Jenhani F, Ayed K, Jedidi S, Ben Khelifa F, Ben Ayed H
Laboratoire d'immunologie, Faculté de médecine de Tunis.
Diabete Metab. 1990 Mar-Apr;16(2):98-101.
The early detection of microalbuminuria in insulin dependent diabetes is considered as a sign of initial stage of nephropathy possibly reversible if glycemic balance is well maintained. This detection requires very accurate methods as radio-immuno-assays. Yet, they are so slow that they represent an obstacle to systemic detection. We report in this work an apparaisement of an immuno-nephelemetric and electro-immuno-diffusion of Laurell methods. Results reveal that immuno-nephelemetry and electro-immuno-diffusion are a sensitive and accurate methods (threshold of sensitivity of Laurell method is : 2.5 mg/l and nephelemetry is 1.5 mg/l). Moreover, RIA, immunonephelemetry and Laurell methods are significantly well correlated (r = 0.903: Laurell/Radio-immuno-assay, r = 0.907: Nephelemetry/Laurell). In conclusion immuno-nephelemetry and electro-immuno-diffusion of Laurell are a choice methods to test great lines of samples. Radio-immuno-assay can be used as a reference method of detection of microalbuminuria.
在胰岛素依赖型糖尿病中,微量白蛋白尿的早期检测被视为肾病初期的一个迹象,如果血糖平衡得到良好维持,该阶段可能是可逆的。这种检测需要非常精确的方法,如放射免疫测定法。然而,它们速度非常慢,成为系统性检测的一个障碍。我们在这项工作中报告了一种对劳雷尔(Laurell)方法的免疫比浊法和电免疫扩散法的评估。结果显示,免疫比浊法和电免疫扩散法是灵敏且准确的方法(劳雷尔方法的灵敏度阈值为:2.5毫克/升,比浊法为1.5毫克/升)。此外,放射免疫测定法、免疫比浊法和劳雷尔方法显著高度相关(r = 0.903:劳雷尔法/放射免疫测定法,r = 0.907:比浊法/劳雷尔法)。总之,劳雷尔的免疫比浊法和电免疫扩散法是检测大量样本的首选方法。放射免疫测定法可用作微量白蛋白尿检测的参考方法。