尿微量蛋白检测为诊断早期肾损害的灵敏指标，可判断肾损害的部位及程度；
The test of urinary micro protein is a sensitive indication for diagnosis of early renal impairment. The renal impairment position and degree could be evaluated by the test.
目的：探讨尿微量蛋白水平检测对老年高血压肾损害的早期诊断价值。
Objective: To study the diagnostic value of renal trace protein test on early kidney lesion in aged patients with hypertension.
生物条形码技术是一种功能强大的纳米分析工具，能够检测出蛋白质和DNA，也能够识别出微量的炭疽致命因子和PSA。
The bio-bar-code amplification technology is a powerful nano analytical tool that can detect both proteins and DNA, as well as identify trace amounts of anthrax lethal factor and PSA.
微量src法能够准确反映小麦蛋白质品质、淀粉品质及面团流变学特性，是一种简便的微量品质检测方法。
This micro-SRC method can reflect wheat protein quality, starch quality and dough rheology characteristics accurately, and is a simple and convenient method to detect wheat quality on microscale.
方法：收集58份糖尿病患儿的随机尿标本，分别用高效液相色谱法(HPLC)和免疫比浊法对其进行微量白蛋白检测。
METHODS: Urine samples of 58 diabetic children were collected. Urinary albumin was measured by HPLC and by immunoassay respectively.
方法：收集58份糖尿病患儿的随机尿标本，分别用高效液相色谱法(HPLC)和免疫比浊法对其进行微量白蛋白检测。
METHODS: Urine samples of 58 diabetic children were collected. Urinary albumin was measured by HPLC and by immunoassay respectively.
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