Nodé DS+ Shampooing
BIODERMA
Nodé DS+ Shampooing
BIODERMA
NODE DS+ SHAMPOOING
Hygiene Hair and scalp
The shampoo that acts on the causes of persistant dandruff.
BIODERMA
BIODERMA
NODE DS+ SHAMPOOING
Hygiene Hair and scalp
Each of our ingredients have been selected for their effectiveness. Find all the ingredients of your product grouped into families according to their role.
Anti-dandruff
Cleansing
Soothing
Keratolytic
Hair care agent
Formulation water
Texture
Scent & fragrance
Protection of the product
The ingredients of our formulas have been selected according to very strict dermatological criteria and recommended by independent toxicological experts. Classified in three main categories of active ingredients, you will discover the nature, role and origin of each by clicking on their name.
Here are grouped the ingredients that contribute to the expected effectiveness of the product: those that optimise or preserve the biological skin's mechanisms (such as hydration, regeneration, lipid-replenishing action), and those that have a very specific physico-chemical action (exfoliating, mattifying, sun filters ...).
The ingredients listed here are those contained in the latest formula for this product. As there may be a time lag between its production and its distribution on the market, we invite you to consult the list of ingredients on the packaging.
Aqua/water/eau
What is it?
Purified water.
What’s the point?
Formulation water.
How do you get it?
Mineral origin.
Sodium laureth sulfate
What is it?
Fatty alcohol derivative.
What’s the point?
Cleansing: produces foam in contact with water and promotes cleansing.
How do you get it?
Obtained by synthesis from fatty alcohol of plant origin.
Sodium cocoamphoacetate
What is it?
Fatty acid derivative.
What’s the point?
Cleansing: produces foam in contact with water and promotes cleansing.
How do you get it?
Combination of fatty acid extracted from vegetable oil, and a synthesised acetate derivative.
Peg-60 almond glycerides
What is it?
Fatty acid derivative.
What’s the point?
Emollient: soothes and softens the skin.
How do you get it?
Obtained by synthesis from fatty acids and glycerins extracted from vegetable oil.
Sodium lauroyl sarcosinate
What is it?
Fatty acid and amino acid derivative.
What’s the point?
Cleansing: produces foam in contact with water and promotes cleansing.
How do you get it?
Obtained by synthesis from fatty acid extracted from vegetable oil, and synthesised sarcosine.
Citric acid
What is it?
Citric acid.
What’s the point?
Keratolytic: promotes the elimination of dead cells and epidermal renewal.
How do you get it?
Component naturally found in the skin, obtained by biotechnology.
Biotechnology uses biological processes, including natural fermentation, to obtain ingredients.
Coco-betaine
What is it?
Fatty acid derivative.
What’s the point?
Cleansing: produces foam in contact with water and promotes cleansing.
How do you get it?
Obtained by synthesis from fatty acid extracted from vegetable oil.
Sodium citrate
What is it?
Citric acid derivative.
What’s the point?
Stabilising: contributes to the product’s homogeneity or stability.
How do you get it?
Component naturally found in the skin, obtained by biotechnology.
Biotechnology uses biological processes, including natural fermentation, to obtain ingredients.
Polyacrylate crosspolymer-6
What is it?
Acrylic polymer.
What’s the point?
Gelling: provides the texture with consistency.
How do you get it?
Synthesis
To select an ingredient, NAOS can call on synthesis in order to:
- reconstitute a natural molecule without having to extract it from a plant and thus better respect biodiversity,
- obtain a pure, perfectly defined ingredient.
Piroctone olamine
What is it?
Piroctone olamine.
What’s the point?
Anti-dandruff: limits the formation of dandruff.
How do you get it?
Synthesis
To select an ingredient, NAOS can call on synthesis in order to:
- reconstitute a natural molecule without having to extract it from a plant and thus better respect biodiversity,
- obtain a pure, perfectly defined ingredient.
Peg-90 glyceryl isostearate
What is it?
Glycerin and fatty acid derivative.
What’s the point?
Thickening: provides the texture with consistency.
How do you get it?
Obtained by synthesis from glycerin and fatty acid extracted from vegetable oil.
Polyquaternium-10
What is it?
Quaternary ammonium.
What’s the point?
Hair care agent: facilitates detangling and styling.
How do you get it?
Obtained by synthesis from wood.
Pyridoxine hcl
What is it?
Vitamin B6 derivative.
What’s the point?
Contributes to the Dsactiv patent.
This patented complex minimises sebum secretion, and also limits the proliferation of Malassezia, the yeast that causes dandruff.
How do you get it?
Synthesis
To select an ingredient, NAOS can call on synthesis in order to:
- reconstitute a natural molecule without having to extract it from a plant and thus better respect biodiversity,
- obtain a pure, perfectly defined ingredient.
Salicylic acid
What is it?
Salicylic acid.
What’s the point?
Keratolytic: promotes the elimination of dead cells and epidermal renewal.
How do you get it?
Synthesis
To select an ingredient, NAOS can call on synthesis in order to:
- reconstitute a natural molecule without having to extract it from a plant and thus better respect biodiversity,
- obtain a pure, perfectly defined ingredient.
Undecyl alcohol
What is it?
Fatty alcohol.
What’s the point?
Contributes to the Dsactiv patent.
This patented complex minimises sebum secretion, and also limits the proliferation of Malassezia, the yeast that causes dandruff.
How do you get it?
Synthesis
To select an ingredient, NAOS can call on synthesis in order to:
- reconstitute a natural molecule without having to extract it from a plant and thus better respect biodiversity,
- obtain a pure, perfectly defined ingredient.
Zinc gluconate
What is it?
Zinc derivative.
What’s the point?
Contributes to the Dsactiv patent.
This patented complex minimises sebum secretion, and also limits the proliferation of Malassezia, the yeast that causes dandruff.
How do you get it?
Obtained by synthesis from zinc of mineral origin, and gluconic acid (biotechnology).
Palmitamide mea
What is it?
Fatty acid derivative.
What’s the point?
Soothing: reduces sensations of skin discomfort.
How do you get it?
Obtained by synthesis from fatty acid of plant origin, and a synthesised amino derivative.
Sodium hydroxide
What is it?
Sodium derivative.
What’s the point?
Stabilising: helps adjust the product’s pH.
How do you get it?
Component naturally found in the skin, obtained by synthesis.
To select an ingredient, NAOS can call on synthesis in order to:
- reconstitute a natural molecule without having to extract it from a plant and thus better respect biodiversity,
- obtain a pure, perfectly defined ingredient.
Mannitol
What is it?
Sugar derivative.
What’s the point?
Contributes to the D.A.F. (Dermatological Advanced Formulation) patent
This patented complex increases the skin’s tolerance threshold – regardless of skin type – in order to strengthen its resistance.
How do you get it?
Obtained from sugar of plant origin.
Xylitol
What is it?
Sugar derivative.
What’s the point?
Contributes to the D.A.F. (Dermatological Advanced Formulation) patent
This patented complex increases the skin’s tolerance threshold – regardless of skin type – in order to strengthen its resistance.
How do you get it?
Obtained from plant sugar.
Laureth-2
What is it?
Fatty alcohol derivative.
What’s the point?
Stabilising: contributes to the product’s homogeneity or stability.
How do you get it?
Obtained by synthesis from fatty alcohol of plant origin.
Rhamnose
What is it?
Sugar.
What’s the point?
Contributes to the D.A.F. (Dermatological Advanced Formulation) patent
This patented complex increases the skin’s tolerance threshold – regardless of skin type – in order to strengthen its resistance.
How do you get it?
Wood extraction or synthesis.
Fructooligosaccharides
What is it?
Sugar macromolecule.
What’s the point?
Contributes to the D.A.F. (Dermatological Advanced Formulation) patent
This patented complex increases the skin’s tolerance threshold – regardless of skin type – in order to strengthen its resistance.
How do you get it?
Biotechnology.
Biotechnology uses biological processes, including natural fermentation, to obtain ingredients.
Caprylic/capric triglyceride
What is it?
Glycerin and fatty acid derivative (triglycerides).
What’s the point?
Stabilising: contributes to the product’s homogeneity or stability.
How do you get it?
A combination of glycerine and fatty acids extracted from vegetal oils.
Laminaria ochroleuca extract
What is it?
Golden algae extract.
What’s the point?
Contributes to the D.A.F. (Dermatological Advanced Formulation) patent
This patented complex increases the skin’s tolerance threshold – regardless of skin type – in order to strengthen its resistance.
How do you get it?
Laminaria algae extraction.
Fragrance (parfum)
What is it?
Fragrance composition.
What’s the point?
Scent & Fragrance: provides the product with olfactory sensory appeal.
How do you get it?
Combination of synthesised and plant-based odour molecules.
