此抗霉素可使内膜的流动性增加。
This antimycin can increase the fluidity of the inner membrane.
目的：观察高血压大鼠大脑中动脉内膜的超微结构变化。
Objective; To observe the intima ultrastructure of middle cerebral artery in hypertensive rats.
反向微粒随即在双脂层内形成，允许多肽与其负载物在不接触疏水内膜的情况下通过细胞膜。
Inverted micelles would then be formed within the bilayer, allowing passage of the peptide and its cargo without exposure to the hydrophobic interior of the membrane.
应用推荐