BIOSKINREVITALIZER halts the spiral of molecular events that cause skin damage, provides resistance against photodamage, significantly improves fine lines and wrinkles and restores skin elasticity and resiliency.

Protect your skin. Protect your DNA

New scientific discoveries show that sun exposure damages our skin's DNA (Genetic Material) and disrupts the process of natural cell repair, a dangerous outocome than we had previouly beleived, and tells us that it is not enough to wear a sunscreen to shield our skin from the sun's harmful rays.

While some may perceive a glow on the skin after sun exposure to be a sign of health, in fact DNA damage is happening deep within the skin. And although the change in your skin's color after a few moments in the sun may be visible to everyone, DNA damage is invisible.

This invisible event is dangerous because DNA is a fragile molecule that undergoes dramatic changes when exposed to radiation, ultraviolet light, toxic chemicals or byproducts of normal cellular processes. DNA damage, if not repaired in time, may lead to premature aging, mutations, cancer or cell death.

Skin cells' functions are determined by DNA

The skin is comprised of three main layers: epidermis, dermis and hypodermis. Together they perform the role of protection, moisture retention and support. But most important is the fact that these layers know their roles because of the DNA deep inside each skin cell. Much like a computer program, DNA is the genetic material inside each cell that controls the cell's function. Once DNA is damaged, the skin cells lose their ability to perform their essential roles. Billions of cells divide every day in our bodies to replace those that wear out. So, furthermore, damaged cells replicate abnormally and over the years, this damage accumulates accelerating skin aging and increasing your risk of skin cancer.

Genetic material is constantly duplicated as an integral part of cell division and reproduction occurring in all living beings. In dividing, the cell unzips the DNA double helix (consisting of two winding strands linked together by matching base pairs) using each strand as a template to direct the formation of its companion strand.

Overseeing this process is a unique enzyme known as DNA polymerase, that "rides" on board the existing strand much like a train on a single track, reading its genetic sequence to form a matching strand. The result, generally achieved with remarkable precision, is two identical DNA molecules, each consisting of an original and a newly synthesized strand.

But genetic material (DNA) gets damaged on a daily basis due to exposure to solar radiation and/or certain hazardous materials, as well as natural cell processes. This damage can leave chaos in its wake, scrambling or deleting the genetic “letters” encoding an organism’s traits. If left unchecked, mutated DNA continues to replicate, and may cause impaired protein production and disease.

Fortunately, all organisms employ various cellular DNA repair systems. In most cases, however, they perform on an "all or nothing" basis: when unable to precisely correct the damage they stop operating, halting genetic replication entirely. The end result, even more severe than the initial damage, is that of cell death.

The key to life is therefore the cell's ability to "compromise,” allowing DNA repair systems to operate with a certain "sloppiness" that permits a small number of mutations. While this may pose a certain risk, it also ensures the cell’s continued existence. Equally important, it increases genetic diversity allowing natural selection, the driving force behind evolution, to come into play. Prof. Zvi Livneh of the Weizmann Institute’s Biological Chemistry Department has discovered a group of enzymes that perform one such mechanism. His latest findings are reported in the Proceedings of the National Academy of Sciences (PNAS USA).

Upon encountering damaged DNA, duplicating enzyme usually stop in their tracks – but then specialized "damage control" crews enter the scene. Prof. Livneh has recently discovered one of these DNA repair mechanisms, based on a previously unknown group of polymerase enzymes. While these enzymes also duplicate genetic material, they usually do not stop when encountering damaged DNA. Instead, they duplicate the material, often creating new mutations.

DNA polymerases travel along the DNA, producing new "printouts" of it each time the cell divides. In this way, genetic information is passed on in our bodies and from generation to generation. However, problems begin when the DNA is damaged due to factors such as cigarette smoke, radiation and certain reactions in the body. Though our body possesses special enzymes that fix DNA, some damage escapes their notice -- and DNA polymerases must deal with it.

These same enzymes are present in the snail serum and perform DNA repair functions.

Sun exposure is a key factor in DNA damage

DNA damage largely occurs as a result of free radical attack. Free radicals are generated by many diverse factors, but are primarily the result of ultraviolet rays from the sun.

Ultraviolet rays are invisible; those most important to the skin are UVB and UVA rays. UVB rays penetrate the topmost layer of the skin. These rays are the primary cause of sunburn, as well as some skin cancers. UVA rays can penetrate deeper into the skin. UVA rays are more likely to cause longer-term effects such as wrinkling, discoloration, a leathery skin appearance, and possibly melanoma (the most serious type of skin cancer).

Contrary to popular belief, a sunscreen with a high SPF does not necessarily prevent DNA damage and resulting visible skin conditions. The reason for this is that SPF ratings measure only a sunscreen's effectiveness in blocking UVB rays. But in fact, UVA rays once thought to be harmless because they produce no burning actually penetrate much deeper into the skin leading to much more damage to DNA and other skin structures.

The good news

Scientific advancements continue to enable scientists to find more and more ways to support the skin's natural repair mechanisms. First, using broad-spectrum sunscreen daily is a must as it can protect the skin from the stresses caused by both UVA and UVB penetration, allowing the skin to focus on its normal job of cell repair and regeneration. Secondly, antioxidants can help neutralize free radicals and prevent DNA damage. And last, new discoveries actually help boost the cell's natural repair process to reverse DNA damage, as is the case when snails serum is used for the relief and healing of skin affected by radiodermatitis when caused by ionazing radiation applied to combat skin cancer.

Protecting your skin from DNA damage

• Follow a consistent, life long approach to healthy skin. Even minimal UV exposure can affect you're skin's DNA. Daily use of a broad spectrum sunscreen will help minimize the suns effect on the appearance of premature aging.
• Look for sunscreens that offer "broad-spectrum" or "UVA/UVB" protection or a "PA" rating.
• The safest option is to avoid sun exposure whenever possible. Minimize exposure between 10 am and 4 pm.
• When you go outside, even on a cloudy day, always apply a broad spectrum sun protection product of SPF 15 or higher.
• When outside for extended periods of time or after physical activity (e.g. swimming, tennis, etc.) reapply.
• Most people do not apply sufficient sun protection product. Be sure to follow instructions on the package.
• Use self-tanning formulas or bronzers if you desire the look of a tan. But remember that these products do not usually offer any sun protection, so you should always apply protection as well.
• Stay away from tanning salons. The International Agency for Research on Cancer (IARC), a branch of the World Health Organization (WHO), has unequivocally linked sunbed tanning among young people to melanoma, the deadliest form of skin cancer.
• Wear protective clothing that will cover arms and legs; choose a hat with a wide brim. Consider UV-protective products such as some window films, sunglasses, and clothing.

Choose a product according to your skin condition

Intense treatment serum to thorougly revitalize your skin. Apply 3 to 4 times a year for periods of 8 weeks once a day before bedtime.	For routine maintenance of normal and oily skin. Keeps skin deeply moisturized & looking younger & radiant.	For sensitive dry skin prone to allergies, eczema, dermatitis and rosacea.	To moisturize skin & get rid of dark pigmentation, age spots and rough sun damaged skin.
30 ml = $99.98	$69.98 Get two & save $24	$75.98	$79

All products contain enough for one month when applied twice a day. Since we recommend applying the BIOSKINREVITALIZER before bedtime and any one of the other products in the morning, by using both products you will treat yourself to yield outstanding results in less than 60 days.

Best value - 60 day supply - limited time offers:

$ 169.96 $135.95 You save $34.01	$ 175.96 $141.95 You save $34.01	$ 179.96 $145.95 You save $34.01

Made in the USA.