Skin Conditioning
SOLANUM LYCOPERSICUM CALLUS CULTURE VESICLES
Safety score · 0–100
Fine
Derived from EU CosIng regulatory status, PubChem hazard data and published research. How we score.
About
Plant-derived vesicles from tomato cell culture — a novel biotech botanical. Clean sourcing, but efficacy evidence is thin.
Solanum lycopersicum callus culture vesicles are sub-micron lipid vesicles (sometimes called plant extracellular vesicles or exosome-like particles) isolated from tomato cell culture. They carry lipids, small RNAs, and polyphenol/carotenoid metabolites. As a class, plant EVs are emerging cosmetic ingredients with early research but limited controlled-trial data. No CMR classifications. Clean biotech sourcing avoids pesticide residues. Score sits mid-Fine tier — legitimate novel ingredient without safety flags, but marketed efficacy tends to exceed independent data.
Function
Skin benefits
- Plant-cell-derived vesicle delivery
- Carotenoid and polyphenol content
- Pesticide-free biotech sourcing
- Vegan and sustainable
Known concerns
- Thin independent efficacy data
- Supplier-dependent vesicle characterization
- Marketing claims often overstate biology
References
EU CosIng database
European Commission cosmetic ingredient registry — regulatory status, restrictions, authorised functions.
Related skin conditionings
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This profile is for educational purposes and does not constitute medical advice. Regulatory status and scientific understanding evolve — always read the physical product label and consult a healthcare professional for personal concerns.