Evaluation of Electrolyzed Water for Nursing Care Use

护理用电解水的评价

• 批准号: 10557254
• 负责人: TAKAHASHI Yasuko
• 金额: $ 2.43万
• 依托单位: University of Tokyo
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B)
• 财政年份: 1998
• 资助国家: 日本
• 起止时间: 1998 至 2000
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-10557254/
• 关键词: Bed Bath; Changing Diapers; Acid Electrolyzed Water; Bacteria on Fingers after Nursing Care; Hand-Washing Methods; Antiseptic; Soaping ＆ Running Water; 看護ケア; 手指付着細菌; 除菌効果; 手指洗浄; 手洗い; 手洗い後生残菌

Antiseptic effect and skin-damage protection by hand-washing are main effectives in acid Electrolyzed Water (EW). This time we proved these effectives in the field of nursing by using acid EW for hand-washing before/after nursing-care. We surveyed antiseptic effectiveness for soaking matt with EW for immuno-compromised patient wards and operating rooms.<1998-1999>Whole features of EW were examined and the research was made on laboratorial measurement of bacteria identification after hand-washing, in connection with normal flora admitted in repeated hand-washing. EW of pH6 remained chlorine concentration 20ppm came out to be the most adequate conditions for hand-washing. The best method of colleting bacteria on fingers was to count bacteria on the palm by wiping out using swab. The outcome was remarkable for antiseptic effect in the use of the soaking matt with EW.<1999-2000>Practical survey was made on variety of bacteria on fingers identified in various nursing-care and on antiseptic … More effect by different hand-washing method. Two specific nurses conducted certain nursing-care for one long-term bed-ridden patient and bacteria on their fingers were measured quantitatively before/after by doing hand-washing in different methods. As a result nursing-care which we could get the maximum bacteria on fingers was bed-bath, followed by oral-care, changing diapers, washing private parts, changing position and suction-care. Bacteria on fingers decreased after hand-washing in any method however it was led by difference in index number decrease value. The best data was taken from running water with povidone-iodine for 30sec. And it follows acid EW for 10sec., 30sec., running water with medical soap for 30sec., and that with soap for 30sec. Hand-washing by acid EW for 10sec. Is recommended as an adequate method for daily use in any ward for its constant antiseptic effect. Besides no stimulant effect was admitted on skin by taking this method.<2000-2001>The whole year was spent for summing-up. Less

酸性电解水的主要功效是洗手的杀菌作用和皮肤损伤保护作用。这次我们通过在护理前后使用酸性EW洗手来证明这些在护理领域的有效性。我们调查了免疫功能低下的病房和手术室用EW浸泡哑光的防腐效果。<1998-1999>对EW的整体特征进行了考察，并结合反复洗手时所接纳的正常植物群，进行了洗手后细菌鉴定的实验室测定研究。结果表明，pH值为6、余氯浓度为20ppm的水乳剂是最适宜的洗手条件。采集手指细菌的最佳方法是用拭子擦拭手掌进行细菌计数。结果表明，水乳剂浸泡液的防腐效果显著。<1999-2000>对各种护理中鉴定出的手指带菌种类及抗菌药物进行了实际调查 ...更多信息 不同的洗手方法效果。由两名专职护士对1例长期卧床患者进行护理，并对不同方法洗手前后手指上的细菌进行定量检测。结果表明，护理人员手指带菌量最高的是床上浴，其次是口腔护理、换尿布、冲洗阴部、体位变换和吸引护理。任何方法洗手后手指上的细菌都有所减少，但这是由指数下降值的差异引起的。最好的数据取自自来水与聚维酮碘30秒。它跟随酸EW 10秒，30秒，用医用肥皂自来水冲洗30秒，用肥皂泡30秒。酸性水溶液洗手10秒。建议作为一个适当的方法，日常使用的任何病房，其恒定的防腐效果。此外，采用这种方法对皮肤无刺激作用。<2000-2001>一整年的时间都花在总结上。少

项目成果

高橋泰子: "重症患者ケア後のナース手指付着菌と石鹸・流水による手洗い後の手指生残菌に関する研究"看護研究. 32巻4号. 65-71 (1999)

高桥康子：“护理危重病人后附着在护士手上的细菌以及用肥皂和流水洗手后残留在手上的细菌的研究”《护理研究》第32卷，第4期。65-71（1999）。

竹下朱美 他1名: "電解水の殺菌効果に及ぼす遊離残留塩素濃度とPHの影響"防菌防黴誌. 29巻・2号. 1-4 (2001)

Akemi Takeshita 等 1：“游离残留氯浓度和 PH 对电解水杀菌效果的影响”《抗菌和抗真菌杂志》第 29 卷，第 2.1-4 期（2001 年）

遠藤 美代子: "強酸性水を用いた湿潤マットの除菌効果に関する検討"機能水医療研究. 1巻・2号. 83-88 (1999)

远藤美代子：“使用强酸性水的湿垫的杀菌效果研究”功能水医学研究，第 1 卷，第 2 期，83-88（1999 年）。

豊田富士子、高橋泰子、他7名: "手術部入口に設置した強酸性水湿潤マットの除菌効果"看護研究. 32巻4号. 27-34 (1999)

丰田藤子、高桥靖子等 7 人：“手术室入口处设置的强酸性水湿垫的消毒效果”《护理研究》第 32 卷，第 4.27-34 期（1999 年）。

遠藤美代子・佐藤鈴子・他5名: "内科病棟における空気清浄度に関する検討" 日本防菌防ばい学会第25回年次大会要旨集. 1. 111-111 (1998)

Miyoko Endo、Suzuko Sato 等 5 人：“内科病房空气清洁度研究”日本抗菌抗生素学会第 25 届年会摘要 1. 111-111 (1998)。