鳗鱼血液正铁血红蛋白,用分光光度计波长630毫微米和820毫微米两种不同程序测定样品的定量研究,在一般条件下,用Horecker和Brackett方法比估计鳗鱼血液正铁血红蛋白要少1％。由此看来,Dubouaki方法具有较高的价值。因为正铁血红蛋白和诱导出来的氰化正铁血红蛋白间有光谱干扰。正铁血红蛋白的血液样品,保存在4℃几小时内仍没 The quantitative study of eMH-ferrochrome samples measured at two different spectrophotometric wavelengths of 630 nm and 820 nm showed that under normal conditions, the Horecker and Brackett methods were less than 1% less than the estimated hemoglobin of eel blood. In this sense, the Dubouaki method is of high value. Because of methemoglobin and induction of cyanide methemoglobin have spectral interference. Methemoglobin blood samples, stored at 4 ℃ still within hours