斯里兰卡CKDu流行地区与非流行地区的生化特征比较

A. Medagedara, P. Hewavitharane, R. Chandrajith, Hemalika K. Abeysundara, R. Thatil, S. Thennakoon, Buddhisha Mahanama, N. Weerasuriya, A. Thilakarathne, N. Nanayakkara
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引用次数: 2

摘要

病因不明的慢性肾脏疾病(CKDu)于20世纪90年代在斯里兰卡首次被发现。考虑到CKDu在全国的分布,可以确定流行和非流行地区的聚集性。本研究旨在比较斯里兰卡CKDu流行地区和非流行地区的生化特征。材料与方法:在位于干湿带的Wilgamuwa村(病区)和Hanguranketha村(非病区)随机抽取30 ~ 60岁男性进行横断面研究。结果:300人中有224人来自疫区,总参与率为74.7%。从非流行地区邀请的150名参与者中,只有100人参加了研究队列。两个地区的血清肌酐水平有显著差异(P = 0.001)。在两个研究区域的行为模式上,主要职业为农业,所选区域的人的行为没有显著差异。疫区大量参与者(n = 31, 13.8%)血清肌酐水平较高,平均为109 μmol/L(标准差[SD] = 66.41),正常值为90 ~ 116 μmol/L。而在非流行地区,只有3名(3%)参与者肌酐水平升高,平均值为85.41 μmol/L (SD = 18.78)。两组患者血清肌酐水平均值差异有统计学意义(P = 0.001)。疫区和非疫区随机血糖平均值分别为113.56 mg/dL (SD = 44.38)和119.10 mg/dL (SD = 50.48)。两组间RBS均值差异无统计学意义(P = 0.2)。Wilgamuwa的平均血清胆固醇(119.26 mg/dl, SD = 45.31)略高于Hanguranketha (189.02 mg/dl, SD = 45.09)。但差异无统计学意义(P = 0.6)。结论:CKDu流行地区血清肌酐明显增高。根据CKDu的地方性,RBS和血清胆固醇的差异不显著。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparison of biochemical characteristics between an endemic and a nonendemic area for CKDu Sri Lanka
Introduction: Chronic kidney disease with uncertain etiology (CKDu) was first recognized in the 1990s in Sri Lanka. Considering the distribution of CKDu in the country, clusters of endemic and nonendemic areas can be identified. This study was carried out to compare the biochemical characteristics between CKDu endemic and nonendemic areas in Sri Lanka. Materials and Methods: A cross-sectional study was carried out among randomly selected males between the age category of 30 and 60 years in selected villages of Wilgamuwa (endemic) and Hanguranketha (nonendemic), located in the dry and wet zone, respectively. Results: The total participation percentage from the endemic area was 74.7% (224 out of 300 invitees). Out of 150 participants invited from the nonendemic area, only 100 participated in the study cohort. There was a striking difference between the two areas in serum creatinine levels (P = 0.001). When considering the behavioral patterns of the two study areas, the main occupation was farming and there was no significant difference between the behaviors of the people in the selected areas. A significant number of participants (n = 31, 13.8%) from the endemic area had high serum creatinine levels with a mean of 109 μmol/L (standard deviation [SD] = 66.41) (normal: 90–116 μmol/L). Whereas, in the nonendemic area, only 3 (3%) participants had elevated creatinine levels with a mean value of 85.41 μmol/L (SD = 18.78). A significant difference was observed in the two groups in the mean values of serum creatinine levels (P = 0.001). The mean value of random blood sugar (RBS) was 113.56 mg/dL (SD = 44.38) and 119.10 mg/dL (SD = 50.48) in endemic and nonendemic areas, respectively. There was no significant difference between the mean values of RBS (P = 0.2). The mean serum cholesterol was slightly higher in Wilgamuwa (119.26 mg/dl, SD = 45.31) compared to Hanguranketha (189.02 mg/dl, SD = 45.09). However, that was not statistically significant (P = 0.6). Conclusions: Serum creatinine is remarkably increased in CKDu endemic areas. RBS and serum cholesterol are less significant according to the endemicity of CKDu.
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