Cooper-Willis C A, Olson J C, Brewer M E, Leslie G A
Immunogenetics. 1985;21(1):1-10. doi: 10.1007/BF00372236.
The immune response of the rat to group A streptococcal carbohydrate (SACHO) and an associated idiotype, Id-1, was used to examine the effect of paternal immunity on Id-1 and SACHO-specific antibody expression by the offspring. First litters, conceived before immunization of the father, had significantly higher Id-1 levels than litters conceived by the same parental pairs after hyperimmunization of the father (P greater than 0.01). Total anti-SACHO levels were not affected. The effect appeared to be independent of the level of Id-1 expressed by the father or grandfather. No significant difference in Id-1 production was found between offspring of actively immune, neonatally Id-1 suppressed fathers and fathers expressing high levels of Id-1. We suggest that the paternal immunoregulatory influence acts via the maternal immune system to modify the idiotype repertoire expressed in the immune response of the offspring, and is not the result of genetic transmission of a trait acquired by the father. Some possible mechanisms of transmission are discussed.
利用大鼠对A组链球菌碳水化合物(SACHO)及相关独特型Id-1的免疫反应,来研究父源免疫对后代Id-1及SACHO特异性抗体表达的影响。在父亲免疫前受孕的第一窝幼崽,其Id-1水平显著高于父亲超免疫后由相同亲代配对所生的幼崽(P大于0.01)。抗SACHO的总水平未受影响。这种影响似乎与父亲或祖父所表达的Id-1水平无关。在经主动免疫、新生期Id-1受抑制的父亲的后代与表达高水平Id-1的父亲的后代之间,未发现Id-1产生有显著差异。我们认为,父源免疫调节影响是通过母体免疫系统起作用,以改变后代免疫反应中所表达的独特型库,而不是父亲获得的性状进行遗传传递的结果。文中讨论了一些可能的传递机制。