The Role of Skin Care as an Integral Component in the Management of Acne Vulgaris: Part 2: Tolerability and Performance of a Designated Skin Care Regimen Using a Foam Wash and Moisturizer SPF 30 in Patients with Acne Vulgaris Undergoing Active Treatment.
Proper skin care is considered to be an important component of the total management plan for patients with acne vulgaris. A 28-day, open-label study provided both practical and scientific information on a designated skin care regimen in subjects with acne vulgaris. The cutaneous tolerability overall performance, and assessment of objective parameters evaluating the epidermal permeability barrier were documented with use of a specific foaming skin cleanser and a moisturizer with an SPF 30 broad spectrum rating in actively treated subjects with acne vulgaris. The results were favorable overall with the regimen shown to be nonirritating based on investigator and subject assessments, with high subject satisfaction and cosmetic acceptability ratings reported for both the foaming skin cleanser and the moisturizer with an SPF 30 broad spectrum rating. Objective instrumental testing of transepidermal water loss and epidermal hydration support that this skin care regimen assists in correcting epidermal permeability barrier dysfunctions that are innately present in acne vulgaris, worsened during a flare, and are known to be associated with many medications used to treat acne vulgaris. The recommendation of a specified skin care regimen incorporated into the overall management of acne vulgaris simplifies and standardizes the program for the patient, demonstrates a high level of interest by the clinician, and reduces the risk of the patient self-acquiring facial skin care products that may increase skin irritation.
Clinical Professor (Adjunct Faculty Dermatology), Touro University College of Osteopathic Medicine, Henderson, Nevada; Private Dermatology Practice, Las Vegas Skin & Cancer Clinics/West Dermatology Group, Las Vegas and Henderson, Nevada;
James Q
JQ
Del Rosso
Medical Science Lead, Galderma Laboratories, Fort Worth, Texas.
Staci
S
Brandt