View clinical trials related to Diaper Rash.
Filter by:The aim of this study was to evaluate the local application of bee products in the care of diaper dermatitis in infants. 1. H1: Barrier cream 1, consisting of a mixture of propolis, beeswax, queen bee larva and plants oil used in the care of diaper dermatitis, is more effective in recovering diaper dermatitis than barrier cream 2 containing zinc oxide. 2. H2: Barrier cream 1, consisting of a mixture of propolis, beeswax, queen bee larva and plants oil used in the care of diaper dermatitis, is more effective in recovering diaper dermatitis than olive oil. 3. H3: Diaper Dermatitis Severity Assessment Scale scores are lower in babies who use barrier cream 1, which consists of a mixture of propolis, beeswax, queen bee larva and plants oil, in the care of diaper dermatitis, compared to babies who use barrier cream 2, which contains zinc oxide. 4. H4: Diaper Dermatitis Severity Assessment Scale scores are lower in babies who use barrier cream 1, which consists of a mixture of propolis, beeswax, queen bee larva and plants oil, in the care of diaper dermatitis, than babies who use olive oil.
The goal of this clinical trial is to assess the efficacy and safety of a Healing Ointment in infants 2-24 months with mild to moderate diaper rash. The main question it aims to answer is: • does a Healing Ointment improve skin texture and smoothness in infants with mild to moderate diaper dermatitis? Participants will use a Healing Ointment on the diaper area with every diaper change, have the Investigator perform efficacy and tolerability assessments, and complete questionnaires regarding subject satisfaction.
-This study aimed to investigate the effect of colloid oatmeal compared to colloid cream on diaper rash among preterm neonates in the NICU.
This study is being conducted to provide updated clinical data on safety and performance (demonstrated previously for CE marking under the Medical Devices Directive) Cooper Aqueous Eosin 2%. This is an observational study conducted under real-life conditions and as part of post-marketing surveillance activity for a device that has been on the market for a long time and a well-established technology, in accordance with the Medical Devices Regulations 2017 /745 (MDR) and MDCG 2020-6 guidelines. The study will be a multicenter, national, observational, prospective study, with a 7-day follow-up (+/- 2 day). 60 patients are scheduled.
Background: Airing the diaper area has a positive effect on dermatitis. In addition, it is reported in the literature that oxygen is effective in wound care. The aim of our study is to investigate the effect of oxygen on infant diaper dermatitis. Method: The study population consisted of infants will admit to the neonatal intensive care unit of a public hospital in Istanbul between October 2022 and April 2023. Sixty newborns who met the study criteria will randomly divide into two as the experimental (n=30) and control (n=30) groups. Personal data form and diaper dermatitis observation form will be used to obtain the data. All babies' diapers will be changed 8 times a day. Oxygen flow will be applied to the experimental group for one hour after each diaper change. The degree of diaper dermatitis will be evaluated every 24 hours.
Objective: Diaper rash is an irritating, common skin problem in newborns and young children and occurs in the skin rubbed by wet diapers and in the armpits due to heat, moisture and irritation. This experimental study was planned to investigate the effect of olive oil use on the healing of diaper rash in infants with first-degree diaper rash undergoing treatment in an infant ward. Methods: The study conducted between September 2020 and December 2020 included 37 infants aged 0-24 months who were treated for any reason in the Infant Clinic of a medical school and had first-degree rash. The infants in the experimental and control groups were "treated with olive oil and X brand cream" respectively. The X brand cream and the effects of olive oil and X brand cream use on the improvement of diaper rash were compared.
This pilot study will explore whether preoperative application of stool from the stoma bag to the perianal area will prevent/ decrease postoperative perianal maceration in pediatric ostomy closure patients. It will also explore the overall safety and feasibility of this pilot study for larger randomized control trials. There will be a control group and an intervention group. The intervention group will apply stool from the stoma bag approximately 4 weeks prior to ostomy closure and fill out a compliance log and upload pictures weekly to the MyCHP (My Children's Hospital) portal. A validated diaper dermatitis score will be utilized in this study.
The study hypothesized that using the traditional medicinal product of Argan spinosa oil is more effective than conventional topical steroid ointment on the speed up of the healing process and alleviation the symptoms in children with diaper dermatitis after seven consecutive days of the treatment
This study aims to identify differences and similarities between superficial pressure ulcers (category II and III) and incontinence-associated dermatitis (category IIA) at tissue level. Skin biopsies will be obtained from 30 patients with pressure ulcers (n = 10), incontinence-associated dermatitis (n = 10), and combined lesions (n = 10). The results from the histopathologic examination will be compared with the clinical diagnosis by wound care experts, which will be based on photographs and relevant patients' characteristics.
Result of immaturity of the skin and factors promoting maceration and mechanical interactions, Irritant diaper dermatitis (IDD) can manifest as early as the third week of life. IDD is a form of contact dermatitis and is the most common inflammatory dermatitis of the diaper area infants. This dermatitis is very common amongst first year of life. The IDD is characterized by erythema on the convex surfaces with the skin folds spared (W-shaped erythema) and it can cause considerable pain and stress for infants and can be troublesome for their caregivers. The development of IDD is multifactorial. The critical step in the development of IDD is the occlusion of the skin under the diaper. The skin in the diaper area is predisposed to irritation by the presence of urine, stool, friction on the skin and presence of a high skin pH (potential Hydrogen). At the cellular level, there is a gradual disorganization of the lipid layers and later an attack of keratinocytes. Clinically, maceration is followed by an inflammatory reaction. Hence, infrequent diaper changes create overhydration and maceration of the stratum corneum, which makes the skin more sensitive to friction; this may interfere with the protective barrier function, allowing for the exposure of the lower layers to irritants (mechanical, chemical and infectious). The removal of maceration and the reduction of friction are the key to prevention. But it is recommended to respect preventive measures, in order to preserve the normal skin condition over the long term. Special care procedures are required to ensure healthy development and to protect the skin from irritation and inflammation, as well as a sense of well-being. Although use of appropriately formulated cleansers and emollients can help maintain the epidermal skin barrier in the diaper region, good hygiene and adequate protection are necessary to prevent skin barrier breakdown, rash and infection. The prevention of IDD includes frequent diaper changing, parent education and cleaning. LiNiRASH is a monocentric, prospective, randomized, comparator controlled study conducted under paediatric control. 132 infants will be followed in this study for 4 weeks during which their parents will use a specific cleaning method: water and cotton pads or wipes or liniment. The objective of this study is to compare the performance and safety of this 3 cleaning methods on the prevention of infant diaper rash.