机译:难以转染细胞的转导和转染:系统试图转染原生动物Leishmania Leishmania
Friedrich Schiller University Faculty of Biological Sciences Institute of Nutritional Sciences;
Friedrich Schiller University Faculty of Biological Sciences Institute of Nutritional Sciences;
Jena Bioscience GmbHJena Germany;
Jena Bioscience GmbHJena Germany;
Leibniz Institute for Aging Research Fritz Lipmann InstituteJena Germany;
Friedrich Schiller University Faculty of Biological Sciences Institute of Nutritional Sciences;
Friedrich Schiller University Faculty of Biological Sciences Institute of Biochemistry and;
cell‐penetrating peptides (CPPs); cytotoxicity; DNA‐binding proteins; electropermeabilization; particle sizes and zeta potentials of complexes; promastigotes of Leishmania tarentolae; transfection with plasmids;
机译:难以转染细胞的转导和转染:系统试图转染原生动物Leishmania Leishmania
机译:探索易于转染的SK-BR3和难转染的CT26细胞系之间差异转染效率的机制研究
机译:使用FuGENE〜(R)HD转染试剂难以转染细胞的简单优化方案
机译:预测利什曼原虫肽结合能力和基于片段的肽疫苗的计算机智能方法
机译:大利什曼原虫和亚马逊利什曼原虫感染后树突状细胞迁移的差异调节
机译:探索易于转染的SK-BR3和难转染的CT26细胞系之间差异转染效率的机制研究
机译:探索易于转染的SK-BR3和难转染的CT26细胞系之间差异转染效率的机制研究
机译:激活的巨噬细胞对杜氏利什曼原虫和利什曼原虫无鞭毛体的细胞内破坏:这些杀微生物效应物的体外解离