Les lésions de pression liées aux dispositifs (DRPI) sont un problème grave qui touche les professionnels travaillant en première ligne contre le COVID-19 en raison de l’utilisation prolongée des équipements de protection individuelle (EPI). Outre l’intégrité physique et psychologique des professionnels, ces blessures peuvent compromettre la qualité des soins. Il est donc urgent d’utiliser des technologies pour prévenir cet effet indésirable.
Device-related pressure injury (DRPI) is a serious problem that is affecting professionals working on the front lines against COVID-19 due to the prolonged use of personal protective equipment (PPE). In addition to the physical and psychological integrity of professionals, these injuries can compromise the quality of care. Therefore, using technologies to prevent this adverse effect is an urgent matter. This is a parallel two-arm randomized clinical trial without the use of a control group to compare the use of foam and extra-thin hydrocolloid in preventing DRPI associated with the use of PPE by health professionals working on the front lines against coronavirus. In total, 88 professionals were divided into two groups: foam and hydrocolloid. Data were collected using two instruments and related to demographic and professional characteristics and skin evaluation. Each volunteer received one of the dressings, both with the same dimensions and arranged over similar regions, and data were gathered at baseline and after 6 or 12 hours. Descriptive and inferential analytic statistical methods were used; the significance level adopted was 5%. No participant developed DRPI, but four areas with hyperemia were observed in the foam group (two in the forehead, one in the cheeks, and one in the nose bridge), as well as four areas with hyperemia in the hydrocolloid group (two in the nose bridge, one in the right ear, and one in the left ear). There was no difference between the groups regarding skin conditions and discomfort (P > .05). The average cost obtained was $ 5.8/person and $ 4.4/person in the foam group and the hydrocolloid group, respectively, considering the dressing measurements. The results show that foam and extra-thin hydrocolloid were effective in preventing DRPI associated with the use of PPE.