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机译:通过牵引,弹簧和扭矩力耦合极性粘附,允许高速螺旋迁移原生动物寄生虫毒素弓形虫
Univ Grenoble Alpes Inst Adv Biosci IAB Team Membrane Dynam Parasite Host Cell Interact CNRS UMR5309 INSERM U1209 F-38700 Grenoble France;
Univ Grenoble Alpes Inst Adv Biosci IAB Team Membrane Dynam Parasite Host Cell Interact CNRS UMR5309 INSERM U1209 F-38700 Grenoble France;
Univ Grenoble Alpes Inst Adv Biosci IAB Team Membrane Dynam Parasite Host Cell Interact CNRS UMR5309 INSERM U1209 F-38700 Grenoble France;
Univ Grenoble Alpes Inst Adv Biosci IAB Team Membrane Dynam Parasite Host Cell Interact CNRS UMR5309 INSERM U1209 F-38700 Grenoble France;
Univ Grenoble Alpes Inst Adv Biosci IAB Team Membrane Dynam Parasite Host Cell Interact CNRS UMR5309 INSERM U1209 F-38700 Grenoble France;
Univ Grenoble Alpes Lab Interdisciplinaire Phys UMR CNRS 5588 F-38402 Grenoble France;
Univ Grenoble Alpes Lab Interdisciplinaire Phys UMR CNRS 5588 F-38402 Grenoble France;
Univ Grenoble Alpes Inst Adv Biosci IAB Team Membrane Dynam Parasite Host Cell Interact CNRS UMR5309 INSERM U1209 F-38700 Grenoble France;
cell migration; cell focal contact; 3D collagen; Toxoplasma; traction force microscopy; reflection interference contrast microscopy; expansion microscopy;
机译:通过牵引,弹簧和扭矩力耦合极性粘附,允许高速螺旋迁移原生动物寄生虫毒素弓形虫
机译:弓形虫的上皮迁移涉及细胞间粘附分子1(ICAM-1)与寄生虫粘附素MIC2的相互作用
机译:疾病相关角蛋白突变减少了牵引力和折衷和集体迁移
机译:改善原生动物寄生虫毒素毒素的赖氨酸琥珀酸的系统鉴定
机译:3D牵引力在牛主动脉内皮细胞迁移和粘着动力学中的作用。
机译:解耦基质的刚度扩散面积和微柱密度:牵引力和粘着力之间的紧密空间关系
机译:用牵引力,弹簧和扭矩力耦合极性粘附允许原生动物寄生虫毒素弓形虫的高速螺旋迁移