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Snl3.0
Snail Mucin – Forschung
Überwiegend Mechanismus / Beobachtung
9 begutachtete Studien
Was die Evidenz sagt
Überwiegend Mechanismus / Beobachtung
Die meisten Studien zu Snail Mucin sind mechanistisch oder beobachtend statt RCTs, die einen klinischen Effekt messen — betrachte die Ergebnisse als vorläufig.
Die meiste Evidenz stammt aus mittelwertigen randomisierten Studien, veröffentlicht 2013–2025 mit einer typischen Studiengröße von 40 Teilnehmenden.
Basierend auf 9 Studien · 1 RCT · 65 Teilnehmende insgesamt
Konfidenz
Geringe Konfidenz
Nach Outcome
Wound & ulcer healing
Überwiegend Mechanismus / Beobachtung5 Studien
Respiratory & lung
Zu wenige bewertete Studien2 Studien
Inflammation
Zu wenige bewertete Studien1 Studie
Skin healthVerbesserte Hydratation und Glätte durch einen glykoprotein-/HA-reichen Film (kosmetisch, kein gesundheitlicher Endpunkt) · 4-12 weeks · Geringfügige Verringerung des Erscheinungsbildes feiner Linien in einer kleinen Split-Face-Studie (kosmetisch; die Evidenz ist dünn) · 8-12 weeks
Zu wenige bewertete Studien1 Studie
Aktives Forschungsgebiet
6 Studien in den letzten 5 Jahren
201320192025
1Systematische Übersicht2025
In conclusion, snail mucus's biological effects deserve further investigation and pave the way for further studies of its potential as a raw material for pharmaceutical products, including the chemical structure of the still unknown molecules, its standardization, nonclinical and clinical studies, and further studies of snail mucus for its usage in cosmetology.
Hudz N, Turkina V, Alyokhina T, Motyka O, Chemerys N, Rumynska T, Lozynskyi A, Jasicka-Misiak I, Kobylinska L. · Molecules (Basel, Switzerland) (2025)
It was shown that snail mucus facilitates wound healing, which could be the prerequisite for the development of innovative formulations for the adjuvant therapy of skin wounds.
However, there are problems with the standardization of snail mucus because of the absence of single quality indexes, their limits, and the complicated structure of snail mucins.
Moreover, there is a lack of clinical randomized trials evaluating the safety and efficacy of C. aspersum snail mucus.
This review discusses the therapeutic relevance of SM, identifies research gaps, and emphasises the need for rigorous safety testing and clinical validation to support its use in dermatology.
Sekar D, Nagarajan P, Ekambaram G, Port Louis LR, Bazeer AB. · Cutaneous and ocular toxicology (2025)
Materials and methods However, despite growing interest, significant gaps remain in the clinical understanding of SM's therapeutic potential, including a lack of standardised formulations and limited clinical trials.
Result and conclusion While current regulatory frameworks, such as from FDA and CIR, emphasise the importance of safety substantiation for SM-based products, no formal toxicological monographs exist.
This review discusses the therapeutic relevance of SM, identifies research gaps, and emphasises the need for rigorous safety testing and clinical validation to support its use in dermatology.
We also emphasize the need for appropriate clinical trials into the stated benefits of snail mucin to ensure consumer safety and ethical extraction of mucin.
Singh N, Brown AN, Gold MH. · Journal of cosmetic dermatology (2024)
Investigations into the global market found estimates ranging from $457 million to $1.2 billion with upward projections in the upcoming decade.
Limitations include ethical habitats for collection, allergy investigation, and missing clinical studies.
Conclusions The findings presented here emphasize the expanding uses of snail mucin and its ingredients alongside a growing market cosmetic industry should consider.
This makes it an ideal ingredient for anti-aging creams, moisturizers, and serums.
The beauty and pharmaceutical industries popularize commercial SSF products due to their natural composition and scientifically proven performance as a promising dermatological treatment.
These products offer synergistic therapeutic effects, including cell signaling, tissue growth, tissue repair, wound healing, hydration, anti-aging properties, and exfoliation.
Periocular rhytides on the active ingredient side showed significant improvement after 12 weeks (P=.03) and improved texture to a greater degree than placebo at 8 and 12 weeks, as well as 2 weeks after discontinuing the product (14 weeks).
Double-blind, randomized, split-face design (n=25): an 8% SCA emulsion plus 40% SCA serum on one side vs placebo on the other for 12 weeks
Periocular wrinkles on the SCA side improved significantly versus placebo (P=.03), with greater texture improvement at 8 and 12 weeks
Well tolerated; benefit was limited to periocular/fine rhytides — subjects reported no significant difference in overall skin quality
6Übersicht2020
Further research studies are warranted to elucidate any biological or therapeutic mechanisms of action of these ingredients, which may translate into clinical practice.
Nguyen JK, Masub N, Jagdeo J. · J Cosmet Dermatol (2020)
Narrative review of Korean cosmeceutical bioactives including snail mucin, surveying lab, animal, and clinical studies
Reports snail mucin shows bioactivities with potential for skin rejuvenation, photoprotection, and wound healing
Explicitly concludes further research is warranted before clinical translation — the evidence base is still emerging
The formulation studied included moisturizing, emollient, film-forming, and retinoid ingredients in addition to the mollusk egg extract to produce the clinical improvement.
Draelos ZD. · J Drugs Dermatol (2017)
Single-arm, 12-week open-label study (n=40, ages 40-70) of a mollusk-egg anti-aging cream twice daily
Investigator ratings improved at week 12: 53% less roughness (P<0.001), 26% more brightness (P<0.001), 39% higher elasticity (P<0.001)
Confounded: the formulation also contained emollient, film-forming, and retinoid ingredients, with no placebo control — the effect can't be attributed to the snail extract
9In vitro2024
HASC extract exhibited superior inhibitory activity compared to HAS against collagenase and tyrosinase enzymes (IC50 = 8.4 ± 1.19 vs. 15.3 ± 1.12 μg/mL) and (IC50 = 30.1 ± 0.91 vs. 35 ± 1.3 μg/mL).
Alkhadhrh M, Issa R, Al-Halaseh LK, Alnsour L, Alsarayreh A, Al Qaisi Y, Matalqah SM, Aladwan S. · J Cosmet Dermatol (2024)
In-vitro characterization of Helix aspersa snail slime; identified phenolics, flavonoids, ascorbic acid, and fatty acids
Slime extracts showed antioxidant activity and dose-dependent inhibition of collagenase and tyrosinase — the enzymatic basis for anti-aging/brightening claims
Purely biochemical assays; no skin, cell, animal, or human outcomes — speaks only to plausible mechanism