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Leakage is a common complication of gastrostomy. Exposure of the skin surrounding the gastrostomy tube to moisture or chemical irritants may cause moisture-associated skin damage (MASD) and seriously affect the patient's quality of life. This case study describes a nursing experience with gastrostomy leakage that resulted in MASD. An assessment conducted from July 29, 2015 to August 20, 2015 revealed that heavy gastronomy leakage had caused extensive skin erosion, ulceration, hyperplasia, and superficial infection. Simultaneously, the patient was required to conduct complex stoma care, which resulted in physical and psychological exhaustion. Changes in traditional tube and wound care were discussed on multiple occasions with an interdisciplinary healthcare team. Based on the evidence-based literature, we provide gastrostomy and MASD management strategies. Through team collaboration, we prevented gastric contents from contacting the patient's skin directly, improved patient comfort, controlled effluent and skin infections, maintained fluid and electrolyte balances, and acce-lerated the healing of the damaged skin. We recommend that healthcare professionals caring for patients with gastrostomy leakage be provided with early skin protection programs to learn the standard methods for identifying and correcting leakage factors, containing effluent, and adequately stabilizing the gastrostomy tube in order to reduce the impact on the patient's quality of life. In addition, patient education on tube and skin care should be provided to prevent the reoccurrence of complications.

Epidermolysis bullosa (EB) is a rare hereditary, chromosomal disease of the skin. Life-threatening septicemia may result if appropriate care is not provided to alleviate the extensive skin irritation that is the main symptom of this disease. This case report describes the experience of the author in nursing a wound area on a newborn that was suspected of being caused by EB. This wound area comprised blisters and peeling skin that covered 30% of the entire skin area of the infant. A holistic assessment conducted from December 1st, 2013 to January 7th, 2014 revealed that this large of an area of damage to the skin and mucosa considerably complicated the task of wound care and caused severe pain to the infant. In response to the special needs of this case, our medical team conducted a literature review of wound care for this rare disease. Based on the suggestions of previous empirical studies, nursing measures for the skin, mucosa, and wounds of the newborn were then administered through inter-team cooperation. These actions effectively reduced the pain, controlled the infection, and accelerated wound healing. In addition, progressive contact was used to guide the primary caregivers of the newborn, which alleviated their physical and psychological stresses effectively. The caregivers were educated systematically on wound care and guided to learn techniques for nursing and dressing wounds. Thus, these caregivers were better prepared to continue providing wound care at home. We suggest that healthcare professionals reference empirical studies when providing care to EB newborns during the acute-care period and provide wound care and supportive therapies to control the occurrence of complications using a multidisciplinary team-care model. In addition, social resources should be used effectively in nursing care plans to mitigate the effect of this rare disease on families.