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Lymph Node Transplantation and Its Immunological Significance in Animal Models

机译:淋巴结移植及其在动物模型中的免疫学意义

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Lymph nodes (LNs) are distributed all over the body and whatever the site consists of the same cell populations. However, there are great differences between LN from different draining areas. For example, in mesenteric LN, homing molecules, for example, CCR9 and α 4 β 7 integrin, were induced and cytokines, for example, IL-4, were produced on higher levels compared to peripheral LN. To study the immunological functions of LN, LN transplantation was performed in some specific areas using different animal models. Many groups investigated not only the regeneration of transplanted LN but also the induction of immune responses or tolerance after transplantation. Existing differences between LNs were still detectable after transplantation. Most important, stromal cells of the LN were identified as responsible for these differences. They survive during regeneration and were shown to reconstruct not only the structure of the new LN but also the microenvironment.
机译:淋巴结(LN)遍布全身,无论部位由相同的细胞群组成。但是,来自不同排水区域的LN之间存在很大差异。例如,在肠系膜LN中,归巢分子例如CCR9和α4β7整联蛋白被诱导,并且细胞因子例如IL-4的产生水平高于外周LN。为了研究LN的免疫功能,使用不同的动物模型在某些特定区域进行了LN移植。许多小组不仅研究了移植LN的再生,而且研究了移植后免疫应答或耐受性的诱导。移植后仍可检测到LN之间的现有差异。最重要的是,LN的基质细胞被认为是造成这些差异的原因。它们在再生过程中可以生存,并且不仅可以重建新的LN的结构,而且还可以重建微环境。

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