Unveiling the efficacy of latex gloves in preventing viral infections during needlestick injuries: An in vitro mixed-methods study

Abstract

BackgroundGloves are personal protective equipment designed to prevent contamination and reduce the spread of microorganisms. This study aimed to assess in vitro the physical integrity of latex gloves and the retention of biological contamination in healthcare simulation. MethodThree different batches of latex procedure gloves from five different brands and specific batches were evaluated before use for physical integrity by the standard protocols of the Society for Testing and Materials (ASTM) and of the American Food and Drug Administration (FDA). Moreover, the retention of biological contamination by latex procedure gloves in needlestick injury simulation with crystal violet and bacteriophages were applied in order to mimic human blood and virus presence. ResultsBrands D and C showed the best and worst results in the immediate inspections and after 2 min, respectively. For Brand C, damage occurred in one finger/region in a total of 12 gloves, while seven gloves were damaged/unable to be worn. Brand D presented only two gloves with tears and/or holes in one finger/region. Regarding the viral contamination, in a simulated needlestick injury, data showed no significant difference among the groups. ConclusionAll glove brands presented physical damage that might affect the spread of microorganisms. The gloves did not exert an additional protective effect during a needlestick injury simulation in accordance with the two techniques used in this study.