.

In order to achieve the purpose, the invention adopts the technical scheme that: an ozone wrinkle-removing method, comprising:

connecting a medical ozone preparation device with a medical oxygen bottle, opening an oxygen supply valve, setting the gas production amount to be 10ml and the gas production concentration to be 60ug/ml on an operation panel of the medical ozone preparation device, introducing the prepared medical ozone gas into a medical injector, injecting the gas to a position related to wrinkles of a patient by a cosmetology dermatologist, and stimulating the regeneration of the dermis of the skin by utilizing the oxidation characteristic of the gas.

Furthermore, the medical ozone gas can promote the aerobic oxidation of sugar, improve the oxygen utilization of cells, promote the Krebs cycle, oxidize the beta-of fatty acid, stimulate the regeneration of the dermal layer of the skin and achieve the effect of smoothing wrinkles.

Further, the medical ozone gas can activate antioxidant defense system, neutralize free radical, stimulate protein synthesis including self collagen and elastin, increase regeneration potential of skin layer, and increase tissue fluid to restore moisture retention capacity of skin.

Further, by optimizing the oxygen transport function of blood, red blood cells are able to bind to and transport 10 times or more oxygen in the presence of ozone, releasing it more easily into the tissue.

The invention has the following beneficial effects: the ozone wrinkle-removing method provided by the invention has the advantages that the oxidation characteristic of ozone is utilized to stimulate the regeneration of the dermis layer of the skin, the effect of smoothing wrinkles is achieved, the mitochondrion of the skin is activated, the regeneration of the skin is promoted, the fishtail lines and deeper wrinkles can be ironed and disappear, the skin can be rejuvenated, and the method is safe, free of wound and toxic and side effects.

Detailed Description

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the above technical solutions will be described in detail below.