首页> 外文期刊>Immunologic Research: A Selective Reference to Current Research and Practice >2nd Conference of the Robert A. Good immunology society primary immune deficiencies and immune reconstitution Harvard Medical Boston, November 16th, 17th.
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2nd Conference of the Robert A. Good immunology society primary immune deficiencies and immune reconstitution Harvard Medical Boston, November 16th, 17th.

机译:罗伯特·A(Robert A.)召开的第二次会议。良好的免疫学学会主要的免疫缺陷和免疫重建哈佛医学波士顿,11月16日,17日。

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摘要

In the 1950s, Robert A. Good and his team made a series of seminal discoveries that helped to identify the distinct-yet essential-role that the thymus and equivalents of the bursa of Fabricius in chicken have for development of cell-mediated and humoral immunity in many species, including man [1]. Dr. Good's group had performed a series of experiments in rabbits and mice that showed the neonatal thymectomy affects not only the development of cell-mediated and anti-tumor immunity, but also the ability to mount vigorous antibody responses to what we now define T-dependent antigens [2]. Similar data on the critical role of the thymus were shared by other groups at a conference that Dr. Good organized in Minneapolis in 1962 [3]. DiGeorge syndrome was soon thereafter identified as the pro-totypic condition in humans in which impaired thymus development is associated with an increased occurrence of infections of viral and fungal origin, and reduced antibody production in spite of preserved immunoglobulin serum levels[4].
机译:1950年代,罗伯特·A·古德(Robert A. Good)和他的团队进行了一系列开创性的发现,这些发现有助于确定鸡胸腺和法布里第斯氏囊等价物对细胞介导的体液免疫的发育所具有的独特的作用。在许多物种中,包括人类[1]。 Good博士小组在兔和小鼠中进行了一系列实验,结果表明,新生儿胸腺切除术不仅影响细胞介导的抗肿瘤免疫的发展,而且还影响针对我们现在定义的T-依赖性抗原[2]。在1962年Good博士在明尼阿波利斯举行的一次会议上,其他小组也分享了关于胸腺的关键作用的类似数据[3]。此后不久,DiGeorge综合征就被确定为人类的原型疾病,其中胸腺发育受损与病毒和真菌源性感染的发生率增加相关,尽管免疫球蛋白血清水平得以保持[4]。

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