测量压力冲洗对糖尿病溃疡的影响

Mohammad Arifin Noor, S. Suyanto
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引用次数: 0

摘要

糖尿病溃疡是糖尿病溃疡未得到妥善处理的进一步并发症。坏疽性溃疡很难治愈。其中一个特点是坏疽伤口有一个空心(硬),很难清洗。此外,坏疽中的细菌类型是厌氧细菌,很难用抗生素治疗。细菌的数量也会与产生脓液的数量成正比。最可行的措施之一是冲洗伤口隧道,使伤口清洁,减少厌氧菌。现代伤口灌溉装置是现有灌溉装置的发展之一,预计能够以改进的输出形式到达坏疽伤口隧道。本研究旨在探讨现代创面冲洗器(MWID)输出量的改变对糖尿病坏疽性溃疡患者细菌数量的影响。本研究采用准实验方法,不设对照组。干预组采用改良MWID工具进行创面冲洗。使用腿部溃疡测量工具(LUMT)观察表测定渗出液的产生。Mc - Nemar检验分析结果显示,p值为0.67 (p值> 0.05),说明修改MWID输出量对渗出液产生量没有影响。冲洗角度对糖尿病溃疡细菌数量的影响有待进一步研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Differences Exudates After Irrigation With Measured Pressure on Diabetic Ulcers
Diabetic ulcer is a further complication of the presence of diabetic ulcers that are not handled properly. Gangren ulcers are very difficult to cure. One of them is the characteristic of gangrene wounds that have a hollow (hard) that is very difficult to do cleansing. In addition, the types of bacteria that are in gangrene are anaerobic bacteria that are difficult to treat with antibiotics. The number of bacteria will also be proportional to the number of production of pus. One of the most possible actions is to irrigate the wound tunnel so that the wound is clean and anaerobic bacteria are reduced. The modern wound irrigation device, which is one of the developments of existing irrigation devices, is expected to be able to reach gangrenous wound tunnels with a modified form of output. This study aimed to determine the effect of modification of the output of the modern wound irrigation device (MWID) on the number of bacteria in diabetic gangrenous ulcer sufferers. The method used in this study was quasi-experimental without a control group. The intervention group was given wound irrigation using a modified MWID tool. The instrument was used to determine exudate production using the observation sheet Leg Ulcer Measurement Tool (LUMT). The results of the analysis by the Mc Nemar test showed that p value 0.67 (p value> 0.05) means that there is no difference in the amount of exudate production with modification of the MWID output. Further research is needed regarding the effect of irrigation angle on the number of bacteria in diabetic ulcers.
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