Mills G L, Taylaur C E, Miller A L
Clin Chim Acta. 1979 Apr 16;93(2):173-80. doi: 10.1016/0009-8981(79)90085-8.
A method has been devised for the complete chemical analysis of serum lipoproteins, in which the constituents are separated by thin-layer chromatography and then measured by means of a flame ionisation detector. Since the response of the detector differs for each constituent, it is necessary to use a previously prepared calibration curve for each one. A complete analysis can be obtained from a single run on about 20 microgram of lipoprotein. However, from 5--10 chromatograms are needed for an adequate degree of precision. The method, which could be adapted to the measurement of tissue lipids, takes less than 2 h to complete. This speed and simplicity seem to give the method considerable potential for the investigation of patients with disorders of lipid transport.
已设计出一种用于血清脂蛋白完全化学分析的方法,其中各成分通过薄层色谱法分离,然后用火焰离子化检测器进行测量。由于检测器对每种成分的响应不同,因此有必要为每种成分使用预先制备的校准曲线。对约20微克脂蛋白进行一次运行即可获得完整分析结果。然而,为达到足够的精密度需要5至10张色谱图。该方法可适用于组织脂质的测量,完成分析所需时间不到2小时。这种速度和简便性似乎使该方法在脂质转运紊乱患者的研究中具有相当大的潜力。