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[核糖体痢疾疫苗。II. 豚鼠和小鼠主动保护的生物学试验]

[Ribosomal dysentery vaccine. II. Biological trials of active protection for guinea pigs and mice].

作者信息

Levinson V I, Subbotina Iu L

出版信息

Zh Mikrobiol Epidemiol Immunobiol. 1978 Jul(7):81-6.

PMID:358702
Abstract

Ribosomal vaccine from Sh. sonnei injected subcutaneously once or twice in physiological saline or in Freund's complete adjuvant produces a marked protective effect against experimental keratoconjunctivitis in guinea pigs. Inhibition of the protective effect by high doses (above 100 microgram) of ribosomal vaccine is evident after a single, but not repeated injections. Protective effect in mice is achieved by immunization with very low doses of ribosomal vaccine: ED50 is 1.2 ng after challenge with 5.6 LD50. The nature of immunogenic factor responsible for the biological activity of the ribosome vaccine is still obscure. In contrast to Boivin's antigen, ribosomal preparations, even in high doses (1000--2000 microgram), have no toxic effect on mice and guinea pigs.

摘要

将宋内志贺菌核糖体疫苗以生理盐水或弗氏完全佐剂皮下注射一次或两次,可对豚鼠实验性角膜结膜炎产生显著的保护作用。单次注射高剂量(超过100微克)核糖体疫苗后,保护作用受到抑制,但重复注射则不然。用极低剂量的核糖体疫苗免疫可使小鼠产生保护作用:用5.6倍半数致死量攻击后,半数有效剂量为1.2纳克。负责核糖体疫苗生物活性的免疫原性因子的性质仍不清楚。与波伊文抗原不同,核糖体制剂即使高剂量(1000 - 2000微克)对小鼠和豚鼠也没有毒性作用。

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