透析设备细菌污染的五年趋势。

Eiichi Osono, Kazumi Honda, Yuki Inoue, Kyouko Ichimura, Chisako Kamano, Shinya Kawamoto, Yoshihiko Norose, Shun Takaku, Rimpei Morita, Tetsuaki Tsuchido
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摘要

用于血液透析的床边透析监测设备位于用于透析液消毒的内毒素保留过滤器上游的生物负载部分。我们在我们机构观察了26台设备的细菌污染情况,至少每4周一次,持续5年,并在上游使用另一种超滤膜来防止细菌污染。在第一次冲洗时,细菌污染水平最高且种类最多。在随后的初步清洁过程中,污染水平降低,细菌种类几乎完全集中在一个属,即甲基杆菌属。在临床使用过程中,透析后每天对设备进行清洁和消毒,并使用无菌技术进行日常操作和维护。尽管细菌检测频率每年都在下降,但即使在长时间后,在第一次冲洗时观察到的相同细菌基因型也被分离出来,并且被认为可能通过形成生物膜而在设备中持续存在。在故障维修期间更换零件后,新检测到铜绿假单胞菌,表明需要对更换零件进行消毒。因此,应定期评估生物负荷,作为内部生产透析液管理的一部分。
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Five-year trends in bacterial contamination of dialysis equipment.

Bedside dialysis monitoring equipment for hemodialysis are located in the bioburden section upstream of the endotoxin-retentive filter for dialysis fluid sterilization. We observed 26 equipment at our institution for bacterial contamination at least once every 4 weeks for 5 years with another ultrafiltration membrane upstream to prevent bacterial contamination. Bacterial contamination levels were highest and most diverse at the time of the first flush. During subsequent initial cleanng, the contamination level decreased, and bacterial species converged almost exclusively to one genus, namely Methylobacterium spp. During clinical use, the equipment were cleaned and disinfected daily after dialysis, and daily operations and maintenance were performed using aseptic techniques. Although the frequency of bacterial detection decreased annually, the same bacterial genotypes observed at the first flush were isolated even after long time periods and were thought to persist in the equipment possibly by forming biofilm. Pseudomonas aeruginosa was newly detected after the replacement of parts during breakdown maintenance, indicating the need to sterilize replacement parts. Thus, the bioburden should be assessed regularly as part of the management of in-house-produced dialysis fluid.

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