Volufiline for sunken eyes: what the evidence actually shows

What did @krystallee2222 actually say?

The creator claims that sunken, tired-looking eyes can be improved through two methods: targeted eye muscle exercises and topical application of an ingredient called volufiline, which she says can "build volume from inside." She positions this as a safer alternative to under-eye filler, and describes a DIY mask using a cotton pad soaked in hydrating toner layered with a volufiline-containing ampoule from Skin1004. She also notes the product contains "tiny spicules" that help absorption. Her framing is cautious enough to include a disclaimer that this "isn't a quick fix."

She is specifically promoting the Skin1004 Matrixyl 10% Boosting Shot Ampoule as an AD (paid partnership), and the video has amassed over 425,000 views, meaning the claims here have real reach and deserve a close look.

Does the science back this up?

Volufiline has some legitimate research behind it, but the evidence base is thin and largely industry-funded. Do not expect the same level of scrutiny as a pharmaceutical compound.

Volufiline is a cosmetic active ingredient derived from Anemarrhena asphodeloides root extract, standardized to sarsasapogenin. The mechanism proposed is adipogenesis stimulation, meaning it theoretically encourages lipid accumulation in adipocytes (fat cells) in the superficial tissue. A study by Perrier et al. (2008, International Journal of Cosmetic Science) found that volufiline increased lipid content in adipocyte cultures in vitro and showed modest improvements in lip and breast volume in small clinical trials. The sample sizes were tiny, the primary funder was the ingredient manufacturer Sederma, and the trials were not peer-reviewed with the rigor you would expect from clinical medicine.

There are no robust, independent randomized controlled trials showing that topical volufiline meaningfully restores periorbital fat volume in vivo. The under-eye area specifically has never been the subject of a controlled clinical study for this ingredient as far as published literature shows.

What did they get wrong (or right)?

She got a few things right and one significant thing wrong.

Right: Under-eye filler genuinely carries risks. Periorbital filler is associated with vascular occlusion and blindness in rare cases (Beleznay et al., 2015, Dermatologic Surgery). Her caution here is well-placed, not fearmongering.

Right: Hydration does temporarily reduce the appearance of hollow eyes by plumping the skin surface. Using a toner-soaked pad as an occlusive base is a reasonable hydration delivery method.

Wrong: The eye muscle exercise claim is not supported by any published evidence for fat pad restoration. The orbital fat pads that cause sunken eyes are not held up by the orbicularis oculi or surrounding muscles in a way that exercise would meaningfully change. Fat pad volume loss and repositioning are anatomical changes, not functional muscle deficits. This claim is, frankly, made up.

Questionable: The "tiny spicules" she references likely refer to silica or similar microparticles intended to create micro-channels for absorption. The evidence that spicule-based delivery meaningfully increases dermal absorption of large cosmetic molecules in the periorbital area specifically is not established in peer-reviewed literature.

What should you actually know?

Sunken eyes have multiple causes, and topical skincare addresses only a fraction of them. The main contributors are orbital fat pad atrophy or descent (structural), volume loss in the mid-face (which affects how light hits the under-eye area), skin thinning with age, and pigmentation. Topical products, including volufiline, cannot address fat pad atrophy in any clinically meaningful way that compares to medical interventions.

If you want to use a topical product for hydration and mild plumping, that is a reasonable, low-risk choice. But you should not expect volufiline to replicate the volumizing effect of hyaluronic acid fillers. The mechanism is entirely different, the ingredient concentration in finished products is typically low (around 3-5%), and the skin barrier over the under-eye area limits how much of any ingredient actually penetrates to the level of adipocytes.

• Look for products with published independent testing, not just brand claims.
• Peptides like Argireline or palmitoyl tripeptide-1 have more published independent research for periorbital skin than volufiline does.
• If volume loss is significant, see a board-certified dermatologist rather than relying on a TikTok skincare stack.