机译:从海葵中扫描膜结合和孔隙形成的生物物理和生化策略,海葵形成孔隙蛋白
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Center for Protein Studies Faculty of Biology University of Havana Calle 25 No 455 Vedado Havana Cuba;
Sticholysins; Actinoporins; Pore-forming toxins; Protein-membrane interaction; Hemolytic activity;
机译:从海葵中扫描膜结合和孔隙形成的生物物理和生化策略,海葵形成孔隙蛋白
机译:Sticholysins是加勒比海葵Stichodactyla helianthus产生的两种成孔毒素:它们与膜的相互作用
机译:pH值对海葵Stichodactyla helianthus形成孔的细胞溶素sticholysin II的构象,与膜的相互作用和溶血活性的影响
机译:模型肽模拟了孔形成毒素的N-末端的结构和功能
机译:保守的胆固醇依赖性胞嘧啶基序指示觅食和孔形成,揭示了一种新的孔形成蛋白
机译:生物物理和生化策略以了解刺激蛋白(一种来自海葵的成孔蛋白)的膜结合和孔形成
机译:从海葵中扫描膜结合和孔隙形成的生物物理和生化策略,海葵形成孔隙蛋白