Active clinical trials for "Dermatitis"

Phase III, prospective, interventional, multicentric, comparative, randomized, open study with 2 parallel arms, evaluating the efficacy of Cicaderma ointment vs standard management of each site in preventing the onset of grade > 2 radiodermatitis according to the National Cancer Institute - Common Terminology Criteria for Adverse Events-Version (NCI-CTCAE-V5)

Atopic dermatitis (AD) is an frequent chronic and itchy inflammatory dermatitis which concern about 20% of pediatric population with a revelation usually toward 3-6 months of live. However, there are very few data about the prevalence of pruritus of young infants and about the discomfort linked with it. While the skin and the nervous system of young infants (Under 6 month) are competent in pruritus experiment, the acquisition of conscious and deliberate motor ability allowing specific scratching of the body parts which are affected is possible only from 6 month. Thus, the diagnosis of AD intensity and the assesment of the potential associated discomfort are hard. At the present time, the diagnosis and the assesment of pruritus of children are based on a hetero-assesment via scales which are not applicable for infants under 6 month. The visual scale "Numeric Rating Scale" validated in adult population seems to be the most specific to assess AD severity. In pediatric population, the use of "Eppendorf Itch Questionnaire" and the american version of "Childhood Atopic Dermatitis Impact Scale" are recommended. Alternatives to clinic and subjective scoring of pruritus severity are described via actigraphy. Thus, a strong statistic correlation have been demonstrated between a nocturne measure of motor activity of wrist, as a reflect of the intensity of pruritus, and infra-red video analysis. But, once again, the technic is not adapted to young infants because of the absence of conscious and oriented motor ability and as a result of less organised sleep/wake cycle. In order to improve young infants' (Under 6 month) care, the analysis of their behaviours with AD seems to be necessary to better identify a discomfort of these patients.

The purpose of this study is to determine if a topical treatment for dry scalp conditions, is safe and effective in clinically improving dry scalp conditions. The investigators will additionally examine individuals experience in using the treatment as well as any changes in the scalp microbiome before and after use studying the treatment , the investigators hope to offer children and adults a new, natural way to improve dry scalp conditions.

This is a Phase Ia/Ib Study of MH004 in Healthy Adult Volunteers, participants with Mild to Moderate Atopic Dermatitis and participants with Mild to Moderate Rheumatoid Arthritis.

The purpose of this study is to determine whether PR022 Topical Gels are safe and effective treatments for mild-to-moderate atopic dermatitis (AD).

Incontinence and the skin irritation (dermatitis) associated with it are common problems. Treatment of dermatitis is effective, but requires effective cleaning and application of a barrier substance to prevent further contact between urine or feces and the skin. Water based cleansing with the addition of a pH balanced cleanser is more effective than standard abrasive cleansing with paper or a cloth, and is better tolerated by those with skin irritation. Zinc oxide based barriers effectively promote healing and prevent further skin damage. Spray forms are less cumbersome and generally preferred, but are difficult to for the patient to apply independently given the challenge of accessing the perineum. 40 patients, recruited from 3 specialty pelvic floor centers and 1 assisted living center will be provided a device that cleans, dries, and applies zinc oxide barrier spray with each use of the toilet. Dermatitis will be evaluated at the beginning of the study, and at weeks 1, 2 and 6 by medical staff using a standard scale (The Kennedy Scale).Quality of life will be measured using a visual analog scale derived from the quality of life in incontinence scale. The investigators hypothesize that the device will 1) effectively treat incontinence associated dermatitis, 2) prevent recurrence, and 3) be preferred over standard treatment.

Rationale/hypothesis: Atopic dermatitis (AD) is an inflammatory skin disease, occurring most frequently in children. Currently, topically applied corticosteroids are used as a standard anti-inflammatory treatment. When a corticosteroid with a high potency is used for a long period of time, adverse effects like skin atrophy and systemic effects may occur, especially in children. In addition, corticophobia among patients is an issue that warrants alternatives for the treatment of AD in children. An alternative treatment is the topical application of coal tar, which is known to be an effective and safe treatment for AD for ages, and is used in our department for decennia. Although there is convincing evidence in the literature on the safety of coal tar, evidence in the literature on the efficacy of coal tar in the treatment of AD is lacking, especially in children. Objective: To evaluate efficacy of topical treatment with coal tar compared to topical treatment with corticosteroids in children aged 1 to <16 years with moderate to severe AD Study design: investigator-initiated, parallel-group randomized controlled pilot study Study population: Children aged 1 to <16 years with moderate-severe AD Intervention: Patients will be randomized in two groups: (1) topical treatment with coal tar or (2) topical treatment with moderate potency corticosteroids for a treatment duration of 4 weeks. Main study parameters/endpoints: The primary outcome is the percentage change in EASI score at week 2.

The goal of this research is to demonstrate the use of petroleum jelly in prevention of nonscalp seborrheic dermatitis exacerbations at the first signs of a flare. In doing so, it will decrease the chronic use of topical steroids. The use of petrolatum should have favorable outcomes for patients, without the side-effects.

The primary objective of this protocol is to acquire pilot data for a larger study to test the following hypothesis: Treatment of the hands of patients with chronic hand dermatitis/atopic dermatitis with CLn BodyWash, a novel gel wash cleanser currently marketed as a cosmetic product containing a dilute concentration of less than 0.01% sodium hypochlorite and less than 0.005% concentration as it is lathered, will result in a statistically significant reduction in the number of skin fauna present on the hands of these patients compared to treatment of such patients with traditional wash used clinically such as Cetaphil Daily Facial Cleanser.

Nickel contact dermatitis (eczema) is one of the most common allergic conditions affecting the skin. This is a study looking at potentially desensitizing nickel-allergic patients to their allergy using anti-inflammatory ointments applied to the skin (arm). Application of these ointments (ie. modified Vitamin D) has been shown to increase specific immune cells (T regulatory cells), which play a role in preventing immune activation and subsequently inflammation. The investigators propose use of topical anti-inflammatory agents (corticosteroids, modified Vitamin D, or both) may desensitize patients with nickel allergy.