nanofilament synthesis
纳米线合成
nanofilament structure
纳米线结构
nanofilament network
纳米线网络
nanofilament alignment
纳米线排列
nanofilament properties
纳米线特性
creating nanofilaments
制造纳米线
nanofilaments used
纳米线应用
analyzing nanofilaments
分析纳米线
nanofilament bundles
纳米线束
strong nanofilaments
强韧纳米线
researchers are investigating the role of nanofilaments in cellular structure.
研究人员正在调查纳米丝状体在细胞结构中的作用。
the formation of nanofilaments is crucial for maintaining cell shape.
纳米丝状体的形成对于维持细胞形状至关重要。
disruption of nanofilament networks can lead to cellular dysfunction.
纳米丝状体网络的破坏可能导致细胞功能失调。
nanofilament dynamics are essential for cell migration and division.
纳米丝状体的动态对于细胞迁移和分裂至关重要。
we observed the assembly of nanofilaments during the experiment.
我们在实验中观察到纳米丝状体的组装。
the study focused on the mechanical properties of nanofilaments.
该研究侧重于纳米丝状体的机械性能。
nanofilament organization influences cell stiffness and resilience.
纳米丝状体的组织影响细胞的硬度和韧性。
the presence of nanofilaments was confirmed using electron microscopy.
使用电子显微镜证实了纳米丝状体的存在。
changes in nanofilament density were correlated with disease progression.
纳米丝状体密度变化与疾病进展相关。
targeting nanofilaments may offer new therapeutic avenues.
针对纳米丝状体可能提供新的治疗途径。
the researchers analyzed nanofilament interactions with other cytoskeletal components.
研究人员分析了纳米丝状体与其他细胞骨架成分的相互作用。
nanofilament synthesis
纳米线合成
nanofilament structure
纳米线结构
nanofilament network
纳米线网络
nanofilament alignment
纳米线排列
nanofilament properties
纳米线特性
creating nanofilaments
制造纳米线
nanofilaments used
纳米线应用
analyzing nanofilaments
分析纳米线
nanofilament bundles
纳米线束
strong nanofilaments
强韧纳米线
researchers are investigating the role of nanofilaments in cellular structure.
研究人员正在调查纳米丝状体在细胞结构中的作用。
the formation of nanofilaments is crucial for maintaining cell shape.
纳米丝状体的形成对于维持细胞形状至关重要。
disruption of nanofilament networks can lead to cellular dysfunction.
纳米丝状体网络的破坏可能导致细胞功能失调。
nanofilament dynamics are essential for cell migration and division.
纳米丝状体的动态对于细胞迁移和分裂至关重要。
we observed the assembly of nanofilaments during the experiment.
我们在实验中观察到纳米丝状体的组装。
the study focused on the mechanical properties of nanofilaments.
该研究侧重于纳米丝状体的机械性能。
nanofilament organization influences cell stiffness and resilience.
纳米丝状体的组织影响细胞的硬度和韧性。
the presence of nanofilaments was confirmed using electron microscopy.
使用电子显微镜证实了纳米丝状体的存在。
changes in nanofilament density were correlated with disease progression.
纳米丝状体密度变化与疾病进展相关。
targeting nanofilaments may offer new therapeutic avenues.
针对纳米丝状体可能提供新的治疗途径。
the researchers analyzed nanofilament interactions with other cytoskeletal components.
研究人员分析了纳米丝状体与其他细胞骨架成分的相互作用。
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