Coulibaly H, Razavian M, Rameau P, Guillet R, Desaint C, Boynard M, Beuzard Y
INSERM U91, Hôpital Henri Mondor, Créteil, France.
Transfus Clin Biol. 1994;1(2):135-40. doi: 10.1016/s1246-7820(94)80009-x.
Ultrasound interferometry is a new methodology which has been developed in our laboratories in order to measure precisely and quickly the size of particles sedimenting in liquid on horizontal surface, upon gravity. Applied to red blood cells, this method evaluates the sedimentation of erythrocytes, their aggregation induced by proteins or aggregating compounds as well as their agglutination upon immune reactions. The quantitative assessment of red cell agglutination was applied to the study of blood groups and to the search for red cell antibodies. Preliminary results show that ultrasound interferometry is 1) quantitative, measuring the size of agglutinates; 2) sensitive; 3) specific; 4) fast; 5) able to detect irregular antibodies.
超声干涉测量法是我们实验室开发的一种新方法,用于精确快速地测量在重力作用下在水平表面的液体中沉降的颗粒大小。将该方法应用于红细胞时,可评估红细胞的沉降、蛋白质或聚集化合物诱导的红细胞聚集以及免疫反应时的红细胞凝集。红细胞凝集的定量评估已应用于血型研究和红细胞抗体的检测。初步结果表明,超声干涉测量法具有以下特点:1)定量,可测量凝集块的大小;2)灵敏;3)特异;4)快速;5)能够检测不规则抗体。