Ingredient

D-Sensinose™

A 3rd generation post-biotic active ingredient extracted from Avène thermal spring water that revolutionises the daily life of hypersensitive skin.

D-Sensinose™ marks a decisive improvement for all sensitive to hypersensitive skin

Extracted from Avène thermal spring water, this next-generation biotechnological active ingredient is able to reduce feelings of tightness, tingling and discomfort.

Origin:
biotechnological
Source:
France
Patent:
Patented* active ingredient

A major innovation for sensitive skin

Avène thermal spring water has a unique biological signature: Aquaphilus dolomiae, a microflora that grows only in the depths of the Avène spring.

Using a cutting-edge biotechnological process, Avène Dermatological Laboratories have succeeded in extracting D-Sensinose™, a post-biotic active ingredient. This 3rd generation biotechnological active ingredient with outstanding properties marks a major advance for all hypersensitive skin types that need to reduce their reactivity.

Twenty years of research have enabled the Avène Dermatological Laboratories teams to fully grasp the potential of an extraordinary bacterium, Aquaphilus dolomiae, and to extract a biotechnological active ingredient with decisive benefits for hypersensitive skin.

Katia Ravard-Hellfer
Katia Ravard-Hellfer

Eau Thermale Avène Innovation Project Manager.

A novel action on sensitive skin

Why is D-Sensinose™ so innovative... and effective? Explanations.

Skin sensations originate in the sensory neurons at the periphery of the skin. The maladaptive response of hypersensitive skin (tingling, tightness, redness, discomfort) is largely due to a low tolerance threshold of these sensory neurons.

 

Hypersensitivity is under control.

FOR YOUR SKIN

Hypersensitivity under control

Hypersensitive, reactive, intolerant or allergy-prone skin...
a reality that is difficult to live with on a daily basis.

Tolérance CONTROLis the new solution for any skin type that needs immediate hydration and soothing.
These innovative skin care products have been designed to calm, moisturise and restore all hypersensitive skin, in adults and children alike.

At the heart of its effectiveness? The new ultra-calming post-biotic active ingredient D-Sensinose™, incorporated in a biomimetic "Skin affinity" formula that perfectly mimics the natural composition of the skin barrier for optimal tolerance. This optimises the effectiveness of D-Sensinose™: the right ingredient in the right place.

A bio-adaptable formula for immediate and lasting effectiveness(1): The skin is calmed in 30 seconds(2) and moisturised for 24 hours(3). The skin barrier is restored within 48 hours(4).

PRESENT IN THE FOLLOWING PRODUCTS

D-Sensinose™: innovation at the heart of Tolerance CONTROL’s effectiveness

    Feelings of tightness, tingling, discomfort...

    Your skin can no longer tolerate anything and reminds you of that on a daily basis. With Tolerance CONTROL skincare products, you can choose between two textures to soothe, moisturise and restore your hypersensitive skin.

    DISCOVER TOLERANCE CONTROL
    Feelings of tightness, tingling, discomfort...

    DISCOVER OUR INGREDIENTS

    The ingredients in our products are carefully selected for their effectiveness.

    • AV_CICALFATE_Representation-C--Restore_png 500x500

      [C+-Restore]™

      First post-biotic restoring active ingredient from Avène Thermal Spring Water. It provides the optimal environment for the skin's own natural renewal.

    • AV_EAU-THERMALE_Representation-Eau_png 500x500

      Avène Thermal Spring Water

      Thanks to its unique mineral and organic signature, it has softening soothing, and restoring properties.

    • AV_XERACALM-AD_Representation-I-Modulia_png 500x500

      I-modulia®

      Patented post-biotic active ingredient* from Avène Thermal Spring Water.

      Anti-itching, anti-irritation.

      *Patent pending

      (1) Sensitive scale. Results at T0 on 25 subjects.
      (2)User satisfaction, 25 subjects, 3 months, 2 applications per day.
      (3) HI kinetics, 26 subjects
      (4) Ex-vivo test on epidermis grown in reduced water conditions.