microfilament structure
微丝结构
microfilament network
微丝网络
microfilament assembly
微丝组装
microfilament dynamics
微丝动态
microfilament organization
微丝组织
microfilament binding
微丝结合
microfilament function
微丝功能
microfilament stability
微丝稳定性
microfilament proteins
微丝蛋白
microfilament transport
微丝运输
microfilaments play a crucial role in cell structure.
微丝在细胞结构中起着至关重要的作用。
researchers are studying the properties of microfilaments.
研究人员正在研究微丝的特性。
microfilaments help in muscle contraction.
微丝有助于肌肉收缩。
they are composed of actin proteins, forming microfilaments.
它们由肌动蛋白组成，形成微丝。
microfilaments are essential for maintaining cell shape.
微丝对维持细胞形状至关重要。
the dynamics of microfilaments are important in cell movement.
微丝的动态在细胞运动中很重要。
microfilaments interact with various cellular components.
微丝与各种细胞成分相互作用。
disrupting microfilaments can affect cellular processes.
破坏微丝可能会影响细胞过程。
microfilaments are involved in intracellular transport.
微丝参与细胞内运输。
understanding microfilaments can lead to advances in medicine.
了解微丝可以推动医学进步。
microfilament structure
微丝结构
microfilament network
微丝网络
microfilament assembly
微丝组装
microfilament dynamics
微丝动态
microfilament organization
微丝组织
microfilament binding
微丝结合
microfilament function
微丝功能
microfilament stability
微丝稳定性
microfilament proteins
微丝蛋白
microfilament transport
微丝运输
microfilaments play a crucial role in cell structure.
微丝在细胞结构中起着至关重要的作用。
researchers are studying the properties of microfilaments.
研究人员正在研究微丝的特性。
microfilaments help in muscle contraction.
微丝有助于肌肉收缩。
they are composed of actin proteins, forming microfilaments.
它们由肌动蛋白组成，形成微丝。
microfilaments are essential for maintaining cell shape.
微丝对维持细胞形状至关重要。
the dynamics of microfilaments are important in cell movement.
微丝的动态在细胞运动中很重要。
microfilaments interact with various cellular components.
微丝与各种细胞成分相互作用。
disrupting microfilaments can affect cellular processes.
破坏微丝可能会影响细胞过程。
microfilaments are involved in intracellular transport.
微丝参与细胞内运输。
understanding microfilaments can lead to advances in medicine.
了解微丝可以推动医学进步。
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