Assalamu'alaykum readers ^^
Let me tell you about a famous ingredient which is used in many skin care products from high class brand. That is snail mucus or snail secretion filtrate.
Check it out~
Snail Slime Skincare Science
Snail
slime is the current It Girl in skincare. It’s been used since ancient times,
and was revived in South American about 20 years ago as creme or gel de
caracol, with brands such as Elicina. It really took off a few years when East
Asian beauty companies caught wind of it and started jamming it into
everything, from eye cream to BB cream. Today I’m going to go through some of
the science behind snail slime.
What is snail slime?
The
snail slime used in beauty products comes from the species Cryptomphalus
aspersa (which used to be known as Helix aspersa Müller), which is
the humble garden snail. The slime is usually listed in ingredients lists as snail
secretion filtrate.
Snails
actually release several types of slime, and it’s actually the slime that’s
produced when the snail is stressed that’s in the products, not the stuff that
they use to lube up the ground. The slime is commercially harvested by
stressing cultivated snails, such as by poking them with a stick, or by feeding
them salty water. The slime is purified by filtration (hence “secretion
filtrate”). The snails aren’t killed in the process since they release unwanted
chemicals when they die, but it doesn’t sound particularly pleasant either!
What’s in snail slime?
Snail
slime contains a complex mixture of chemicals which normally help regenerate
snail cells after they’ve been injured.
The
mix includes:
- Glycosaminoglycans and proteoglycans – sugar-based molecules which can act as humectant moisturisers
- Allatoin – a soothing moisturiser
- Collagen and elastin – proteins which are too big to actually get through the skin, but might have a humectant effect
- Glycolic acid – chemical exfoliant and humectant
- Hyaluronic acid – humectant moisturiser
- Antimicrobial peptides – kill microbes
- Glycoprotein enzymes, copper peptides, zinc, iron, copper and manganese – not sure if these will do much. Some copper peptides (like GHK-Cu) can do some cool things, but “copper peptides” is a super broad description.
What does it do?
From
the components in snail slime, it’s pretty clear that it’s going to be a pretty
hardcore humectant moisturiser. But it could potentially do more!
A
few in vitro studies have found some ways that snail slime might work on skin.
Firstly, it can act as an antioxidant by scavenging free radicals and
increasing the activity of superoxide dismutase (SOD), an enzyme which disables
some free radicals. It also improves the structural support holding the skin up,
by increasing the production and resilience of fibroblasts, and promotes
assembly of the extracellular matrix. It also reduces the amount of matrix
metalloproteinase, which normally breaks down collagen.
This
sounds exciting, but does it translate when we use it on actual skin?
There
have been a few clinical trials on snail slime, which doesn’t sound like much,
but in the world of cosmetics ingredients this is pretty impressive! However,
they use small sample sizes and only one is double-blind, controlled and
randomised, which means their results should be taken with a grain of salt.
The
most exciting results are from conditions that you wouldn’t normally treat with
over-the-counter beauty creams – radiation burns and regular burns. Snail slime
made the wounds heal faster. However, a Korean study on atopic dermatitis
(eczema) didn’t find that snail slime did anything spectacular.
Then
we get to normal skin (albeit slightly damaged from the sun) – it improved
hydration and smoothness and reduced wrinkle depth, and while it’s tempting to
say that it’s improving the structure of the skin, it’s more likely that it’s
mostly the added hydration.
Overall,
he scientific evidence that snail slime can actually help regenerate skin,
particularly with unbroken skin, is pretty scarce. But it’s likely to be an
absolutely fantastic moisturiser!

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