[Fructosamine as a diagnostic parameter in the clinical routine].

G Oremek, U B Seiffert
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引用次数: 0

Abstract

The fructosamine normal range was established from a collective of 90 healthy individuals as 219-285 mumol/l (+/- 2s; mean 240 mumol/l). From a group of 10 diabetics day profiles of glucose, protein, albumin, and fructosamine were recorded by measuring these parameters three times per day at 8.00, 11.30, and 15.00. The fructosamine concentration was essentially constant also when related to protein or albumin. Fructosamine, HbAlc, CK, and CK-MB were determined from 12 diabetics with fresh myocard infarct (7 diabetics, 5 non-diabetics). Surprisingly, diabetics as well as non-diabetics manifested high fructosamine concentrations. The origin of the fructosamine increase with non-diabetic myocard infarct patients is not yet known. Possibly the acute metabolic disorder plays an important role. An influence of fibrinogen on fructosamine is also conceivable. Additional investigations, including therapy of lysis, will be carried on. The stability of the fructosamine was examined by storing 50 sera (fructosamine 295-491 mumol/l, glucose 180-279 mg/dl) at different temperatures (+ 25 degrees C, + 4 degrees C, - 20 degrees C). At - 20 degrees C and + 4 degrees C fructosamine increases by up to 2% in 24 hours. At + 25 degrees C a 6% increase in fructosamine was observed within the same observation period.

[果糖胺作为临床常规诊断参数]。
90例健康人果糖胺正常范围为219 ~ 285 μ mol/l (+/- 2s;平均240 μ mol/l)。从10名糖尿病患者中,通过每天8点、11点30分和15点三次测量这些参数,记录了葡萄糖、蛋白质、白蛋白和果糖胺的日谱。当与蛋白质或白蛋白有关时,果糖胺的浓度也基本不变。对12例新发心肌梗死的糖尿病患者(7例糖尿病患者,5例非糖尿病患者)进行果糖胺、HbAlc、CK和CK- mb测定。令人惊讶的是,糖尿病患者和非糖尿病患者都表现出较高的果糖胺浓度。果糖胺在非糖尿病性心肌梗死患者中升高的原因尚不清楚。可能急性代谢紊乱起了重要作用。纤维蛋白原对果糖胺的影响也是可以想象的。其他的研究,包括溶解的治疗,将进行。通过在不同温度(+ 25℃、+ 4℃、- 20℃)下保存50份血清(果糖胺295-491 μ mol/l,葡萄糖180-279 mg/dl)来检测果糖胺的稳定性。在- 20℃和+ 4℃条件下,果糖胺在24小时内最多增加2%。在+ 25℃时,同一观察期内果糖胺增加了6%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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