actomyosins are involved in muscle contraction.
肌動蛋白參與肌肉收縮。
the study focused on the structure of actomyosins.
該研究側重於肌動蛋白的結構。
researchers are investigating new ways to target actomyosins for drug development.
研究人員正在探索新的靶向肌動蛋白的方法，用於藥物開發。
actomyosins play a crucial role in cell movement.
肌動蛋白在細胞運動中起着至關重要的作用。
mutations in actomyosin genes can lead to muscle disorders.
肌動蛋白基因的突變會導致肌肉疾病。
understanding actomyosins is essential for comprehending cellular mechanics.
理解肌動蛋白對於理解細胞力學至關重要。
scientists are using advanced imaging techniques to visualize actomyosin filaments.
科學家們使用先進的成像技術來可視化肌動蛋白絲。
actomyosins interact with other proteins to form complex structures.
肌動蛋白與其他蛋白質相互作用形成複雜的結構。
the function of actomyosins is highly regulated within cells.
細胞內肌動蛋白的功能受到高度調控。
actomyosin motors are essential for transporting cargo within cells.
肌動蛋白馬達對於在細胞內運輸貨物至關重要。
actomyosins are involved in muscle contraction.
肌動蛋白參與肌肉收縮。
the study focused on the structure of actomyosins.
該研究側重於肌動蛋白的結構。
researchers are investigating new ways to target actomyosins for drug development.
研究人員正在探索新的靶向肌動蛋白的方法，用於藥物開發。
actomyosins play a crucial role in cell movement.
肌動蛋白在細胞運動中起着至關重要的作用。
mutations in actomyosin genes can lead to muscle disorders.
肌動蛋白基因的突變會導致肌肉疾病。
understanding actomyosins is essential for comprehending cellular mechanics.
理解肌動蛋白對於理解細胞力學至關重要。
scientists are using advanced imaging techniques to visualize actomyosin filaments.
科學家們使用先進的成像技術來可視化肌動蛋白絲。
actomyosins interact with other proteins to form complex structures.
肌動蛋白與其他蛋白質相互作用形成複雜的結構。
the function of actomyosins is highly regulated within cells.
細胞內肌動蛋白的功能受到高度調控。
actomyosin motors are essential for transporting cargo within cells.
肌動蛋白馬達對於在細胞內運輸貨物至關重要。
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