Neurocosmetology is a core direction for Re[Sens], based on the modern understanding of skin as a component of the neuro‑endocrine system. Skin perceives not only external stimuli — touch, temperature — but also internal states: fatigue, stress, emotional tension. By influencing the skin’s sensory neurons, neurocosmetology can also modulate brain function.

The presence of neurobiological communication between skin, nervous, endocrine, and immune systems ensures harmonious and synchronized functioning of the entire body. Neurocosmetics support this interaction: regulating neurosensory pathways, reducing stress signals, and increasing skin’s tolerance to irritants.

Modern biotechnologies — including cellular peptides, stem cell metabolites, and neuromodulatory extracts — enable direct influence on skin receptors. This approach opens a new level of skincare that considers both the physiological reactivity of the skin and its emotional response.

In the near future, neurocosmetics will focus on age-related changes and neurodegenerative processes. Scientists have long studied diseases such as Parkinson’s and Alzheimer’s, related to aging of the nervous system; attention is now shifting to the aging of skin’s nerve cells — a phenomenon known as neuroaging. After 50, especially in women, skin neurons lose sensitivity, reducing cellular responsiveness to active ingredients. As a result, fibroblasts — responsible for collagen production — become less effective, leading to loss of firmness and appearance of wrinkles.