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Botanical

Rosa Damascena Callus Extracellular Vesicles

Plant-derived extracellular vesicles used in advanced botanical delivery and skin-conditioning systems.

Key Benefits

  • Provides advanced botanical skin conditioning
  • Supports antioxidant-focused formulas
  • May support calmer-looking skin
  • Complements radiance and resilience care
  • Offers a plant-cell-derived delivery concept

How It Works

Plant extracellular vesicles consist of phospholipid membranes surrounding molecular cargo produced by source cells. In cell culture, characterized Rosa damascena callus vesicles were taken up by human dermal fibroblasts and affected collagen synthesis and stress-related markers.

Whether intact vesicles cross the human stratum corneum in a conventional cosmetic product remains uncertain. Storage, preservation, purification, particle concentration and the finished vehicle can all change stability and biological activity.

Ingredient Details

INCI Name: Rosa Damascena Callus Extracellular Vesicles

Ingredient Type: Botanical

Best For

Advanced botanical routines · Dull or stressed-looking skin · Preventive age-support care · Users seeking plant-cell biotechnology

Research

In vitro characterization of Rosa damascena callus-derived exosome-like vesicles →

What It Is

A purified population of nanoscale lipid-bilayer particles released by cultured Rosa damascena callus cells and carrying plant-derived molecular cargo.

What It Does

Provides a plant-cell-derived vesicle system for advanced skin-conditioning formulas, with promising laboratory activity but unconfirmed human topical efficacy.

Rosa Damascena Callus Extracellular Vesicles FAQs

Common questions about this ingredient in skincare.

What are Rosa Damascena Callus Extracellular Vesicles?
They are nanoscale membrane particles isolated from cultured Damask rose callus cells or their culture medium.
Are they the same as human exosomes?
No. They come from plant cells and have different cargo and biological context. “Exosome-like” terminology does not make them human exosomes.
Are there human clinical trials?
The linked species-specific evidence is laboratory research. Established controlled human topical trials are not yet available.
Do they penetrate the skin?
Cellular uptake has been shown in laboratory systems, but penetration through intact human skin in ordinary cosmetic use is not yet well established.
Are they vegan?
The source is plant-cell culture, but vegan status of the finished product depends on culture materials, processing and all other ingredients.
How stable are plant extracellular vesicles?
Stability depends on purification, concentration, temperature, preservatives and formulation. Finished products should be stored exactly as directed.
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