nanofilament synthesis
納米纖維合成
nanofilament structure
納米纖維結構
nanofilament network
納米纖維網絡
nanofilament alignment
納米纖維排列
nanofilament properties
納米纖維特性
creating nanofilaments
製造納米纖維
nanofilaments used
納米纖維應用
analyzing nanofilaments
分析納米纖維
nanofilament bundles
納米纖維束
strong nanofilaments
強韌納米纖維
researchers are investigating the role of nanofilaments in cellular structure.
研究人員正在調查納米絲狀結構在細胞結構中的作用。
the formation of nanofilaments is crucial for maintaining cell shape.
納米絲狀結構的形成對於維持細胞形狀至關重要。
disruption of nanofilament networks can lead to cellular dysfunction.
納米絲狀網絡的破壞會導致細胞功能異常。
nanofilament dynamics are essential for cell migration and division.
納米絲狀結構的動態對於細胞遷移和分裂至關重要。
we observed the assembly of nanofilaments during the experiment.
我們在實驗中觀察到納米絲狀結構的組裝過程。
the study focused on the mechanical properties of nanofilaments.
該研究專注於納米絲狀結構的機械特性。
nanofilament organization influences cell stiffness and resilience.
納米絲狀結構的組織方式會影響細胞的剛性與韌性。
the presence of nanofilaments was confirmed using electron microscopy.
透過電子顯微鏡確認了納米絲狀結構的存在。
changes in nanofilament density were correlated with disease progression.
納米絲狀結構密度的變化與疾病進展相關。
targeting nanofilaments may offer new therapeutic avenues.
針對納米絲狀結構可能提供新的治療途徑。
the researchers analyzed nanofilament interactions with other cytoskeletal components.
研究人員分析了納米絲狀結構與其他細胞骨架成分的相互作用。
nanofilament synthesis
納米纖維合成
nanofilament structure
納米纖維結構
nanofilament network
納米纖維網絡
nanofilament alignment
納米纖維排列
nanofilament properties
納米纖維特性
creating nanofilaments
製造納米纖維
nanofilaments used
納米纖維應用
analyzing nanofilaments
分析納米纖維
nanofilament bundles
納米纖維束
strong nanofilaments
強韌納米纖維
researchers are investigating the role of nanofilaments in cellular structure.
研究人員正在調查納米絲狀結構在細胞結構中的作用。
the formation of nanofilaments is crucial for maintaining cell shape.
納米絲狀結構的形成對於維持細胞形狀至關重要。
disruption of nanofilament networks can lead to cellular dysfunction.
納米絲狀網絡的破壞會導致細胞功能異常。
nanofilament dynamics are essential for cell migration and division.
納米絲狀結構的動態對於細胞遷移和分裂至關重要。
we observed the assembly of nanofilaments during the experiment.
我們在實驗中觀察到納米絲狀結構的組裝過程。
the study focused on the mechanical properties of nanofilaments.
該研究專注於納米絲狀結構的機械特性。
nanofilament organization influences cell stiffness and resilience.
納米絲狀結構的組織方式會影響細胞的剛性與韌性。
the presence of nanofilaments was confirmed using electron microscopy.
透過電子顯微鏡確認了納米絲狀結構的存在。
changes in nanofilament density were correlated with disease progression.
納米絲狀結構密度的變化與疾病進展相關。
targeting nanofilaments may offer new therapeutic avenues.
針對納米絲狀結構可能提供新的治療途徑。
the researchers analyzed nanofilament interactions with other cytoskeletal components.
研究人員分析了納米絲狀結構與其他細胞骨架成分的相互作用。
探索常見搜尋詞彙