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An Adaptation of the Skin Safety Model to Guide Diaper Dermatitis Research in the NICU
Insights
Diaper dermatitis affects infants in the NICU. This study adapted the skin safety model (SSM) to identify risk factors for skin vulnerability in these vulnerable infants.
Area of Science:
- Neonatal care
- Dermatology
- Pediatric nursing
Background:
- Diaper dermatitis is common in infants.
- Prevalence and risk factors in Neonatal Intensive Care Units (NICU) are not well understood.
- Infants in the NICU are particularly susceptible to skin breakdown.
Purpose of the Study:
- To adapt the Skin Safety Model (SSM) for infants in the NICU.
- To focus on diaper dermatitis within the intensive care setting.
- To identify key factors contributing to skin vulnerability in NICU infants.
Main Methods:
- Extraction and definition of concepts from the original SSM.
- Integration of concepts into an adapted SSM.
- Focus on clinical characteristics and hospital experience of NICU infants.
Main Results:
- An adapted SSM was developed for the NICU population.
- The model highlights the importance of clinical characteristics.
- Hospital experience factors are crucial for predicting skin vulnerability.
Conclusions:
- The adapted SSM provides a framework for understanding diaper dermatitis in NICU infants.
- Accurate risk prediction requires considering both infant clinical factors and hospital environment.
- Further research is needed to validate the adapted model.
Abstract:
Diaper dermatitis is an ever-present condition among infants. Little is known about the prevalence among infants in the NICU. This article presents an adaptation of the skin safety model (SSM) for the infant in the NICU. The concepts of the model were extracted, defined, and integrated into an adapted SSM model to provide a focus on the infant with diaper dermatitis in the intensive care setting. It is essential to include all factors of the infant's clinical characteristics and hospital experience in the modeling to accurately predict risk of skin vulnerability in this infant population.
