BACKGROUND: General skin care recommendations such as the use of moisturizers and products with adequate photoprotection are important components of management for acne patients to complement the medical regimen. This study aimed to evaluate the real-life clinical effects of a novel UV-selective face cream (Acne RA-1,2, Meda Pharma, Solna, Sweden) on acne, epidermal barrier function, sebum production, adherence and tolerability when used together with pharmacological acne treatment. METHODS: Forty patients receiving pharmacological acne treatment applied Acne RA-1,2 once-daily for three months. Investigator's Global Assessment of acne, trans-epidermal water loss, sebum production and tolerability were assessed at one and three months. RESULTS: After 3 months, there was a 38% significant clinical improvement in mean Investigator Global Assessment score (3.4 to 2.1), a 29% significant reduction in trans-epidermal water loss (13.2 to 9.4 g/h/m2), and a 17% significant decrease in sebum production vs. baseline (234.6 to 195.6 μg/cm2; all P<0.01). One hundred percent of patients reported complete adherence to pharmacological therapy over the summer of the study vs. 52.5% in the previous summer. About 87.5% of patients considered their acne improved over the summer of the study, vs. 55.0% in the previous summer. Pruritus, erythema, dryness and total tolerability symptom scores were significantly reduced after 3 months vs. baseline (P<0.05). CONCLUSIONS: Acne RA-1,2 is a useful daily adjunct to pharmacological therapy as it helps to mitigate the irritation these therapies cause, increasing adherence to therapy, and leading to a clinical improvement in acne and epidermal barrier function and a decrease in sebum production.
UV-selective face cream (Acne RA-1,2) in acne patients: Clinical study of its effects on epidermal barrier function, sebum production, tolerability and therapy adherence / Monfrecola, Giuseppe; Capasso, Claudia; Russo, Giuseppe; Fabbrocini, Gabriella. - In: GIORNALE ITALIANO DI DERMATOLOGIA E VENEREOLOGIA. - ISSN 0392-0488. - 153:1(2018), pp. 26-32. [10.23736/S0392-0488.16.05384-0]
UV-selective face cream (Acne RA-1,2) in acne patients: Clinical study of its effects on epidermal barrier function, sebum production, tolerability and therapy adherence
Monfrecola, Giuseppe;Capasso, Claudia;Fabbrocini, Gabriella
2018
Abstract
BACKGROUND: General skin care recommendations such as the use of moisturizers and products with adequate photoprotection are important components of management for acne patients to complement the medical regimen. This study aimed to evaluate the real-life clinical effects of a novel UV-selective face cream (Acne RA-1,2, Meda Pharma, Solna, Sweden) on acne, epidermal barrier function, sebum production, adherence and tolerability when used together with pharmacological acne treatment. METHODS: Forty patients receiving pharmacological acne treatment applied Acne RA-1,2 once-daily for three months. Investigator's Global Assessment of acne, trans-epidermal water loss, sebum production and tolerability were assessed at one and three months. RESULTS: After 3 months, there was a 38% significant clinical improvement in mean Investigator Global Assessment score (3.4 to 2.1), a 29% significant reduction in trans-epidermal water loss (13.2 to 9.4 g/h/m2), and a 17% significant decrease in sebum production vs. baseline (234.6 to 195.6 μg/cm2; all P<0.01). One hundred percent of patients reported complete adherence to pharmacological therapy over the summer of the study vs. 52.5% in the previous summer. About 87.5% of patients considered their acne improved over the summer of the study, vs. 55.0% in the previous summer. Pruritus, erythema, dryness and total tolerability symptom scores were significantly reduced after 3 months vs. baseline (P<0.05). CONCLUSIONS: Acne RA-1,2 is a useful daily adjunct to pharmacological therapy as it helps to mitigate the irritation these therapies cause, increasing adherence to therapy, and leading to a clinical improvement in acne and epidermal barrier function and a decrease in sebum production.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.