Anti-Wrinkle Skin Care Ingredients and Creams

Anti Wrinkle Creams

Before we have a discussion of specific ingredients, it’s important to educate ourselves a little bit more on skin itself and what makes a product good or poor. Your skin is the largest organ of the body. Anything you put on it can be easily absorbed through the pores. When you use skin care products, they are typically applied all over the face, neck, and body. This covers a lot of surface area and, therefore, a great deal of chemical absorption occurs.

The biggest reason our skin, whether on the face or the rest of the body, develops lines and/or starts to sag, is that the collagen and elastin in our skin begins to break down. Collagen is a protein that is fibrous in nature. What makes collagen different from other kinds of protein is that it possesses great tensile strength, which means, among other things, it provides firmness to the skin.

You don’t need to be a scientist, therefore, to understand that as collagen breaks down due to aging, the firmness of our skin becomes…well, less firm. Wrinkles appear and skin starts to sag.

Elastin, too, is a protein that helps skin stay “flexible” and firm. If your skin is stretched, elastin is the protein that helps it return to its original position.

What all of this means for you as a consumer is you do want to avoid buying products that are nothing more than wrinkle or fine line ‘fillers.’ Some creams will give the appearance of plumper fuller skin while it still sits on the surface, but once absorbed or removed, the illusion is gone. Want you want to look for is a product that actually stimulates new collagen and elastin production in your skin. If you achieve this, you will, in reality, begin to turn back the clock.

Anti Wrinkle Creams

Unfortunately, some cosmetic manufacturers will include some great ‘active ingredients’ while filling the majority of the product with inferior filler. Because these active ingredients are beneficial for the skin, they include just enough to be allowed to legally list them on the product label. This way, the typical consumer thinks they are getting a great product of high-quality. But, because these ingredients are expensive, and because, many well known companies spend much of their budget on marketing, the amount of these ‘active ingredients’ is limited to have any real benefit for your skin.

So, when choosing a skin care product, it’s not just about selecting one with good ingredients; it’s also about choosing one with a high concentration of these good ingredients.

• Collagen

After the brief review of the importance of collagen, you would think that buying a product with collagen in it would be a great thing. And the marketers who sell products that contain collagen know this. But, again sadly, collagen molecules are much too large to penetrate into the skin when applied topically and there presence in a beauty product has no effect whatsoever. To be of any benefit, you must purchase a product with ingredients that have been shown to stimulate your body’s own collagen production.

• Phytessence Wakame

Phytessence Wakame is an exotic kelp, native to the Japanese Sea. It works by blocking a harmful enzyme in your body called hyaluronidase. Hyaluronidase breaks down hyaluronic acid in your skin. Without hyaluronic acid, the elastin and collagen fibers lose their “glue,” which leads to a loss of youthful appearance and dark eye circles. Hyaluronan is a major component of skin, where it is involved in tissue repair.

• CoQ10

If you look at the ingredient list for some of the better skin care products, you’ll often see CoQ10 listed. CoQ10 is short for Coenzyme Q10, so you may also see it listed this way. CoQ10 is a vitamin like substance that is found in all of our body’s cells and is very important for healthy skin. CoQ10 is a powerful antioxidant. A lot of skin damage and aging comes from free radicals wreaking havoc in our body’s cells. CoQ10’s antioxidant ability can counter these free radicals before damage occurs.

Unfortunately, like many other vital substances, as we age, the amount of CoQ10 in our bodies becomes depleted.

Although CoQ10 is a great ingredient, not all forms are equal. One in particular stands head and shoulders above the rest. This version of it is called Nano-Lipobelle H-EQ10.Most of the CoQ10 you buy in a typical skin care products are not readily usable when applied topically to the skin.

• Nano-Lipobelle H-EQ10, on the other hand, is a special nano-emulsion form of CoQ10, which penetrates far down into the skin, thereby providing much greater benefits for skin health. In fact, Nano-Lipobelle H-EQ10 has been shown to penetrate seven layers deep into the skin, making it extremely effective at gobbling up free radicals in your skin. The result is a powerful anti-wrinkle effect.

UV Radiation Causes Wrinkles

Sun Protection and Skin

For a six billion-year-old star, the sun is certainly in the news a lot lately, mainly because it is still a source of uncertainty and confusion to many of us.

The center of this confusion is the sun’s ultraviolet A (long-wave) and ultraviolet B (shortwave) rays. Our understanding of exactly what kinds of damage each causes to the skin, and how best to protect ourselves, seems to shift every year as new research comes out. For example, it was once thought that only UVB was of concern, but we keep learning more and more about the damage caused by UVA. And new, improved forms of protection against UVA keep emerging. Keeping up with these new developments is a worthwhile challenge that can help all of us prevent sun damage.
What is Ultraviolet Radiation?

UV radiation is part of the electromagnetic (light) spectrum that reaches the earth from the sun. It has wavelengths shorter than visible light, making it invisible to the naked eye. These wavelengths are classified as UVA, UVB, or UVC, with UVA the longest of the three at 320–400 nanometers (nm, or billionths of a meter). UVA is further divided into two wave ranges, UVA I, which measures 340-400 nanometers (nm, or billionths of a meter), and UVA II which extends from 320–400 nanometers. UVB ranges from 290 to 320 nm. With even shorter rays, most UVC is absorbed by the ozone layer and does not reach the earth.

Both UVA and UVB, however, penetrate the atmosphere and play an important role in conditions such as premature skin aging, eye damage (including cataracts), and skin cancers. They also suppress the immune system, reducing your ability to fight off these and other maladies.
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UV Radiation and Skin Cancer

By damaging the skin’s cellular DNA, excessive UV radiation produces genetic mutations that can lead to skin cancer. Both the U.S. Department of Health and Human Services and the World Health Organization have identified UV as a proven human carcinogen. UV radiation is considered the main cause of nonmelanoma skin cancers (NMSC), including basal cell carcinoma (BCC) and squamous cell carcinoma (SCC). These cancers strike more than a million and more than 250,000 Americans, respectively, each year. Many experts believe that, especially for fair-skinned people, UV radiation also frequently plays a key role in melanoma, the deadliest form of skin cancer, which kills more than 8,000 Americans each year.
UVA

Most of us are exposed to large amounts of UVA throughout our lifetime. UVA rays account for up to 95 percent of the UV radiation reaching the Earth’s surface. Although they are less intense than UVB, UVA rays are 30 to 50 times more prevalent. They are present with relatively equal intensity during all daylight hours throughout the year, and can penetrate clouds and glass.
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Sun Damaged Skin

UVA, which penetrates the skin more deeply than UVB, has long been known to play a major part in skin aging and wrinkling (photoaging), but until recently scientists believed it did not cause significant damage in areas of the epidermis (outermost skin layer) where most skin cancers occur. Studies over the past two decades, however, show that UVA damages skin cells called keratinocytes in the basal layer of the epidermis, where most skin cancers occur. (Basal and squamous cells are types of keratinocytes.) UVA contributes to and may even initiate the development of skin cancers.

UVA is the dominant tanning ray, and we now know that tanning, whether outdoors or in a salon, causes cumulative damage over time. A tan results from injury to the skin’s DNA; the skin darkens in an imperfect attempt to prevent further DNA damage. These imperfections, or mutations, can lead to skin cancer.

Tanning booths primarily emit UVA. The high-pressure sunlamps used in tanning salons emit doses of UVA as much as 12 times that of the sun. Not surprisingly, people who use tanning salons are 2.5 times more likely to develop squamous cell carcinoma, and 1.5 times more likely to develop basal cell carcinoma. According to recent research, first exposure to tanning beds in youth increases melanoma risk by 75 percent.
UVB
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UVB, the chief cause of skin reddening and sunburn, tends to damage the skin’s more superficial epidermal layers. It plays a key role in the development of skin cancer and a contributory role in tanning and photoaging. Its intensity varies by season, location, and time of day. The most significant amount of UVB hits the U.S. between 10 AM and 4 PM from April to October. However, UVB rays can burn and damage your skin year-round, especially at high altitudes and on reflective surfaces such as snow or ice, which bounce back up to 80 percent of the rays so that they hit the skin twice. UVB rays do not significantly penetrate glass.