SkinDNA™ Genetic Test - Prevent Premature Skin Aging


SkinDNA Kit Includes:
Our easy-to-use DNA Collector
Postage paid return package
Detailed Instructions
Report Highlights:
7 page SkinDNA™ Report
Topical Ingredient Matches
Nutritional Supplement Matches


SkinDNA Kit Includes:
Our easy-to-use DNA Collector
Postage paid return package
Detailed Instructions
Report Highlights:
7 page SkinDNA™ Report
Topical Ingredient Matches
Nutritional Supplement Matches
Professional Treatment Matches
Personal Consultation
On-going clinic support
Locations

1. Firmness + Elasticity 2. Wrinkling (A.G.E.) 3. Sun Damage + Pigmentation 4. Free Radical Damage 5. Sensitivity + Inflammation

Category 1

Firmness + Elasticity

COLLAGEN IS AN IMPORTANT ELEMENT OF HUMAN SKIN, IN FACT IT IS THE PRINCIPLE STRUCTURAL PROTEIN HOLDING THE SKIN TOGETHER.

The genes in this category are involved in slowing the breakdown and degradation of Collagen Fibers found in the extracellular matrix of human tissue. Key variations tested in this category can identify if the synthesis and degradation process of Collagen is in balance, or if the degradation predominates (increased MMP levels) that can result in the appearance of premature wrinkling, loss of youthful looks and other ageing skin traits.

DID YOU KNOW

1 in 3 people have a genetic variation that predisposes their skin to accelerated wrinkling.

It is well established that Collagen is an important element of human skin1; in fact it is the principle structural Protein holding the skin together. Representing 75% of the skin's dry weight2 it keeps the skin firm, plump and wrinkle-free. The quantity and quality of the Collagen plays a major role in the skin's appearance. Like many components of the body, Collagen undergoes continuous turnover: new Collagen is continually produced and recycled throughout life.

At a younger age, the synthesis of Collagen predominates, whereas after about the age of 40, the degradation of Collagen picks up speed .4 This degradation process is precipitated by a protein called Matrix Metallopeptidase-1 (MMP's) or Collagenase. As we age our bodies struggle to replenish stores of collagen, and some people are genetically primed to break down collagen faster than others.

In healthy, youthful skin, the synthesis and degradation of Collagen is in balance: damaged or redundant Collagen is degraded while the deficit is replenished by the ongoing synthesis4. Unfortunately, this intricate balance gets disrupted when there is an oversupply of MMP1: too little of the matrix is synthesized and too much is degraded .1,3 The more this occurs the more winkles, roughness and sagginess one tends to have. MMP levels are known to increase with age as a result of photo aging5 as well as natural aging .3,4

Gene Table

SkinDNA™ Gene Descriptor	Genotype	Description
s700298/ Collagen Stimulation	1G1G	Involved in slowing the breakdown and degradation of Collagen fibers found in the extracellular matrix of human tissue. Chromosome Location: 11q21-q22
s706371/ Glutathione Production	TT	Normalises skin cell functions disrupted by oxidative stress including MMP-1 production Chromosome Location: 3q21.3

1. Firmness + Elasticity 2. Wrinkling (A.G.E.) 3. Sun Damage + Pigmentation 4. Free Radical Damage 5. Sensitivity + Inflammation

Category 1
Firmness + Elasticity

Collagen is an important element of human skin, in fact it is the principle structural protein holding the skin together.

The genes in this category are involved in slowing the breakdown and degradation of Collagen Fibers found in the extracellular matrix of human tissue. Key variations tested in this category can identify if the synthesis and degradation process of Collagen is in balance, or if the degradation predominates (increased MMP levels) that can result in the appearance of premature wrinkling, loss of youthful looks and other ageing skin traits.

DID YOU KNOW

1 in 3 people have a genetic variation that predisposes their skin to accelerated wrinkling.

More

More Cont.

Genes

It is well established that Collagen is an important element of human skin1; in fact it is the principle structural Protein holding the skin together. Representing 75% of the skin's dry weight it keeps the skin firm, plump and wrinkle-free. The quantity and quality of the Collagen plays a major role in the skin's appearance. Like many components of the body, Collagen undergoes continuous turnover: new Collagen is continually produced and recycled throughout life.

At a younger age, the synthesis of Collagen predominates, whereas after about the age of 40, the degradation of Collagen picks up speed. This degradation process is precipitated by a protein called Matrix Metallopeptidase-1 (MMP's) or Collagenase. As we age our bodies struggle to replenish stores of collagen, and some people are genetically primed to break down collagen faster than others.
In healthy, youthful skin, the synthesis and degradation of Collagen is in balance: damaged or redundant Collagen is degraded while the deficit is replenished by the ongoing synthesis. Unfortunately, this intricate balance gets disrupted when there is an oversupply of MMP1: too little of the matrix is synthesized and too much is degraded. The more this occurs the more winkles, roughness and sagginess one tends to have. MMP levels are known to increase with age as a result of photo aging5 as well as natural aging.

Gene Table

SkinDNA™ Gene Descriptor	Genotype	Description
s700298/ Collagen Stimulation	1G1G	Involved in slowing the breakdown and degradation of Collagen fibers found in the extracellular matrix of human tissue. Chromosome Location: 11q21-q22
s706371/ Glutathione Production	TT	Normalises skin cell functions disrupted by oxidative stress including MMP-1 production Chromosome Location: 3q21.3

1. Firmness + Elasticity 2. Wrinkling (A.G.E.) 3. Sun Damage + Pigmentation 4. Free Radical Damage 5. Sensitivity + Inflammation

Category 2
Wrinkling (A.G.E.)

If you're like most people, then no one has ever told you about glycation. Affecting Collagen and Elastin fibers, glycation is now well recognised to be a leading cause of accelerated skin aging.

The genes in this category play a key role in skin Glycation. They are responsible for controlling serum glucose levels, energy intake and energy release. Having variations in these genes can alter the functioning of normal glucose levels and energy metabolism. While glucose is a vital cellular fuel, if not completely metabolised by the body Glycation can occur, leading way to wrinkling, dryness and laxity.

DID YOU KNOW

1 in 2 people are predisposed to reduced genetic protection against Glycation.

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More Cont.

Genes

Causing Collagen and Elastin fibers to lose their ability to function normally, Glycation is now well recognised and heavily implicated in accelerated skin aging. Advanced Glycation End Products (A.G.Es) are the end result of a glucose-driven process known as Glycation.

Glycation occurs when excess bodily glucose molecules link to the skin's Collagen and Elastin fibers. This cross-linking can form chemical bridges between these proteins. Glycated fibers can become rigid, less elastic and have reduced regenerative ability, which can lead to damage such as laxity, cracking and thinning skin.

In young skin, the Dermal Epidermal Junction has the appearance of a mountain range that helps anchor the Epidermis to the Dermis, forming a network of supportive Collagen fibers.
As skin ages, fibers in the Dermal Epidermal Junction responsible for the appearance and texture of skin, glycate.

Gene Table

SkinDNA™ Gene Descriptor	Genotype	Description
s400976/ Glycation Interruption	AA	Responsible for controlling serum glucose levels, energy intake and release. While glucose is a vital cellular fuel, if not fully metabolised Glycation can occur. Chromosome Location: 1q31

1. Firmness + Elasticity 2. Wrinkling (A.G.E.) 3. Sun Damage + Pigmentation 4. Free Radical Damage 5. Sensitivity + Inflammation

Category 3
Sun Damage + Pigmentation

The sun's UV rays are one of the most significant causes of premature skin aging. your genes play a crucial role in determining how well your skin can naturally cope under the strains of the sun.

The genes in this category can reveal if your skin has a greater or lesser natural genetic solar protection factor (gSPF™), and based on your results can provide you with a unique, enhanced skin care protection strategy that is specially designed to provide the utmost sun protection for your skin based on your genes. And we dont mean sunscreen!

DID YOU KNOW

2 in 5 people have a genetic variation that affects their skin's UV defences.

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More Cont.

Genes

Causing premature skin aging and a host of other profound changes to the skin1, repeated exposure to ultraviolet light (UV radiation) from the sun accounts for nearly 90% of symptoms of early skin aging, skin damage and skin cancer.

Every time the skin is exposed to UV light, some damage occurs and the cumulative effect of that repeated damage is epidermal DNA damage, persistent inflammation and oxidative stress. Oftentimes the harmful effects of the sun are a greater contributor to skin aging than all other factors combined, including the intrinsic aging of skin cells.
Symptoms of sun damage include: texture changes (coarse wrinkling and yellow discoloration), blood vessel changes (broken capillaries and Telangiectasias), pigment changes (age spots, brown spots, freckling), skin bumps (Kerasotes) and skin cancer.

Consistently preventing damage to skin caused by the sun's UV rays should be the single most important aspect of your skin care strategy. Proper UV protection may not only help prevent Photoaging and further damage to the skin but can also facilitate the reversal of some existing signs of aging.

Gene Table

SkinDNA™ Gene Descriptor	Genotype	Description
s600851 s600852/ Melanin Production	AA GG	Involved in the production of Melanin. A process important for protecting the skin against the sun. Chromosome Location: 20q11.22
s600623/ UltraV Genetic Repair	AA	Repairs genetic damage caused by UV exposure. Chromosome Location: 19q13.2
s600442 s600443/ DNA Photo Repair	GG CC	Functions in breaking down DNA photoproducts. Chromosome Location: 19q13.3
s600931/ UV Radical Repair	AA	Responsible for repairing DNA mutations caused by 8-oxoG radicals. Chromosome Location: 13q26.2

1. Firmness + Elasticity 2. Wrinkling (A.G.E.) 3. Sun Damage + Pigmentation 4. Free Radical Damage 5. Sensitivity + Inflammation

Category 4
Free Radical Damage

Similar to rust appearing on the metal of a car, the oxidation phenomenon causes significant damage and impairment to skin cells.

Research at SkinDNA™ has shown that the amount of antioxidants in your bidy is directly proportional to a healthy long term appearance of your skin!

A number of skin related genetic polymorphisms have been found to alter the production of these molecules. Your SkinDNA Free Radical Damage score is the single most powerful indication of your body's genetic Antioxidant abilities.

DID YOU KNOW

1 in 2 people are genetically predisposed to reduced skin Antioxidant protection.

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More Cont.

Genes

The Oxidation process starts with Free Radicals. Free radicals are highly reactive short lived molecules that can damage virtually any molecule in our body - including the important cellular structures found in the body's largest organ - the skin.

This kind of free radical damage leads to the generation of even more free radicals! It's a chain reaction that can wreck havoc in every layer of the skin - including the Hypodermis, Dermis and the particularly vulnerable epidermis. This sort of cellular destruction in any one of the skin's layers can lead to a dull, lifeless, aged complexion. Discoloration, blotchiness, and uneven skin texture are the hallmarks!

A simple way to demonstrate free radical damage is with an apple. An apple that is exposed to the air will turn brown within a matter of minutes, this is free radical damage. Scientists now believe that free radicals are causal factors in nearly every known disease, from heart disease to arthritis to cancer and cataracts. In fact, free radicals are a major culprit in the aging process itself.
It's not all bad news however, because our bodies have been built with a natural defence: Antioxidants. Antioxidants are your true best friends. They're devices which stop these destructive chain reactions in our bodies.
Research at SkinDNA™ has shown that the amount of antioxidants in your body is directly proportional to the healthy long term appearance of your skin! Antioxidants can also drastically slow some of the physical signs of aging by minimising wrinkles and preserving the skin's natural "glow".

We often hear about antioxidants being found in foods like fruits and berries, and dietary supplements like vitamin C, but the world's most powerful antioxidant is not in a fruit or berry, it's found in your very own body!

Superoxide Dismutase and Glutathione Peroxidise are two of the most powerful antioxidant molecules available within the human body. The higher the levels the less prone we are to the destructive effects of free radicals. Not all people have the same amount of these powerful free radical scavengers.

Gene Table

SkinDNA™ Gene Descriptor	Genotype	Description
s800559/ Superoxide Defence	CC	Protects cells from oxidative damage and is responsible for converting free radicals into less harmful products. Chromosome Location: 6q25.3
s800572/ Hydrogen Conversion	CC	Involved in detoxifying Hydrogen Peroxide compounds. Its defence properties also help to minimize further oxidative damage. Chromosome Location: 3q21.32
s800977/ Quinone Detoxification	CC	Involved in detoxifying Quinones, allowing them to be safely reduced and broken down to water. Chromosome Location: 16q22.1

1. Firmness + Elasticity 2. Wrinkling (A.G.E.) 3. Sun Damage + Pigmentation 4. Free Radical Damage 5. Sensitivity + Inflammation

Category 5
Sensitivity + Inflammation

The regulation of inflammation is largely regulated by your genes. Excessive inflammation is one of the most common themes in early onset aging.

The genes that make up your Inflammation + Sensitivity score play a key role in signalling the release of inflammatory proteins and help in the detoxifying of Environmental Pollutants and Xenobiotics.

DID YOU KNOW

8 in 10 people have a genetic variation that can cause an over reactive inflammation response.

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Genes

Inflammation is the skin's first line of defense against foreign invaders such as bacteria and viruses. Inflammation also initiates the tissues healing processes and limits the damage to skin cells caused by everyday chemicals and pollutants.

Excessive inflammation is one of the most common themes in early onset skin aging. While it is a helpful response in the short term, if inflammation continues on-going, it can play a negative role. Often subtle, the signs include skin sensitivity, redness and irritation.

Gene Table

SkinDNA™ Gene Descriptor	Genotype	Description
s100286/ Inflammatory Signalling	GG	Responsible for signalling the release of inflammatory proteins to help defend skin cells against invaders. Chromosome Location: 6q21.3
s100773/ Xenobiotic Detox	AA	Involved in detoxifying Xenobiotic compounds so that they can be safely metabolised and converted to water. Chromosome Location: 11q13
s100921 s100922/ PAH Protection	TT AA	Regulates the detoxification of Epodxides found in PAH's Chromosome Location: 1q42.1

Collagen

Collagen is the principle structural protein that holds the skin together.

Collagen is just one of thousands of different proteins in the body. The most abundant protein is collagen. In fact, collagen makes up more than one third of all protein in the body and about 75% of the skin.

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Protein

Protein are the building blocks of life. They are essential in helping to build the human body including muscle, bone, blood and collagen.

Protein enables the body to function properly. They are used in all sorts of ways: to transport nutrients and oxygen to vital organs including the skin, and are essential tools needed for cellular repair.

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MMP's

Matrix Metalloproteinases (MMP) are critical players in the skin's physiology.

They break down damaged or worn out structural proteins, facilitate the second phase of wound healing, clear pathways for movement of immune cells to infected areas, and so forth.

MMP's are also involved in the breakdown and degradation of the collagen fibrils found in the extracellular matrix of human tissue

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Collagen

Collagen is the principle structural protein that holds the skin together.

Collagen is just one of thousands of different proteins in the body. The most abundant protein is collagen. In fact, collagen makes up more than one third of all protein in the body and about 75% of the skin.

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Elastin

Elastin is a protein found in connective tissue that is elastic.
In the skin, Elastin helps keep flexibility by providing a bounce-back reaction if skin is pulled or pinched.

Enough elastin in the skin means that the skin will return to its normal shape after a pull or a pinch. It also helps keep skin smooth as it stretches to accommodate normal activities like flexing a muscle or opening and closing the mouth to talk or eat.

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Glucose

Glucose is the body's prime source of fuel for generating energy.
It is a type of sugar that comes from digesting carbohydrates into a chemical that we can easily convert to energy.

But glucose has its dark side. If not properly metabolised Glucose can bind tightly to proteins and form abnormal chemical bridges that progressively damage tissue elasticity. This process is referred to as Glycation.

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Glycation

Glycation occurs when excess bodily glucose molecules link to the skin's Collagen and Elastin fibers.

This cross-linking can form chemical bridges between these proteins. Glycated fibers can become rigid, less elastic and have reduced regenerative ability, which can lead to damage such as laxity, cracking and thinning skin.

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Ultraviolet Light

UV light is a form of radiation that is found in sunlight.

Most people are aware of the effects of overexposure to UV radiation through the painful condition of Erythema (Sunburn). There are 2 main forms of UV radiation that impact our skin, UVA rays and UVB rays.

UVA Rays: known as the 'aging' rays, they are a form of radiation that has very little immediate visible effects. The effects of UVA rays often do not become apparent until years down the track often after the damage has already been done. Its spectrum is strong enough to bypass the top layers of skin and damage the deeper layers know as the dermis. It is predominantly these rays that cause skin to prematurely age.

UVA rays mostly come through when the sun is at an angle generally between 8am - 10am and 2pm - 6pm. These rays become magnified when cloudy or overcast and when reflecting through glass such as when driving or near windows.

UVB Rays: Known as the 'burning' rays, they are a form of radiation that has a great deal of immediate visible effect. Unlike UVA rays its spectrum isn't strong enough to travel into the deeper layers of skin therefore most of the damage is done on the superficial layers taking the form of sunburns, pealing, swelling, pigmentation and browning of the skin.

UVB rays are most predominant when the sun is directly shining down between 10am -2pm.

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8-oxoG radicals

8-oxoG radical is considered to be one of the worst types of free radical species. This radical is generated by exposure to ionizing radiations such as UV light.

8-oxo-G radicals can cause harmful mutations within the DNA structure6 and can ultimately affect the functioning of crucial genes that play vital roles in collagen synthesis, protection and other central duties.

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Melanin

Pigment (color) found in the skin.

Melanin is essential in protecting the skin from the sun.

The release of melanin helps absorb and breakdown the sun's harmful UV rays and UV-generated free radicals.5 The reason some people are darker than others is because of the amount of melanin their body naturally produces.

The more efficient the body is at producing melanin the more your skin is able to withstand (to a degree) the suns UV rays. Pigmentation has been widely viewed as a photoprotectant and research has shown that darkly pigmented skin is at a lower risk of photocarcinogenesis than fair skin.

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Photoproducts

A form of DNA damage, they are chemical reactions that are produced by the action of light.

They are formed mainly from UV light omitted by the sun or by artificial means such as a Solarium. Photoproducts can account for one quarter of all DNA damage.

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Free Radicals

Free radicals are highly reactive short lived molecules that can damage virtually any molecule in our body - including the important cellular structures found in the body's largest organ - the skin.

This kind of free radical damage leads to the generation of even more free radicals. It's a chain reaction that can wreck havoc in every layer of the skin - including the Hypodermis, Dermis and the particularly vulnerable epidermis!

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Glutathione

Glutathione is one of the body's most important intracellular antioxidants.

Glutathione is one of the body's most important intracellular antioxidants.

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Hydrogen Peroxide

Hydrogen peroxide is produced as a by-product of Superoxide radicals during the oxygen metabolising process.

As oxygen enters the body Superoxides Dismutase (SOD) convert Superoxides found in oxygen into hydrogen peroxide.
Hydrogen peroxide is then converted into water and is excreted by your body.

This constant cycle is a necessary process in order for our body to function. However, if hydrogen peroxide is not completely broken down Hydroxyl radicals may be formed.

Hydroxyl radicals are a type free radical that can be very harmful to your body. They can cause cellular damage, DNA Mutations and can influence aging and longevity.

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Oxidation

Oxidation occurs when the generation of free radicals within our body exceeds the body's ability to neutralize and eliminate them.

This imbalance can result from a lack of antioxidant capacity caused by diminished production, or by an over-abundance of free radical production. If not broken down properly, the excess free radicals can damage a cell's lipids, protein and DNA structure, inhibiting normal function.

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Quniones

Quinones are highly active molecules that can stem from Environmental pollutants including UV radiation, industrial plants, exhaust fumes, carbon and cigarette smoke.

Once absorbed into the skin, if they are not efficiently broken down can begin to oxidize within the skin's wall.

This can cause skin to become photosensitive, accelerate collagen breakdown and heighten the skin's sensitivity to Environmental pollutants.

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Superoxide Dismutase (SOD)

Superoxide Dismutase (SOD) is arguably the body's most crucial antioxidant.

It plays a critical role in reducing oxidative stress and is responsible for breaking down the most dangerous free radical of all: Superoxide radicals.

Superoxide radials are produced as a by-product of Oxygen. SOD is essential in converting superoxide radicals into a less harmful substance called Hydrogen Peroxide. From there Hydrogen Peroxide is then broken down into water and is safely excreted from the body.

If Superoxide radicals are not broken down, they can cause tremendous damage to your body including inflammatory problems, premature aging and can affect longevity.

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Xenobiotics

Harmful toxins that are found in pollutants such as PAHs. These harmful toxins surround us in our day to day living.

If not broken down epoxides can be extremely harmful to the body releasing a wave of free radical mayhem.

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Polycyclic Aromatic Hydrocarbons (PAH's).

Highly toxic chemical compounds.

Released from everyday pollutants such as the burning of wood, coal, diesel, and waste, industrial activities, exhaust fumes and cigarette smoke.

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Epoxides

Chemical compounds which cause trauma and damage to skin cells.

They can set the foundation for free radical havoc, increase cellular damage, cause collagen to breakdown and enhance skin sensitivity.

These chemical compounds can stem from air pollution, cigarette smoke and exhaust fumes.

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FAQ

About the SkinDNA™ Test

How will SkinDNA help me?

We are surrounded by more skin health advice than ever. But what really right for you? In the past we could only answer this question in a very general way. Everyone got the same recommendations. But now, you can advance beyond one-size-fits-all suggestions. Identifying your skin's genetic predispositions to key skin aging factors is an investment in your skin's long term health.

SkinDNA™ provides a scientific foundation for more accurately predicting the skin care needs of each individual. Your SkinDNA™ test results can be used as a personal guide for building a complete, custom tailored skincare regimen that allows you to achieve optimal long term skin health.

Will I ever need to be re-tested?

No. There is no need to retake the SkinDNA™ Test as your genes will never change. In terms of testing DNA, your DNA is the same throughout your entire life.

What is SkinDNA™ science based on?

Since the finalisation of the Human Genome Project in 2003, SkinDNA™ Scientists have been hard at work to uncover the human skin's unique genetic blueprint.

With more than $2.1 Million in research and development costs, in 2008 the search led to a remarkable discovery of 15 genetic markers that played a role in skin protection, premature aging and determined the future outcomes of our skin. This remarkable discovery unleased a new era in personalized skin medicine.

What if I need help interpreting my genetic information?

We take pride in helping you achieve the most out of the SkinDNA™ Test. At SkinDNA™ our goal is to introduce you to your skin's genetic code in as simple terms as possible, using graphic displays to facilitate understanding of sometimes complex concepts and numerical facts.

We have aligned with one of Australia's leading online skincare authorities as well as several clinics whom you can visit free of charge to speak to a qualified clincian one-on-one. Please see our Locations section for listings
General Questions

I already follow advice from skincare professionals, magazine articles and news reports.

Do I really need to take a SkinDNA™ test?

Yes, The skin health insights from your DNA test can point you toward the prevention measures most suited to you. Even if you followed everybody's advice to the letter, no-one is able to accurately predict how your skin will age just by looking at you.

If you're overwhelmed with contradicting advice about what's best for your skin; if you need motivation to maintain the long term health and quality of your skin; or if you just find it easier and more realistic to focus on areas where your skin is genetically weaker, then the SkinDNA™ is the answer.

SkinDNA™ presents you with the most accurate information based on what your DNA tells us. By gaining insight into your DNA, you can determine your skin's genetic risks and take the right preventative steps to improve your skin's future.

Why shouldn't I just use as many products as possible to cover everything?

Although you could purchase and use a wide variety of skincare products, most skin care professionals would agree that this is neither economical, nor practical. By understanding your skin's predispositions - from a DNA perspective - we are able to identify the right things you should be using an individualized skincare program specifically for you!

This targeted approach (rather than a shotgun, or one-size fits- all skincare approach) ultimately helps save you time, money and more importantly focuses your skincare regimen on key areas that are important to your individual skin's physiology.

Am I too old to take a SkinDNA™ Test?

No matter what age you are, it is never too late to focus on the future health of your skin..
Security + Privacy

How is my personal information protected?

SkinDNA™ takes value in the trust you place in us. To prevent unauthorised access or disclosure, to retain data accuracy, and to ensure the use of the information, SkinDNA™ uses a range of technical, physical and administrative measures to protect the information we collect about our members.

Is my DNA safe?

Yes. We follow strong guiding principles and policies on security, and we support laws that protect your privacy and genetic information.

How long is my DNA sample kept for?

Your DNA sample may be retained by SkinDNA™ for up to seven (7) days after your saliva sample is processed (for re-testing if necessary), at which time your sample is sent to the SkinDNA™ Isolation Bay where we undergo the process of permanently erasing any remaining DNA through incineration.
Our Laboratory

What certifications does the SkinDNA™ Lab have?

Our laboratory has the following accreditation certificates: ISO 9001-2000, ISO 13485-2003, ISO 17025-2005 and GMP specifically designed to process saliva samples.

How long will my sample last before reaching your facility?

Our DNA collector incorporates a new technology which allows the sample to last for up to two years if kept at room temperature. By shipping immediately ensures the best possible result.
Ordering

Do you accept orders from outside Australia?

Please see our Locations for your nearest country distributor for customers outside of the distributor locations you can purchase directly through us.

What if I wish to cancel my order?

If we have not sent out your collection kit, there is no cancellation fee. If we have sent your collection kit to you and your DNA sample has not yet been posted back to us a refund is available - less a $70 cancellation fee. No refunds are available once you send your sample to the SkinDNA™ Lab.

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What to do

HERE's WHAT TO DO

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Media

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WINNER of Jessica Code Beauty Award

Contact Us

Phone

1300 795 295

Email

Distribution, Partnering and Reselling

Media & Marketing

Australia - SkinDNA™

BeautyLogic Medispa and Cosmetic ClinicVisit Website 196 The Boulevarde Fairfield Heights NSW 1300 196 196

Refine Cosmetic ClinicVisit Website Suite 1504 101 Grafton Street Bondi Junction NSW 1300 788 742

Rejuven8 Clinic PenrithVisit Website Suite 1 / 344 High St Penrith NSW 02 4732 4009

Canada - SkinDNA™

Vital Beauty Products Inc. DistributorVisit Website Distributor Nationwide Contact for information 416 323 7788

Body and Soul Med + Day SpaVisit Website 214 Queen Street South Streetsville ON 905 814 0659

Mellennia Clinic Day Spa & LaserVisit Website 74 Queen Street West Brampton ON 905 453 6214

United Kingdom - SkinDNA™

Beautopia Mobile SpaVisit Website 13 Charles Harrods Court Harrods Village UK 020 8741 5888

The Borland StudioFor Health & BeautyVisit Website No.19 Woodside Place Glasgow Charing X Strathclyde 141 353 1069

USA - SKINSHIFT®

SKINSHIFT® By Ruthie Harper MDVisit Website Stockist and Distributor Nationwide 1-855-DNA-SKIN

Hong Kong - VITA-Genes™

VitargentDistributorVisit Website Nationwide Contact for more information. +852 2393 2343

Brazil - DNAage™

VisiongenDistributorVisit Website Nationwide Contact for more information.

Our Company

BUY

Category 1

Firmness + Elasticity

DID YOU KNOW

Gene Table

Category 1 Firmness + Elasticity

DID YOU KNOW

Category 2 Wrinkling (A.G.E.)

DID YOU KNOW

Category 3 Sun Damage + Pigmentation

DID YOU KNOW

Category 4 Free Radical Damage

DID YOU KNOW

Category 5 Sensitivity + Inflammation

DID YOU KNOW

Collagen

Protein

MMP's

Collagen

Elastin

Glucose

Glycation

Ultraviolet Light

8-oxoG radicals

Melanin

Photoproducts

Free Radicals

Glutathione

Hydrogen Peroxide

Oxidation

Quniones

Superoxide Dismutase (SOD)

Xenobiotics

Polycyclic Aromatic Hydrocarbons (PAH's).

Epoxides

FAQ

About the SkinDNA™ Test

How will SkinDNA help me?

Will I ever need to be re-tested?

What is SkinDNA™ science based on?

What if I need help interpreting my genetic information?

General Questions

HERE's
WHAT TO DO

BeautyLogic
Medispa and Cosmetic Clinic
Visit Website

196 The Boulevarde
Fairfield Heights NSW
1300 196 196

Refine
Cosmetic Clinic
Visit Website

Suite 1504 101 Grafton Street
Bondi Junction NSW
1300 788 742

Rejuven8 Clinic
Penrith
Visit Website

Suite 1 / 344 High St
Penrith NSW
02 4732 4009

Vital Beauty Products Inc.
Distributor
Visit Website

Distributor Nationwide
Contact for information
416 323 7788

Body and Soul
Med + Day Spa
Visit Website

214 Queen Street
South Streetsville ON
905 814 0659

Mellennia Clinic
Day Spa & Laser
Visit Website

74 Queen Street
West Brampton ON
905 453 6214

Beautopia
Mobile Spa
Visit Website

13 Charles Harrods Court
Harrods Village UK
020 8741 5888

The Borland Studio
For Health & Beauty
Visit Website

No.19 Woodside Place
Glasgow Charing X Strathclyde
141 353 1069

SKINSHIFT®
By Ruthie Harper MD
Visit Website

Stockist and Distributor
Nationwide
1-855-DNA-SKIN

Vitargent
Distributor
Visit Website

Nationwide
Contact for more information.
+852 2393 2343

Visiongen
Distributor
Visit Website

Nationwide
Contact for more information.

Category 1
Firmness + Elasticity

Category 2
Wrinkling (A.G.E.)

Category 3
Sun Damage + Pigmentation

Category 4
Free Radical Damage

Category 5
Sensitivity + Inflammation

I already follow advice from skincare professionals, magazine articles and news reports.

Do I really need to take a SkinDNA™ test?