Skwarek P, Zórawski C, Wiśniewski Z
Pol Arch Weter. 1979;22(1):19-27.
Albino guinea-pigs were artificially sensitized to M. kansasi, scotochromogenic bacilli of Nicolas strain, M. fortuitum and M. avium and after 4 to 10 weeks 4,20 and 100 homological and heterologous units of PPD preparations were injected intradermally. It was shown that the studied bacilli had sensitizing properties too and PPD preparations obtained from them differ in biological activity and specificity. Sensitine made from M. kansasi was characterized by the greatest sensitizing strength. Bacilli of Nicolas strain had weak sensitizing properties and sensitine obtained from them was fairly active but poorly specific. A certain correlation was found between the degree of antigen relationship of bacilli determined with the help of the immunoelectrophoresis reaction and the intensity of cross allergic reactions occurring in sensitized animals. No connection was found, however, between the bacilli sensitizing capability and activity of PPD preparations obtained from them.
将白化豚鼠人工致敏于堪萨斯分枝杆菌、尼古拉斯菌株的暗产色杆菌、偶然分枝杆菌和鸟分枝杆菌,4至10周后,将4、20和100个同源和异源单位的PPD制剂皮内注射。结果表明,所研究的杆菌也具有致敏特性,且从它们获得的PPD制剂在生物活性和特异性方面存在差异。由堪萨斯分枝杆菌制成的敏感素具有最强的致敏强度。尼古拉斯菌株的杆菌致敏特性较弱,从它们获得的敏感素相当活跃但特异性较差。借助免疫电泳反应确定的杆菌抗原关系程度与致敏动物中发生的交叉过敏反应强度之间存在一定相关性。然而,未发现杆菌的致敏能力与其所获得的PPD制剂活性之间存在联系。