Efficacy and Acceptability of a New Water-Soluble Nail Strengthener Containing Pistacia lentiscus and Hyaluronic Acid to Improve the Appearance of Brittle Nails versus Untreated Nails: In vitro and Clinical Evidence

Exposome Impact on Nail Health

Background

The nail unit is a complex system with various components, each serving distinct functions. The exposome, encompassing external and internal factors such as UV radiation, air pollution, dietary habits, and cosmetic product usage, substantially influences nail health and can lead to premature nail aging.

Summary

Internal and external exposomal factors can impact differently on nail health, inducing a variety of different clinical conditions. Effective therapeutic strategies exist, but a comprehensive understanding of how the exposome affects nails is lacking. This article aims to bridge this knowledge gap by exploring the relationship between the exposome and nail health, emphasizing it as a central focus of our analysis.

Key Messages

(1) The exposome, comprising various external and internal factors, may significantly influence nail health negatively, leading to premature nail aging. (2) Different nail conditions may arise due to the exposomal influence on nails. (3) Understanding the exposome's impact on nail health is crucial for developing solutions to mitigate negative effects and improve overall nail well-being.

Review of the literature on the efficacy and safety of a new cosmetic topical treatment containing Pistacia lentiscus and hyaluronic acid for the treatment of nail plate damages

OBJECTIVES

The objective of our study is the review of the literature on the efficacy and safety of a novel water-soluble nail strengthened (WSNS) containing hyaluronic acid and Pistacia lentiscus used for the improvement of nail plate diseases.

MATERIALS AND METHODS

We conducted literature research on PubMed/MEDLINE to identify all the studies reporting the use of hyaluronic acid and P. lentiscus in the improvements of nail alterations.

RESULTS

We found two reports and two posters published in the literature, accounting for 96 patients treated with WSNS containing P. lentiscus and hyaluronic acid. The 83 patients were affected by brittle nails and 13 patients by onychomycosis.

CONCLUSIONS

This review demonstrates that the daily application of this new product containing P. lentiscus and hyaluronic acid can be used as a cosmetic adjuvant for improving common nail diseases such as nail fragility and onychomycosis, with significant results on nail quality and appearance. Patients did not report any adverse events and its ease of application and cosmetic qualities contribute to the great compliance to treatment.