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NCT07205055
This study was conducted using a randomized controlled, pretest-posttest comparative experimental design to examine the effects of diaper dermatitis care training provided to primiparous mothers on mothers' knowledge and the severity of diaper dermatitis in infants aged 0-6 months. The study was conducted with a total of 74 primiparous mothers from June to September 2025. Participants were divided into intervention (n=37) and control (n=37) groups. The intervention group received video training on diaper dermatitis care.
NCT05427760
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.
NCT06134505
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.
NCT04101890
Diaper dermatitis is one of the most common dermatologic diseases affecting infants and children. The incidence is highest among those 9-12 months old and it has been reported to affect 7-50% of infants in the US. It is caused by skin exposure to a combination of several factors including: excessive moisture, topical irritants, reduced pH, friction, maceration and bacterial infection. When infants soil their diaper, diaper contents saturate the area raising the pH of the skin above the normal level of 5 or less, and leaving the area highly vulnerable to maceration from friction. Irritants in urine and feces are then able to penetrate the macerated skin, causing inflammation and greater skin friability. An elevation in the skin pH allows pathogenic bacteria to overgrow, and combined with the breakdown in the skin's outer epithelial barrier, can lead to bacterial infection. Theraworx Foam Formulation-Allantoin Liquid by Avadim Technologies, Inc. is a skin protectant with use for temporary protection of minor cuts, scrapes, burns and chapped or cracked skin. As such, Theraworx Foam used in the diaper area may be beneficial for protecting skin against diaper rash wounds, as well as for assisting with wound healing and reducing any associated pain. The purpose of this study is to determine caregivers' perceptions of the benefits of using Theraworx Foam on their infant's diaper area as part of their hygienic routine, including whether they feel the product is pleasant and easy to use, and whether they feel it helps prevent and reduce the severity of diaper dermatitis in their infants 1-14 months old.
NCT04606004
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.