Objectives: Eczema is a papulosquamous disease characterized by itchy, dry, rough, flaky, inflamed, and irritated skin on arms, inner elbows, backs of the knees, or head. Numerous skin conditions can be managed with the help of moisturizers. Venusia® Max is a moisturizing cream meant for eczema with a unique combination of four butters – shea, cocoa, mango, and aloe that act as emollients along with glycerin, propylene glycol, emulsifying wax, and cyclomethicone. The study’s objective is to assess Venusia® Max cream’s moisturizing efficacy when used as an adjuvant to the main line of treatment for eczema. Material and Methods: This monocentric, real-world setting study evaluates the effectiveness of Venusia® Max as an adjuvant, along with prescribed treatment in patients with eczema, versus prescribed treatment only (without Venusia® Max) as well as baseline. One hundred and twenty subjects enrolled in the study were divided in two groups: 1. Receiving Venusia® Max cream as an adjuvant, along with prescribed treatment and 2. receiving prescribed treatment only. The subjects were assessed for eczema area and severity index (EASI) scores, skin hydration using moisture meter-SC, transepidermal water loss (TEWL) using VapoMeter, and subject self-assessment of itching, cutaneous dryness, and burning sensation. Results: In the group with Venusia® Max cream, significant reduction in the EASI score, burning sensation, itching, and TEWL along with significant increase in skin hydration was observed when compared to baseline. Conclusion: Thus, Venusia® Max cream offers a novel and effective topical treatment for the dry skin of eczema patients.

Objectives To ensure that the marketed product is irritant-free, extensive premarket clinical testing of cosmetic products is necessary. Therefore, the present study evaluated the skin irritation reactions of the test product Venusia Max Cream-Paraben-free using a patch test. Material and methods This single group, blinded, controlled trial was conducted to compare our test product with negative saline and positive SLS control in healthy human subjects aged between 18 and 53 years (mean age of 30.93 years) having Fitzpatrick skin phototype classification III-V. During an initial phase, a patch dipped in test product, negative and positive control were applied under occlusion to the upper arm of participants and removed after 24 hours. Clinical evaluation of skin reactions (erythema, edema, dryness, and scaling wrinkling) in the area of the test product, negative and positive control after 24 hours of patch removal and then were scored based on the Draize scale. Results A total of 30 subjects were initiated and completed the study. Scoring for skin irritation (erythema/dryness/wrinkles/edema) of the subjects were evaluated based on Draize’s scale between test product, positive, and negative control. The combined mean score, i.e., of erythema/dryness/wrinkles, and edema was 0.00 in test product and negative control whereas 2.60 in the positive control. No adverse events or intolerances were reported due to the test product. Conclusion Venusia Max Cream-Paraben-free was dermatologically tested and found to be nonirritant.

Objectives: Comedogenicity is a critical factor in making of cosmetics and skin care products. The term “acne cosmetica” was coined to link the relationship between female acne to the use of cosmetic formulations, stating that the ingredients used in the cosmetic formulations have the potential to evoke a comedogenic response or produce comedones. Therefore, it is important that a skin care product is non-comedogenic and efficacious at the same time. The main objective of this study is to evaluate the comedogenic potential of the test product (Venusia Max Cream – paraben free) when applied topically under occluded patch to the skin. Material and Methods: This was a randomized, double-blinded, comparative study conducted in 24 healthy female participants, with prominent follicular orifices on the upper back region. Comedogenic potential of the test product (Venusia Max Cream – paraben free) was evaluated in comparison to positive (coconut oil) and negative (glycerin) controls in women. Each participant received topical application of test and control products under occluded patch to the skin on the upper aspect of the back, 3 times weekly for 4 weeks. Cyanoacrylate biopsies were performed before and after treatment to determine the microcomedones histologically. Microcomedones were graded using light microscopy and results were analyzed based on scale rating (0–3). Results: The mean comedone grading was assessed between positive versus negative control, and positive control versus test product. The mean comedone grades were significantly less in test product 0.41 ± 0.50 and negative control 0.82 ± 0.73 in comparison to positive control 2.09 ± 0.68. The test product was least comedogenic in this study. Furthermore, no adverse events were reported during the study period. Conclusion: Based on the histological evidence, Venusia Max Cream (paraben free) is a non-comedogenic, plant-based intense moisturizing cream and its use in regular skin care routine can be beneficial, particularly for acne prone and dry skin as it improves the skin hydration levels.

<p>Female pattern hair loss (FPHL) is a common cause of hair loss and is associated with a reduction in quality of life and psychological morbidity. It is characterised by nonscarring progressive thinning of hair with gradual reduction in the number of hairs, with prevalence increasing with advancing age. A differential diagnosis of FPHL includes conditions like chronic telogen effluvium, diffuse alopecia areata, and some cases of scarring alopecia such as frontal fibrosing alopecia. A comprehensive history and thorough clinical examination are essential in establishing the diagnosis of FPHL. Additionally, dermoscopy is a valuable tool for appropriate diagnosis, specifically in early stages of the disease. Due to the chronic course and progressive nature of FPHL, long-term management is essential for sustained effects. Medical treatment with minoxidil remains the mainstay treatment for FPHL. Other therapeutic modalities include topical therapies like biomimetic peptides, systemic therapies like oral anti-androgen drugs such as finasteride and spironolactone as well as oral minoxidil in selected cases. Dermatosurgical procedures like platelet rich plasma, microneedling, low level laser and hair transplantation have been used. The role of diet has also been debated. The current article provides an overview on the optimal use of topical minoxidil for management of FPHL in Indian clinical practice.</p>

Objectives: The objectives of the study were to evaluate skin hydration and transepidermal water loss (TEWL), after the application of the test product (Venusia Max Lotion [Paraben, Alcohol, Mineral Oil, and Animal Origin (PAMA)] free). Material and Methods: The study was a single-center, non-randomized, observational study. Test product was compared to control sites after application on volar forearms of women with dry skin. Hydration and TEWL measurements at baseline, after 12 hours, 24 hours and 36 hours of product application were done under the occluded and unoccluded condition. Results: The study was completed with 30 female subjects. Increase in the mean MMSC values was significantly greater on test product site as compared to control site, at all-time points. For TEWL readings over 36 h, when kept occluded and unoccluded, respectively, there were no significant differences in TEWL readings between the test product site and control site at any time points. Conclusion: The test product, Venusia Max Lotion (PAMA free), can be useful in maintaining the skin barrier properties and significantly improving skin hydration in individuals with dry skin or dry skin-related conditions.