spheroid shapes
球體形狀
analyzing spheroids
分析球體
spheroids exist
球體存在
formed spheroids
形成的球體
spheroid particles
球體粒子
counting spheroids
計算球體數量
spheroids appear
球體出現
complex spheroids
複雜的球體
identifying spheroids
辨識球體
large spheroids
大的球體
the researchers observed the formation of lipid spheroids in the cell membrane.
研究人員觀察到脂質球體在細胞膜中的形成。
we analyzed the size and distribution of spheroids within the tissue sample.
我們分析了組織樣本中球體的大小和分布。
the drug delivery system utilized polymeric spheroids to enhance absorption.
藥物傳遞系統利用聚合物球體來增強吸收。
microfluidic devices can precisely generate spheroids of uniform size.
微流體裝置可以精確生成均勻大小的球體。
the spheroids exhibited a high degree of structural organization.
這些球體表現出高度的結構組織性。
we characterized the mechanical properties of the collagen spheroids.
我們表征了膠原蛋白球體的機械特性。
the spheroids self-assembled into complex three-dimensional structures.
這些球體自組裝成複雜的三維結構。
the process involved creating spheroids from stem cell-derived material.
該過程涉及從幹細胞衍生材料中製造球體。
the spheroids provided a more physiologically relevant model for drug testing.
這些球體為藥物測試提供了更具生理相關性的模型。
we compared the growth rate of spheroids in different culture conditions.
我們比較了不同培養條件下球體的生長速率。
the imaging techniques allowed for detailed visualization of the spheroids.
這些成像技術允許對球體進行詳細的視覺化。
spheroid shapes
球體形狀
analyzing spheroids
分析球體
spheroids exist
球體存在
formed spheroids
形成的球體
spheroid particles
球體粒子
counting spheroids
計算球體數量
spheroids appear
球體出現
complex spheroids
複雜的球體
identifying spheroids
辨識球體
large spheroids
大的球體
the researchers observed the formation of lipid spheroids in the cell membrane.
研究人員觀察到脂質球體在細胞膜中的形成。
we analyzed the size and distribution of spheroids within the tissue sample.
我們分析了組織樣本中球體的大小和分布。
the drug delivery system utilized polymeric spheroids to enhance absorption.
藥物傳遞系統利用聚合物球體來增強吸收。
microfluidic devices can precisely generate spheroids of uniform size.
微流體裝置可以精確生成均勻大小的球體。
the spheroids exhibited a high degree of structural organization.
這些球體表現出高度的結構組織性。
we characterized the mechanical properties of the collagen spheroids.
我們表征了膠原蛋白球體的機械特性。
the spheroids self-assembled into complex three-dimensional structures.
這些球體自組裝成複雜的三維結構。
the process involved creating spheroids from stem cell-derived material.
該過程涉及從幹細胞衍生材料中製造球體。
the spheroids provided a more physiologically relevant model for drug testing.
這些球體為藥物測試提供了更具生理相關性的模型。
we compared the growth rate of spheroids in different culture conditions.
我們比較了不同培養條件下球體的生長速率。
the imaging techniques allowed for detailed visualization of the spheroids.
這些成像技術允許對球體進行詳細的視覺化。
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