Multi-Targeted Elixir Ingredients – RE:ERTH

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Multi-Targeted Elixir

Skin-refining serum

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Japanese White Turmeric Leaf & Root Extract

Japanese Spring Tumeric Leaf Extract

APPS

Lipodisq®

Japanese White Turmeric Leaf & Root Extract

Keeps the skin firm, fine-pored and supple.

Japanese Spring Tumeric Leaf Extract

Helps to brighten, even skin tone and lighten pigmentation.

APPS

Highly stabilised oil-and-water soluble Vitamin C for collagen synthesis and skin brightening.

Lipodisq®

Researched in top universities to bring key actives into deeper layers of the skin.

RE:ERTH Exclusive

Japanese White Turmeric Leaf
& Root Extract

Source

Kyushu, Japan

Scientific Name

Curcuma Zedoaria

Main Components

Curcumenone, Curcarabranol, 4s-Dihydrocurcumenone and Labdane-type Diterpene

Benefits

firms & tightens skin
, reduces fine lines & wrinkles, reduces pore size, makes skin soft & supple, reduces dryness by protecting Hyaluronic Acid

100% Inhibition in the Degradation of Hyaluronic Acid (In-Vitro)

*Research conducted by the Kindai University, Japan

Stimulation Of Cell Reproduction Up To 61%

RE:ERTH Exclusive

Japanese Spring Tumeric Leaf Extract

Source

Kyushu, Japan

Scientific Name

Curcuma Aromatica

Main Components

Curcumenone, Curudione, Neocrudione, Curcumol

benefits

Brightens skin tone
, evens skin tone, lighten pigmentation, lighten acne scarring & reduce redness

Effectively Suppresses Tyrosinase Activity, A Melanin Producer

Inhibits Melanin Activity By 88%, Causing A Brightening Effect

*Research conducted by the Kindai University, Japan

APPS

Scientific Name

Trisodium Ascorbyl 6-Palmitate 2-Phosphate

Benefits

High stability from oxidation, released intra-dermally as Ascorbic Acid, penetrates skin due to low hydrophilicity, soluble both in oil and water

Wrinkle Improvements By APPS

Lipodisq®

A patented, state of the art dermal delivery system, researched by Oxford University, Stockholm University, Max Plank Institute, and many others, and designed to transport actives between skin cells more than 10 times in comparison to normal liposomes, bringing actives where its most effective.

Electron microscope image of Lipodisq® (x100 000)
(Birmingham University, JACS 2009)

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