JPH026336B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a skin activator, and more particularly to a skin activator that can activate human and animal skin cells and can be applied to cosmetics, pharmaceuticals, and the like.

As is well known, in order to keep the skin surface healthy and clean, it is necessary to increase the activity of skin cells. In order to increase cell activity, it is necessary to increase the movement (flow of current) of ions adsorbed to blood cells in blood vessels, in other words, to promote blood circulation and to supply sufficient oxygen as necessary. It is also well known that there is. Furthermore, it is said that merely increasing the movement of ions is insufficient, and that simply increasing the amount of oxygen is insufficient. Therefore, the higher the ion transport, the more
It is known that an amount of oxygen is required, and when the amount of oxygen is satisfied, ion movement increases, and activation is achieved through a mutual synergistic effect.

However, although electric therapy devices and magnetic therapy devices have traditionally been widely used to activate the skin and muscles, cosmetics and medicines can induce molecular oxygen and contain magnetic substances such as lotions and medicines. The end is as good as nothing. Moreover, although the above-mentioned electric or magnetic therapy devices seem to have some degree of effectiveness,
These are equivalent to increasing the movement of ions in the skin and muscle areas through electrical stimulation or magnetic action, thereby promoting blood circulation and recovering from fatigue in those areas, and do not supply oxygen. Therefore, in light of the above-mentioned well-known knowledge, it is clear that cells such as the skin cannot be truly activated and are insufficient. Needless to say, simply keeping the skin clean with conventional cosmetics and the like is far from being effective in satisfying both the above-mentioned supply of oxygen and promotion of ion movement.

The present invention was developed in view of the above points, and its purpose is to effectively clean the skin surface of the human body and animals, to be able to be used as a cosmetic product such as lotion, and to use the action of anaerobic bacteria. To provide an activator that can be used to treat skin injuries that occur during surgery, can be used for early recovery from post-surgical wounds, eye diseases, oral inflammation, etc., and can also be applied to cure muscle fatigue. .

That is, the present invention has iron sulfate as the main component, to which are added components (trace components) consisting of sodium, calcium, magnesium, manganese dioxide, natural zeolite and/or acid clay, a polymeric dispersion stabilizer, and an antioxidant. The present invention provides a skin activator characterized in that the above-mentioned components are colloidally dispersed in water in the form of fine particles or ultrafine particles.

In the skin activator of the present invention, each component must be colloidally dispersed in the form of fine particles or ultrafine particles, and fine particles specifically refer to those with a particle size of 300 mesh or less. A preferred one is about 400 to 500 meshes.

The concentration of the above-mentioned active ingredient in the skin activator of the present invention varies depending on the application, but is usually 0.01 to 2.0%.
is within the range of In addition, the main active ingredient, iron sulfate, is
65% is preferred. In addition, the trace ingredients are 35
% is preferred. The amounts of the polymeric dispersion stabilizer and antioxidant added are small and appropriate amounts, and are not particularly limited.

An example of a colloidal solution of fine metal particles as a skin activator is fine or ultrafine powder containing 65% iron sulfate, other metal salts mentioned above, natural zeolite, and acid clay at a blending ratio of 35%. powder 5
Water was added at a ratio of 20 parts by weight to parts by weight to dissolve the metal particles to form a colloidal solution, and then a natural antioxidant and a highly hydrophilic polymeric dispersion stabilizer were mixed in and diluted 100 to 200 times. I can give things away. Further, divalent iron chloride may be used instead of the main component iron sulfate. The reason for adding the polymeric dispersion stabilizer is to prevent agglomeration of metal colloid fine particles in the metal colloid solution, promote dispersion, and stabilize the colloidal state. The reason for adding antioxidants is to prevent autooxidation of iron compounds and to cause oxidation to occur when the solution is used. Note that the powder particles of iron compounds and other ingredients may be either fine particles or ultrafine particles, but by using ultrafine particles, ultrafine metal particles can be dispersed more stably in the liquid. When used as a colloidal solution, the effects of the present invention are further enhanced.

When the skin activator of the present invention is repeatedly applied to the skin for several to 10 days, the skin surface becomes glossy,
It was confirmed that the cells were activated. Muscle fatigue also recovered quickly. Furthermore, it was confirmed that skin injuries caused by anaerobic bacteria such as athlete's foot heal quickly.

The reason for this effect is thought to be as follows.

Ions are attached to the surface of blood cells in blood vessels, and these move as blood circulates, so it is said that there is a movement of ions in the body, that is, an electric current flows. Therefore, it is thought that there is a magnetic field around blood vessels. Moreover, the flow of blood is caused by the pulsation of the heart, so it is a pulsating flow, and the magnetic field changes.
It is thought that changes in the magnetic field promote the movement of ions in other blood vessels through the magnetic field, exerting a force on the blood vessels.

Therefore, when the metal colloid solution of the present invention is applied to the skin surface of the area to be cleaned or affected, metal colloid particles (fine particles or ultrafine particles) adhere to the skin surface, but since these particles are magnetic, they Magnetism is likely to be induced in the attached area. That is, a magnetic field is likely to be generated at the site where these particles are attached, and the above-mentioned change in the magnetic field activates the movement of ions and electrically activates cells. On the other hand, fine particles of metal colloids of iron compounds tend to adsorb oxygen in the air due to their properties, so they adsorb oxygen and also adsorb molecular oxygen. Therefore, molecular oxygen dissolves into the skin tissue of the applied area, maintains the area in aerobic conditions, and activates cells in the area.

It is thought that by satisfying the two requirements of promoting ion movement and supplying molecular oxygen, the skin surface of the area to which it is applied and comes into contact is activated. It is also thought to relieve stiffness in muscles, etc.

As mentioned above, the skin cell surface is maintained in aerobic conditions and molecular oxygen is actively supplied, so anaerobic bacteria do not have enzymes that decompose molecular oxygen, so the anaerobic bacteria in the area disappear. . It is therefore useful in treating injuries caused by anaerobic bacteria.

When metal colloid particles (fine particles, ultrafine particles) are attached to the surface of the skin and a magnetic field is applied, each particle becomes magnetized and strongly attracts each other. As a result, the dirt particles stuck between each particle are lifted up and wiped away, leaving the skin surface clean.

Next, the present invention will be explained in more detail based on examples.

EXAMPLE The active ingredient was dispersed in water with the following formulation. The particle size of each component is 400-325 mesh.

(Ingredients) (Weight%) (a) Iron sulfate 65 (b) Calcium 12.5 (c) Sodium 7.5 (d) Magnesium 10.0 (e) Manganese dioxide 5.0 100.0 (f) Acid clay 1.5 (g) Natural zeolite 1.5 103.0 First Pour 80% pure water into a stirring tank in a closed state, maintain the temperature at 20℃, add (a) to (e) of the active ingredients in the above mixing ratio, and stir at a rotation speed of 500 rpm for 80 minutes. Then, add (f) and (g) and stir for 20 minutes. The total amount of (a) to (g) was set to 25Kg. The product thus obtained is used as the stock solution. The stock solution is stable under closed conditions.

Next, this was diluted 50 to 500 times with warm water (35℃) in a sealed state, and vitamin E (α-
tropherol) and 0.007% stearic acid as a polymeric dispersion stabilizer (PH
6).

Test Example 1 The microparticle colloid liquid obtained in the example was applied once a day to 15 test subjects suffering from athlete's foot at a spray amount of 2 c.c., and all of them recovered completely within 10 days.

Test Example 2 When the metal fine particle colloid liquid obtained in the example was sprayed once a day at 2c.c. on the joint where the cut was stitched with 4 stitches, the wound almost healed in one month.
The bonding scar disappeared and it returned to its original shape. Normally, this would take a year to heal.

Test Example 3 A patient with conjunctivitis was treated by spraying a 200-fold dilution of the fine metal particle colloid solution obtained in Example at a spray volume of 2 c.c. once each day and night, resulting in complete recovery within 2 days. did.

Claims (1)

[Claims] 1 The main component is iron sulfate, to which are added components consisting of sodium, calcium, magnesium, manganese dioxide, natural zeolite and/or acid clay, a polymeric dispersion stabilizer and an antioxidant, and each of the above A skin activator characterized by comprising components colloidally dispersed in water in the form of fine or ultrafine particles.