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首页> 外文期刊>The journal of immunology >Combined Active—Passive Re-Immunization against Tetanus in Previously Immunized Individuals: Experimental and Clinical Evidence
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Combined Active—Passive Re-Immunization against Tetanus in Previously Immunized Individuals: Experimental and Clinical Evidence

机译:先前免疫个体对破伤风的主动-被动联合免疫接种:实验和临床证据

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1. 1) Combined active-passive re-immunization against tetanus was studied in 29 previously actively immunized rabbits by means of tetanus antitoxin titrations. Both fluid and alum-precipitated tetanus toxoids in doses of 0.05 or 0.1 ml were used. Commerical tetanus antitoxin was employed in a dose of 150 units (except as in (c) below). 1. (a). When these doses of antitoxin and toxoid were injected into opposite extremities, the initial increase in titer due to the injected antitoxin was followed in 3 to 6 days by a higher and prolonged secondary increase. This latter could only be a true secondary immune response. 2. (b). When toxoid and antitoxin were mixed in the same syringe no response occurred. 3. (c). Increasing the dose of separately injected antitoxin 3.3 fold led to higher initial titers but did not suppress the secondary immune response. 4. (d). The addition of hyaluronidase to the toxoid did not speed the secondary immune response but appeared to increase the total amount of homologous antitoxin produced by the animals. 2. 2) Four previously immunized individuals, two children and two adults, were studied following accidental wounding. They were injected with the usual prophylactic dose (1500 units) of tetanus antitoxin and, in the opposite extremity, either fluid or alum-precipitated tetanus toxoid. Following initial increases in titer due to the antitoxin, three of the four exhibited secondary immune responses to the toxoid 4 to 5 days later.
机译:1. 1)通过破伤风抗毒素滴定法在29只先前进行过主动免疫的兔子中研究了针对破伤风的主动-被动联合免疫。分别使用0.05毫升或0.1毫升剂量的液体和明矾沉淀的破伤风类毒素。商业破伤风抗毒素的使用剂量为150个单位(以下(c)中除外)。 1.(a)。当将这些剂量的抗毒素和类毒素注射到相反的四肢中时,由于注射的抗毒素导致的滴度最初增加是在3至6天之内,随后是较高且延长的次要增加。后者只能是真正的继发免疫反应。 2.(b)。当在同一注射器中混合类毒素和抗毒素时,没有反应发生。 3.(c)。增加单独注射的抗毒素剂量3.3倍会导致较高的初始滴度,但不会抑制次级免疫反应。 4.(d)。向类毒素中添加透明质酸酶并不能加快继发性免疫反应,但似乎会增加动物产生的同源抗毒素的总量。 2. 2)在意外受伤后,对四个先前免疫的个体(两个孩子和两个成年人)进行了研究。给他们注射常规预防剂量(1500单位)的破伤风抗毒素,在相反的末端注射液体或明矾沉淀的破伤风类毒素。在最初由于抗毒素而导致的效价增加之后,四到三天后,四分之三对类毒素表现出了次级免疫反应。

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