Rodeheaver G T, Drake D B, Neal J G, Jackson E M, Suber F, Foresman P A, Edlich R F
Department of Plastic Surgery, University of Virginia School of Medicine, Charlottesville 22908, USA.
J Long Term Eff Med Implants. 1998;8(3-4):241-8.
The purpose of this study was to determine whether glove hydration influenced bacteriophage penetration. Using an electronic glove hole-detection device, one brand of latex glove was identified that hydrated rapidly (3.25 min +/- 0.71 min), while another brand was selected that resisted hydration (120 min +/- 0 min). Using a standard bacteriophage penetration model, the amount of bacteriophage penetration in both the rapidly hydrating gloves and the gloves that resisted hydration was extremely small and did not differ significantly from each other.
本研究的目的是确定手套的水合作用是否会影响噬菌体的穿透。使用电子手套孔洞检测装置,鉴定出一个品牌的乳胶手套水合迅速(3.25分钟±0.71分钟),同时选择了另一个抗水合的品牌(120分钟±0分钟)。使用标准的噬菌体穿透模型,快速水合手套和抗水合手套中的噬菌体穿透量都极少,且彼此之间无显著差异。