The skin–stress connection

Stress doesn't stop at the mind.

Cortisol reaches the skin. There, prolonged stress signalling can affect barrier function, reactivity and repair.

What cortisol does to skin.

Six findings. Each one measured, each one published.

Maarouf, Yosipovitch, Shi. The impact of stress on epidermal barrier function: an evidence-based review. British Journal of Dermatology, 2019.
doi.org/10.1111/bjd.17605

We formulate where stress shows up.

Stress does not leave one signature on skin. It can alter barrier function, increase reactivity, disrupt recovery and leave skin looking depleted. Our formulas are built around those visible consequences — using neurocosmetic actives alongside proven skin-supporting ingredients.

Formulated for skin and what stress can do to it — not a claim about mood, nervous system activity or systemic cortisol.

Neurophroline® · Sepibliss™ Feel · Epionine® Bio · Telessence™ Breeztel · Akosky™ Mindlight

Why the range is split into five.

Stress does not show up on skin in one way. It can leave skin depleted, reactive, dull, disrupted or slow to recover.

We built five collections around those different states — what we call skin moods.

DayRefreshingSkin meeting the demands of the day.4 productsExplore Day →BoostRevitalisingSkin that ran out before you did.3 productsExplore Boost →BlissBrighteningFor skin that has lost some of its light.3 productsExplore Bliss →PeaceCalmingTight, flushed, reacting to everything.3 productsExplore Peace →DreamSoothingNight, when skin shifts into recovery.5 productsExplore Dream →

A mood is a state of mind and skin.

Three parts. Every formula.

Each chosen on purpose. Each doing a different job.

The formula.

Where we make claims

Actives selected for what cortisol does to the barrier — holding water in, keeping irritation out, restoring comfort. Measurable, on the surface, over weeks.

The scent.

Experience, not outcome

Smell has unusually direct connections to the parts of the brain involved in emotion and memory. It is the only part of a product that works in the moment you apply it — and the reason each collection smells the way it does. Each fragrance was selected for the character of its mood — from bright and sharp to soft and low.

Most skincare is built to disappear. Ours is not. Scent is the part you experience first, so we gave each collection its own distinct identity — made strong enough to register. If you expected something neutral, this will surprise you. It is meant to.

A scent will not treat anything, and we are careful never to say it does. What it does is change how a minute feels — which is the honest reason two minutes of this feels different from two minutes of anything else.

What we don't say.

No cream lowers stress.

No cream regulates your nervous system.

If you want the detail

Where cortisol comes from

Three parts of the body work as one chain. The hypothalamus registers pressure and signals the pituitary gland. The pituitary signals the adrenal glands above the kidneys. The adrenals release cortisol. Researchers call this the HPA axis, after the three organs in it. Cortisol also signals back to the start, which is how a short stress switches itself off again.

Skin as an endocrine organ

Skin is not only a receiver. Keratinocytes carry the major components of the same chain, which means skin can produce and activate cortisol locally, independent of the brain. This is why a stressed period registers on skin even where nothing touched it.

The barrier, in one paragraph

The outermost layer works like mortar between bricks — lipids packed between the uppermost cells, keeping water in and irritants out. Its condition is measured as transepidermal water loss: the more water escaping, the weaker the barrier. This is the number most of the studies below are tracking.

Scent and the brain

Smell is the only sense with a direct anatomical line to the limbic system — the olfactory bulb sits one synapse away, without the relay through the thalamus that every other sense passes through first. That is an anatomical fact about wiring, not a claim about what any scent here will make you feel.

The evidence base

Human studies published between 2001 and 2025. The most useful single entry point is the 2019 review, which assesses the whole field rather than one experiment.

01 The impact of stress on epidermal barrier function: an evidence-based reviewMaarouf, Maarouf, Yosipovitch, Shi · British Journal of Dermatology · 2019;181(6):1129–37
02 Psychological stress perturbs epidermal permeability barrier homeostasisGarg, Chren, Sands, et al. · Archives of Dermatology · 2001;137(1):53–59
03 Glucocorticoid blockade reverses psychological stress-induced abnormalities in epidermal structure and functionChoi, Demerjian, Crumrine, et al. · American Journal of Physiology · 2006;291(6):R1657–62
04 Kao, Fluhr, Man, et al.Journal of Investigative Dermatology · 2003;120(3):456–64 · PMID 12603860
05 Psychological stress deteriorates skin barrier function by activating 11β-HSD1 and the HPA axisChoe, Kim, Kim, et al. · Scientific Reports · 2018;8:6334
06 Transepidermal water loss reflects permeability barrier statusFluhr, Feingold, Elias · Experimental Dermatology · 2006;15(7):483–92
07 The cortisol awakening response: Regulation and functional significanceStalder, et al. · Endocrine Reviews · 2025
08 Olfactory system and emotion: common substratesSoudry, Lemogne, Malinvaud, et al. · European Annals of Otorhinolaryngology, Head and Neck Diseases · 2011;128(1):18–23

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