MADE TO MEASURE FROM YOUR PATIENT’S DNA

iDDNA®

Anti-aging programs personalized on DNA

designed and developed in Switzerland

WHEN A FLOWER

DOESN’T BLOOM

YOU FIX

THE ENVIRONMENT

IN WHICH IT GROWS,

NOT THE FLOWER.

-Alexander Den Heijer-

AGING IS LIKE AN ICEBERG

OBJECTIVE DIAGNOSIS

WHAT YOU CAN SEE WITH A GENETIC APPROACH

THE ROOT CAUSE Is your patient at

risk of over reactive inflammation?

SKIN SENSITIVITY

TNFα

Is your patient protected against free radicals damage?

FREE RADICALS DAMAGE

SODGPXGSTMGSTT

Is your patient predisposed to premature wrinkling?

WRINKLING

COL3a1

ELN

Emilin

MMP3

Is your patient at risk of reduced hyaluronic acid synthesis?

MOISTURIZATION

FLGHAS1TNFα

Is your patient predisposed to collagen breakdown?

COLLAGEN BREAKDOWN

PPARGTNFα

How susceptible is your patient to sun damage?

PHOTO-AGING

ASIPKITLG p53

CDK10

Does your patient have an optimal cell renewal rate?

SKIN REGENERATION

NOS3TNFα

PERSONALIZATION OF SKIN AGING REGIMENS

Several theories have been tested regarding the pathomechanisms of aged skin, however fundamental mechanisms still remain misunderstood.

Research shows there is an influence of genetics on skin aging, specifically the differences observed in the ethnic populations between genders.

Recent studies indicate that male and female aged skin differs in the type, consistency and sensitivity to external factors. The same has also been documented between elderly people of different origins.

Consequently, the aging process taking place in both genders and in diverse ethnic groups should be examined separately. The products customized to each population should also be developed independently in order to satisfy special needs.

THE INDIVIDUAL GENETIC SIGNATURE

Skin aging is a complex process influenced by genetic and environmental factors. Recent studies on twins have revealed that up to 60% of the skin aging variation between individuals can be attributed to genetic factors, while the remaining 40% is due to non-genetic factors. Recent advances in genomics and bioinformatics approaches have led to the association of certain single nucleotide polymorphisms (SNPs) to skin properties.

Researchers have identified the key proteins and SNPs associated with certain properties of the skin that contribute to skin aging. They selected a set of 13 SNPs in gene coding for these proteins which are potentially associated with skin aging associated with skin aging and concluded:

• Individuals can be divided into genetic clusters defined by genotypic variables.

• These genotypic variables are linked with polymorphisms in one or more genes associated with certain properties of the skin that contribute to a person’s perceived age.

• Using this classification, it is possible to characterize human skincare and anti-aging needs on the basis of an individual’s genetic signature, thus opening the door to personalized treatments that are addressed at specific populations.

SCIENTIFIC REFERENCESMakrantonaki E, Bekou V, Zouboulis CC.Genetics and skin aging.Dermatoendocrinol. 2012 Jul 1; 4(3):280-4.

SCIENTIFIC REFERENCES Naval J, Alonso V, Herranz MA.Genetic polymorphisms and skin aging: the identification of population genotypic groups holds potential for personalized treatments.Clin Cosmet Investig Dermatol. 2014; 7:207-14.

23%

21%

15%

9%

7%

7%

6%

6%INFLAMMATORY RESPONSE

SKIN STRUCTURE

CELLULAR TURNOVER

FREE RADICALS DAMAGE

BARRIER REPAIR

UV-DAMAGE PROTECTION

HYDRATION

PIGMENTATION

GENETIC APPROACH TO SKIN AGING

REINVENT ANTI-AGING!

FUNCTIONAL HUMAN GENETIC RESEARCH AT THE MOLECULAR LEVEL ESTABLISHES THE FOUNDATION FOR THIS NEXT GENERATION DNA-BASED SKIN AGING REGIMEN.

GENES EXPRESSION INFLUENCED BY TOPICAL APPLICATION OF PRODUCTS

EP

IDE

RM

IS

YOUNG SKIN OLD SKIN

Keratinocites Collagen ElastinFibroblast

DE

RM

IS

m a d e - f o r - Y O U

1 in 113.246.210 iDDNA® programs

iDDNA® ultra-custom ANTI-AGING PERSONALIZED REGIMEN

8 BOOSTERS included

Other treatments are suggested as options on an individual patient basis, but not included in the protocol.

113.246.210 INDIVIDUAL TREATMENT

COMBINATIONS

Science of [DNA] f(x)™ =[(1+1)x(82x323x63)]+2 =

1 ACTIVE DAYTIME FOUNDATION TREATMENT

1 ACTIVE NIGHTIME FOUNDATION TREATMENT

+ 8 PRECISION professional strength solutions

+ (1+1) PRIMARY ACTIVATION

+ 2 LONG-TERM INTENSIVE CARE

+ 32 BOOSTERS

+ 6 ANTI-AGING NUTRICOSMETICS

BEFORE AFTER

BEFOREAFTERBEFORE AFTER

DOES IT REALLY WORK?

iDDNA® technology has been created after 8+ years of research & development.

More than 6,000 patients have been treated with previous release of the platform, on Nobel prize-winning research and internationally accepted scientific and medical publications.

Real people. Real results.

47 yrs old, man70 yrs old, woman

51 yrs old, woman After 3 weeks. Daily use.

After 5 weeks. Daily use.

HOW DO YOU GET STARTED?

CONTACT US TO BECOME AN AUTHORIZED PROVIDER OF iDDNA®.

Call +41 091 29 01 888 or email info@suisselifescience.com.

WANT TO LEARN MORE

SCHEDULE A WEBINAR.

UNDERSTANDING THE BIOLOGY OF AGINGTRACKING YOUR PATIENT’S INDIVIDUAL GENETIC CODE

DESIGNING YOUR PATIENT’S PERSONAL ANTI-AGING

www.suisselifescience.com

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iDDNA®, [iD]DNA®, Science of [DNA]f(x)™,CLINICare® and all its brands, trademarks, products and materials belong exclusively to Suisse Life Science S.A. and are to be used for informational purposes only. All our distributors, franchisees, licensees and partners are authorized to use our content, but it does not assign them the right to any ownership of our content, testing products, processes or methods. iDDNA® test, genetic report and treatments

are not intended, and should not be used, to diagnose or treat any diseases or medical conditions.