Atieno Wagoro Miriam Carole, Sudi Galo William, Rakuom Chris Podo, Oderah Mirereh Joseph, Musee Christine
Senior Lecturer, School of Nursing Sciences, University of Nairobi, Kenya.
Assistant Chief Nursing Officer, Kakamega County Teaching and Referral Hospital, Kenya.
J Res Nurs. 2020 Jun;25(4):323-344. doi: 10.1177/1744987119836135. Epub 2019 Dec 23.
In Kenya 30% of patients admitted with ketoacidosis due to hyperglycaemia die within 48 hours of hospitalisation. Effective monitoring of blood glucose levels is critical for glycaemic control and prevention of mortality. Kenya public hospitals lack a graphic blood glucose monitoring tool.
To develop a graphic blood glucose monitoring tool.
Modified Delphi technique was used for consensus-building among nurses on the features of an appropriate blood glucose monitoring tool. A total of 150 nurses selected by purposive sampling participated in the study. Data were collected for 24 months through sequential interactive rounds and workshops using a questionnaire. At every round, consensus was reached if ≥75% of the nurses agreed or disagreed on a feature.
A graphic blood glucose monitoring chart was developed with the following features: time on the -axis, blood glucose values on the -axis, colour codes corresponding to blood glucose levels, existing conditions during blood glucose measurement.
The chart may improve glycaemic control while stimulating further research on its effectiveness.
Modified Delphi method is useful for successive collation of judgments of nurse experts in the development of a graphic blood glucose monitoring chart.
在肯尼亚,30%因高血糖导致酮症酸中毒而入院的患者在住院48小时内死亡。有效监测血糖水平对于控制血糖和预防死亡至关重要。肯尼亚的公立医院缺乏一种血糖监测图表工具。
开发一种血糖监测图表工具。
采用改良德尔菲技术,就合适的血糖监测工具的特征在护士中达成共识。通过目的抽样选取的150名护士参与了该研究。通过使用问卷,在24个月的时间里通过连续的互动轮次和研讨会收集数据。在每一轮中,如果≥75%的护士对某一特征达成一致同意或不同意,则达成共识。
开发出了一种具有以下特征的血糖监测图表:横轴为时间,纵轴为血糖值,与血糖水平对应的颜色编码,血糖测量时的现有状况。
该图表可能改善血糖控制,同时激发对其有效性的进一步研究。
改良德尔菲法有助于在开发血糖监测图表过程中对护士专家的判断进行连续整理。