Stenn K S, Yan S P
Biomater Med Devices Artif Organs. 1985;13(1-2):17-35. doi: 10.3109/10731198509118840.
An irrigatable bandage has been developed to hold fluid over a wound. Starting with superficial skin wounds on the back of guinea pigs, the bandage has been used to hold saline or phosphate-buffered saline containing antibiotics over the wound for up to 48 hours. Animals tolerated the bandage well for this period and bacterial contamination and wound maceration were not complications. The extent of reepithelialization with time was measured histologically under three separate conditions: wound exposed to air, wound covered and kept moist, and wound covered with liquid. By 24 hours 2 +/- 1%, 16 +/- 4% and 60 +/- 8% of the wound surface interfollicular areas showed some reepithelialization, respectively. On the average, at the same time these areas showed 15 +/- 2%, 19 +/- 2% and 37 +/- 1% coverage by epithelium. By these measurements, the liquid cover enhanced the rate of wound closure significantly.
一种可冲洗绷带已被研发出来,用于在伤口上保持液体。从豚鼠背部的浅表皮肤伤口开始,这种绷带已被用于在伤口上保持含有抗生素的生理盐水或磷酸盐缓冲盐水长达48小时。在此期间,动物对绷带耐受良好,细菌污染和伤口浸渍均未出现并发症。在三种不同条件下,通过组织学方法测量了随时间推移的再上皮化程度:伤口暴露于空气中、伤口覆盖并保持湿润、伤口覆盖有液体。到24小时时,伤口表面毛囊间区域分别有2±1%、16±4%和60±8%显示出一定程度的再上皮化。平均而言,在同一时间,这些区域的上皮覆盖率分别为15±2%、19±2%和37±1%。通过这些测量,液体覆盖显著提高了伤口愈合的速度。