Cutocin® is the first skincare product designed to not only address skin rejuvenation with traditional ingredients, including antioxidants, peptides and retinol, but it also includes a patented ingredient which has been shown to provide skin benefits similar to those induced by Oxytocin. This first-of-its-kind complete approach to skin rejuvenation produces unmatched results.
My research led me to a hero ingredient which has similar effects on the skin as Oxytocin. This patented botanical is found in Cutocin©.
Dr. Hayre’s love of science and research inspired her to perform a pilot study that proved a clinical link between Oxytocin (“the love hormone”) and the health and beauty of skin. This ground-breaking work caught the attention of the Dermatology field and was the lead article in the peer-reviewed Journal of Drugs in Dermatology in December 2020, published in Dermatology Times in February 2021, and recognized to be one of the top stories in Dermatology for 2021. In October 2022, the United Nations took notice where Dr. Hayre was invited to speak about her innovative research and discovery.
These findings led to the creation of Dr. Hayre’s clinical skincare brand, Cutocin. Formulated with a patent-pending ingredient, Cutocin products mimic the effects of Oxytocin in the skin, resulting in a healthier, younger looking appearance.
Featured in the prestigious Journal of Drugs and Dermatology, Dr. Hayre’s ground breaking study related to the Oxytocin effect on skin and aging revealed the higher Oxytocin levels you have, the smoother, younger and brighter your skin will look regardless of age or sun exposure. The release of Oxytocin directly correlates to a more youthful appearance.
Studies have shown Oxytocin (OT) and its carrier protein Neurophysin 1 are found in the epidermis. The Oxytocin receptor, which is found on human fibroblasts has been shown, when activated by Oxytocin, to inhibit senescence-associated secretory phenotype (SASP). SASP activation induces the release of proinflammatory cytokines which contribute to skin aging. Therefore, its inhibition by Oxytocin would constitute a protective mechanism. This pilot study was designed to explore clinical evidence of Oxytocin levels correlating to the skin’s appearance in subjects.
This study links previously published evidence of Oxytocin’s protective role against inflammatory cytokine release in the skin with clinical evidence of OT levels correlating with SAS scores. Furthermore, it shows OT is likely inducing a protective function in the epidermis in the case of sun exposure and possibly with intrinsic aging.
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