机译:通过优先产生IL-10的CD4 + T细胞过敏转移对过敏气道炎症的调节
Laboratory of Immunopharmacology Faculty of Pharmaceutical Sciences Setsunan University;
Laboratory of Immunopharmacology Faculty of Pharmaceutical Sciences Setsunan University;
Laboratory of Immunopharmacology Faculty of Pharmaceutical Sciences Setsunan University;
Department of Pharmacology Kyoto Pharmaceutical University;
Department of Pharmacology Kyoto Pharmaceutical University;
Laboratory of Immunopharmacology Faculty of Pharmaceutical Sciences Setsunan University;
Department of Pharmacology Kyoto Pharmaceutical University;
Department of Pharmacology Kyoto Pharmaceutical University;
Department of Pharmacology Kyoto Pharmaceutical University;
Laboratory of Molecular Pharmacology Faculty of Pharmaceutical Sciences Setsunan University;
Laboratory of Molecular Pharmacology Faculty of Pharmaceutical Sciences Setsunan University;
College of Pharmacy Kinjo Gakuin University;
Laboratory of Immunopharmacology Faculty of Pharmaceutical Sciences Setsunan University;
Asthma; Biotherapeutics; Eosinophil; Immunotherapy; Interleukin-10; Tr1 cell;
机译:通过优先产生IL-10的CD4 + T细胞过敏转移对过敏气道炎症的调节
机译:细胞因子基因调节的树突状细胞可通过诱导IL-10(+)IFN-γ(+)CD4(+)T细胞来防止过敏性气道炎症。
机译:从蠕虫感染的小鼠中分离出的树突状细胞的过继转移增强了气道过敏性炎症中的T调节细胞反应
机译:组胺在过敏气道炎症中戈尔特细胞增生中的作用 - 一种使用HDC敲除鼠标的研究 -
机译:过敏气道炎症发病机制中的TREM-2和树突细胞
机译:重组鼠白细胞介素12体外治疗后实验性变应性脑脊髓炎的过继转移。作为免疫调节机制干扰素-γ产生细胞的优先扩增和巨噬细胞相关的诱导型一氧化氮合酶的表达增加。
机译:过继转移诱导的Treg细胞有效减轻小鼠气道过敏性炎症。