Plant cells from Rose from Damas to decrease wrinkles

Overview


Plant-cells-from-Rose-from-Damas-to-decrease-wrinkles.jpg

StandStill Rose from Damas is made of whole active plant cells of the Rose from Damas (rosa damascena), the famous rose used in fine fragrance. They are obtained with a specific industrial biotechnology mixing plant cell dedifferenciation and a plant cell culture controlling the synthesis of active molecules inside cells.

Dedicated to adult and mature skins, those whole plant cells show a significant action on the dermis in inducing a decrease in fibroblasts senescence demonstrated by a senescent rate cells of 17% and a significant increase of proteoglycans and collagen synthesis rates of more than 10%.

As a result, they provide a global anti-ageing effect, especially on wrinkles, clinically proven by a decrease of the surface of wrinkles at crow’s feet by 22% in 28 days (application twice a day on a panel of women).

All tests were performed with a concentration of 0.5% of StandStill Rose from Damas (corresponding to 20% cells in 80% glycerine).

StandStill Rose from Damas is not allergenic, preservative free, and can be used in any type of formulation from skincare  - anti-ageing creams, daily treatments, essence and serums, masks, etc. -  to make-up applications  - foundation, primer, BB creams, eye contour, etc. .) in any type of formulation, liquid or solid.

StandStill Rose from Damas suits any type of skin, especially mature skins.

Cosmos approvals and ISO 16128 certificates for all liquid forms available on request.

This content is provided by Naolys, and any views and opinions expressed do not necessarily reflect those of CosmeticsDesign.com

Download Now


Related Resources

Exosomes: Passing Trend or Transformative Reality?

Exosomes: Passing Trend or Transformative Reality?

Content provided by Naolys

White Paper

Exosomes, microscopic vesicles naturally present in abundance within Plant Cells, have garnered significant attention within the scientific and cosmetic communities due to their pivotal role in cellular communication.

Supplier Info Centre

Naolys.jpg

For more product information visit Naolys.