【摘要】 目的　建立旋毛虫病的快速检测技术。方法　基因工程抗原包被有色乳胶颗粒，抗抗体包被磁性颗粒，在抗体存在下形成抗原－ 乳胶－ 抗体－ 抗抗体－ 磁性颗粒的复合场，在磁场作用下沉淀下来，从而达到快速检测旋毛虫相关抗体的目的。结果　１９ 份人工感染鼠血清、５ 份人工感染猪血清、３ 份旋毛虫病猪血清、４ 份病人血清均呈阳性反应，而对照血清均为阴性反应；该方法在鼠感染旋毛虫后第五天可测出ＩｇＭ 抗体，第九天可测出ＩｇＧ抗体。结论　本检测技术简便易行，不需专用设备，可望成为一种快速诊断旋毛虫病的有效方法。更多还原

【Abstract】 Aim To establish a rapidly detecting method for the specific antibodies of Trichinella spiralis Method Latex was coated with p49/GST and polystyrene beads(Dynabeads)were coated with anti-antibodies SAM-IgG、SAH-IgG、RAP-IgG or SAM-IgM Then the test serum was incubated with two particles for 30 min at room temperature with slowly shaking After sedimentation of the polystyrene beads with a magnet,the turbidity of the resultant latex suspension was estimated with eyes or measured spectrophotometrically at a wavelength of 400nm Results Positive result of IgG antibody were found in 19 sera of experimental infected mice,3 sera of experimental infected swine and 4 sera of patients The IgM and IgG can be check up in mice after 5 and 9 days after experimental infection The result agreed with those obtained by ELISA Conclusion A two-particle turbidimetric latex immunoassy established by this study is a rapid,easy and precise method for the diagnosis of the trichinosis更多还原