View clinical trials related to Skin Diseases.
Filter by:In France, there is usually a long delay (approximately 6 weeks) before a general practitioner can obtain a specialized advice by dermatologists for diagnosis of "unusual" dermatologic conditions of their patients. Previous studies have shown that teledermatology is a reliable way for diagnosis in dermatology. We hypothesize that a teledermatology advice could reduce delay before diagnosis and therefore treatment for patients.
It is an open-label physiological investigation of the allergic skin reactivity to epicutaneous allergen exposition in 20 allergic patients in two different skin conditions. The focus of the study is on the skin preparation/condition and not on the specific allergen or allergy, but for reasons of homogeneity a single allergic disease, birch pollen allergy was chosen as the basis for the testing. In order to evaluate the effects of the two different skin preparation techniques an intraindividual comparison of the skin reactivity in terms of the immediate phase I reaction to serial dilutions of birch pollen extracts was chosen. The serial dilution approach allows a dose dependent effect evaluation and comparison of the sensitivity. The differences will be explained mainly by the two different skin preparations allowing a quantitative comparison of these techniques.
5 Day study to assess how quickly a topical acne product begins to work.
The objective of this study is to determine if there is a difference in treatment failures and recurrent skin infections when patients are given 3 or 10 days of antibiotics for uncomplicated skin abscesses after they have been surgically drained.
1.0 Title: "The Efficiency and Effectiveness of Video-Based Education for Dermatology Patients Qualifying for Chronic Treatment with Systemic Corticosteroids" 2.0 Background: Past studies have shown that the use of educational videos has been effective in increasing patient education and satisfaction. These studies suggest that such video tools may enable an office to be significantly more efficient. 3.0 Objective: The Emory University Department of Dermatology has created an educational video as part of clinical care. The objective for Phase I of the study is to collect information about dermatology patients' baseline knowledge about corticosteroid and/or corticosteroid sparing medication treatment using an online (or written copy) questionnaire. The objective for Phase II of the study is to determine the effect of a video on dermatology patient knowledge. The objective for Phase III of the study is to determine the office efficiency of the video in patients requiring long-term oral corticosteroid and/or corticosteroid sparing medications. Secondary objectives of the study are to determine patient and physician satisfaction with the video as an educational tool. 4.0 Patient Selection: Phase I and Phase II: Patients who arrive to clinic during a participating physician's clinic day at the Emory Dermatology Department. Phase III: Patients who require treatment with long term oral corticosteroids at the Emory University Department of Dermatology Clinic as determined by their treatment physician. 5.0 Recruitment: All patients arriving to clinic on a study day will be given an informational opt-out sheet. All patients will be eligible to complete Phase I and Phase II: (steroid questionnaire only and steroid video or verbal education plus questionnaires). Only patients who require long term oral corticosteroid treatment will proceed to Phase III: of the study. Physicians will be recruited from the Emory Dermatology Department. 6.0 Assessment: Patients in Phase I will complete to the pre-education questionnaire online (or a written copy). Their results will be compared with baseline results from patients in Phase III: who undergo treatment with steroids. Patients in Phase II or III will be randomized to two groups. Control patients will receive verbal discussion of corticosteroid treatment. Phase II control patient education will be using a script developed by study physicians and delivered by study personnel. Phase III patients who qualify for long term systemic steroid will have verbal education by their doctor as usual. Video patients will receive an educational video instead, and will write down any remaining questions after viewing for their doctor to address as soon as possible. After verbal or video education, both groups will take a post-education questionnaire and patient satisfaction surveys online. Phase II is then complete. In Phase III, both groups will follow-up at least 1, 3, and 6 months after beginning treatment. At follow-up, their doctor will ask about current corticosteroid dose and frequency, willingness to transition to a steroid-sparing method, and compliance with preventative measures during treatment. Patients will complete the same post-education questionnaire online again at these visits. Physicians will also complete satisfaction surveys online at 1, 3, and 6 months from study start, and then every 6 months. 6.1 Sample size: The sample size for Phase I is unlimited until the last Phase II patient completes enrollment. Emory plans to recruit a total of 80 patients to participate in Phase II of this study (40 per group). 6.2 Participant time burden: Phase I only: 5-10 minutes Phase II and III: 30-35 minutes Physicians: 20 minutes
Determining Fitzpatrick skin phototypes (FST) allows physicians to assess a person's risk of developing sunburn, and thus the need for sun protection to prevent the development of skin cancer. Reflectance spectrophotometry objectively measures the melanin index (MI) and can assist in determining the accuracy of self-reported FST compared with dermatologist-determined FST. At present, we seek to determine the accuracy of an adapted Skin Sun Sensitivity Scale for individuals of all pigmentation varieties (FST I through VI) as compared with spectrophotometric measurements assessing FST. Our principal objective is to correlate the MI under usual conditions by spectrophotometry with the adapted Fitzpatrick SPT as determined by the patients' responses to the adapted questionnaire.
Split-thickness skin grafting remains fundamental treatment of patients with deep burns and other traumatic injuries. However, the split-thickness skin graft (STSG) donor site dressing has been controversial until now. Our study here aimed to assess patient comfort and wound-healing efficacy with the application of thin split-thickness grafting on STSG donor sites.
Comparison of online question-answering system and conventional consultation for dermatological questions: - same diagnosis? - same information, which had been collected? - same recommendations about treatment? - what were the relevant differences of the two?
The aim of this study is to see the efficacy and safety of BAY1192631 in Japanese patients with methicillin-resistant staphylococcus aureus (MRSA) (skin and soft tissue infections (SSTI) and SSTI-related bacteremia).
This study investigates the genetic architecture of Neutrophil-Mediated Inflammatory Skin Diseases. After collecting informed consent, all patients' clinical phenotype is graded at inclusion with a detailed case report form and a discovery cohort formed based on the certainty of diagnosis. The DNA of patients in the discovery cohort is analyzed by whole exome sequencing which identifies all protein-coding genetic variants. Subsequently, statistical burden tests are going to identify enrichment of rare coding genetic variants in patients affected by Neutrophil-Mediated Inflammatory Skin Diseases. The ultimate goal is to reveal the responsible gene(s) that may then be targets for clinical intervention.