首页> 外国专利> A method for determining Mg2 ++ in red blood cells of peripheral blood, which allows to determine oxygenation of hemoglobin in the background of acute cytomegalovirus infection

A method for determining Mg2 ++ in red blood cells of peripheral blood, which allows to determine oxygenation of hemoglobin in the background of acute cytomegalovirus infection

机译:一种测定外周血红细胞中Mg2 ++的方法,该方法可以确定急性巨细胞病毒感染背景下血红蛋白的氧合

摘要

A method for determining the peripheral blood erythrocytes Mgv comprising performing histochemical reaction in the incubation solution consisting of 500 .mu.l of distilled water with the addition of 250 l of 10% sodium tungsten and 0,67N 250 l sulfuric acid in an amount which is placed in a 625 ul tube was added thereto and and a drop of methyl red 0,2N NaOH until a yellow color, and then introduced into the tube 250 l of 2% gidroksilaminogidrosulfata, 250 .mu.l of 0.075% titanium yellow and 500 l 1,5N NaOH, and then introduced into a separate tube 250 .mu.l of the resulting solution and 250 l of whole blood coagulant, incubated for 15 min at room temperature, is prepared monolayer smear centrifuge «Diffe Spin-2", dried at room temperature and examined under a digital microscope combined with «SCION Corporation» (USA) computer cytophotometry program allowing in a single red blood cell to determine the density of the reaction in conventional units and by increasing the number of red blood cells with a response to Mgdo 60,0 ± 2,9% to the activity of the reaction in a single red blood cell to 75,30 ± 1,85 conv. u point decrease in titre when to cytomegalovirus 1: 1600 reduction in oxyhemoglobin in erythrocytes to 91,5 ± 1,3%, it becomes a threat to the formation of a pregnant anemia, so the proposed method makes it possible to solve the diagnostic and research tasks.
机译:一种测定外周血红细胞Mgv的方法,该方法包括在由500μl蒸馏水和250μl10%钨酸钠和0.67N250μl硫酸组成的培养溶液中进行组织化学反应,其量为将其置于625ul管中,并加入一滴甲基红0.2N NaOH直至变成黄色,然后将250μl2%的gidroksilaminogidrosulfata,250μl的0.075%钛黄和取500升1,5N NaOH,然后将其加入250升所得溶液和250升全凝剂的单独管中,在室温下孵育15分钟,制备单层涂片离心机“ Diffe Spin-2” ,在室温下干燥,并在数码显微镜下与“ SCION Corporation”(美国)计算机细胞分光光度法结合使用进行检查,该程序允许单个红血球确定常规单位中反应的密度并增加红血球的数量od细胞对Mgdo 60,0±2.9%的反应对单个红细胞中反应的活性反应达到75,30±1,85 conv。 u巨细胞病毒滴度降低1:红细胞中的氧合血红蛋白减少1600至91.5±1.3%,对怀孕性贫血的形成构成威胁,因此,所提出的方法可以解决诊断和治疗研究任务。

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