Factors That Affect Early Skin Age

Aging - there are two processes that lead to skin changes related to aging. The first is internal chronological aging, which is largely genetic. This includes the natural effects of gravity. Skin drops, emotional lines, sleep lines, hormonal changes, and genetic programming for nitrogen in all layers. Inner aging is what often leads to old age.

The second component of the aging process is external aging. This external change is from environmental influences such as ultraviolet radiation, smoking and wind. Chronic exposure of ultraviolet light is certainly the most important contribution to external aging.
Skin skin skin is accompanied by thin skin, atrophy, dryness, wrinkles, and is delayed in healing wounds.

Smoking
The relationship between smoking and skin aging is supported by epidemiological studies. The cigarette's skin has been characterized by the apparent wrinkle of the face, especially around the mouth and the upper lip and the eyes. One twin study estimated that for 10 years smoking corresponded to a change in performance of approximately 21502 years.

Sleep Cut
In the skin, limited sleep has been shown to affect the physical (or aesthetic) appearance of the face, is usually characterized by red, swollen eyes, dark circuits under the eyes, paleer skin, more wrinkles / fine lines, and corners of the mouth. The function of reduced epidermial integrity barrier was observed during periods of psychological stress due to lack of sleep.

Stress
The complex relationship between stress and skin conditions has been documented since ancient times. Recent clinical observations also relate to psychological stress at the beginning or worsening of numerous skin diseases.

Air Pollution
Pollution is a pollution of the inner or external environment by any chemical, physical, or biological agent. The US Environment Protection Agency (EPA) classifies pollutants in these categories; dust (methals and industrial processing plants), crushed matter (bloise), nitrogen oxid (a car attack), sulphur oxid, ozone (earth level). A recent study shows that exposure to increased ozone levels can be accompanied by the formation of facial wrinkles.

This epidemiological evidence places in context some previous works that indicate the possible mechanism of ozone action on the skin. Regular contact with the dim antioxidants by cornium stratum.

Fever Effects
An acute friend of heat in human skin stimulates the formation of new vessels, recruits inflammatory cells and causes toxic damage to DNA. Heat is an environmental factor that contributes to skin aging, which can be called thermal skin aging. There is no evidence in literature of the effect of cold temperatures on skin aging.

Food
Dietal factors and nutrients can affect skin aging. A diet rich in antioxidants can delay the effects of aging, and twins who avoid excessive alcohol consumption are younger than ever.

In an epidemiological study, the highest consumption of vitamin C was accompanied by a lower likelihood of wrinkled appearance, while taking fat and carbohydrates was accompanied by the highest likelihood of wrinkled appearance. High meat, milk, and butter consumption is unfavourable. Vitamins C, B 3 and E are the most important antioxidants because of their ability to penetrate the skin through small molecular weight.

Intervention studies show that it is actually possible to delay skin aging and improve skin conditions through managing selected nutrients.

Solar Radiation
Besides the factors of internal aging, exposure to the sun causes damage and skin aging. Sunlight rays or solar spectrum consist of electromagnetic rays of different wave lengths, ranging from ultraviolet radiation radiation (UVR) to visible light (VL) and in infrared radiation range (IRR). Most of the solar spectrum reaches the skin. ultraviolet radiation represents 5% of the total solar spectrum and is divided into three groups, in the shortest length to the longest length; UVC (100-280 nm) that doesn't reach the skin, because it is filtered from the atmospheric ozone, UVB (280-315m), UVA (315-400m). The latter is much of the UV radiation that penetrates the skin. The solar spectre is composed of different wave lengths that penetrate the skin at different levels. The longer the wave length, the deeper the rays penetrate the skin.