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结核过敏而无感染。

TUBERCULAR ALLERGY WITHOUT INFECTION.

机构信息

Laboratories of The Rockefeller Institute for Medical Research.

出版信息

J Exp Med. 1938 Oct 31;68(5):659-76. doi: 10.1084/jem.68.5.659.

Abstract
  1. Guinea pigs can be rendered hypersensitive to tuberculo-protein by small, repeated, intradermal injections of active tuberculo-protein. 2. The addition of tuberculo-phosphatide to the protein speeds up the process of sensitization and enhances it so that the reactions become indurated and necrotic, closely simulating those of the disease. 3. Active tuberculo-proteins induce a new formation of monocytes and some epithelioid cells. The addition of phosphatide to the protein brings about a massive formation of epithelioid cells. 4. With the increased cellular reaction to the mixed injections may be correlated the increase in the speed and intensity of the sensitization. 5. The intradermal route is the best for these sensitizations, probably because it provides the greatest dose per cell of the sensitizing agent. 6. The degree of sensitization artificially obtainable by the synergistic action of tuberculo-phosphatide and tuberculo-protein is quite comparable to the degree of sensitization naturally occurring in tuberculous animals; moreover, this degree of sensitization may be induced with amounts of the materials from the bacilli which could conceivably be present in the tissues of an infected host.
摘要
  1. 通过对豚鼠进行小剂量、重复的皮内注射活性结核蛋白,可使其对结核蛋白过敏。

  2. 向蛋白中添加结核磷酯可加速致敏过程并增强其效果,使反应变得硬结和坏死,非常类似于疾病的反应。

  3. 活性结核蛋白诱导单核细胞和一些上皮样细胞的新形成。向蛋白中添加磷酯会导致大量上皮样细胞的形成。

  4. 随着混合注射的细胞反应增加,可能与致敏的速度和强度增加相关。

  5. 皮内途径是进行这些致敏反应的最佳途径,可能是因为它为每个细胞提供了最大剂量的致敏剂。

  6. 通过结核磷酯和结核蛋白的协同作用人工获得的致敏程度与结核动物中自然发生的致敏程度相当;此外,这种致敏程度可以通过感染宿主组织中可能存在的细菌材料的量来诱导。

相似文献

1
TUBERCULAR ALLERGY WITHOUT INFECTION.结核过敏而无感染。
J Exp Med. 1938 Oct 31;68(5):659-76. doi: 10.1084/jem.68.5.659.
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AN EXPERIMENTAL ANALYSIS OF BACTERIAL ALLERGY.细菌过敏的实验分析。
J Exp Med. 1926 Nov 30;44(6):753-76. doi: 10.1084/jem.44.6.753.

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