anucleate cells
无核细胞
anucleated erythrocytes
无核红细胞
anucleate state
无核状态
become anucleate
变成无核
render anucleate
使无核
anucleate cytoplasm
无核细胞质
anucleate condition
无核条件
naturally anucleate
天然无核
mammalian red blood cells are anucleate and cannot divide.
哺乳动物的红细胞是无核的，无法分裂。
the anucleate state of mature erythrocytes limits their lifespan.
成熟红细胞的无核状态限制了它们的寿命。
scientists have created anucleate cells for research purposes.
科学家已经创造出用于研究目的的无核细胞。
anucleate yeast cells can still perform metabolic functions.
无核酵母细胞仍然可以执行代谢功能。
the anucleate condition allows for more hemoglobin storage.
无核条件允许储存更多的血红蛋白。
some bacteria naturally exist in anucleate forms.
一些细菌天然以无核形式存在。
anucleate cytoplasm retains the machinery for protein synthesis.
无核细胞质保留蛋白质合成的机制。
the cell becomes anucleate during certain stages of development.
细胞在发育的某些阶段会变成无核状态。
researchers induced anucleate conditions in the laboratory.
研究人员在实验室中诱导无核条件。
anucleate red blood cells transport oxygen efficiently.
无核红细胞有效地运输氧气。
the anucleate phenotype is observed in some mutant organisms.
在一些突变生物体中观察到无核表型。
maintaining anucleate status is crucial for proper cell function.
维持无核状态对于正常的细胞功能至关重要。
anucleate cells
无核细胞
anucleated erythrocytes
无核红细胞
anucleate state
无核状态
become anucleate
变成无核
render anucleate
使无核
anucleate cytoplasm
无核细胞质
anucleate condition
无核条件
naturally anucleate
天然无核
mammalian red blood cells are anucleate and cannot divide.
哺乳动物的红细胞是无核的，无法分裂。
the anucleate state of mature erythrocytes limits their lifespan.
成熟红细胞的无核状态限制了它们的寿命。
scientists have created anucleate cells for research purposes.
科学家已经创造出用于研究目的的无核细胞。
anucleate yeast cells can still perform metabolic functions.
无核酵母细胞仍然可以执行代谢功能。
the anucleate condition allows for more hemoglobin storage.
无核条件允许储存更多的血红蛋白。
some bacteria naturally exist in anucleate forms.
一些细菌天然以无核形式存在。
anucleate cytoplasm retains the machinery for protein synthesis.
无核细胞质保留蛋白质合成的机制。
the cell becomes anucleate during certain stages of development.
细胞在发育的某些阶段会变成无核状态。
researchers induced anucleate conditions in the laboratory.
研究人员在实验室中诱导无核条件。
anucleate red blood cells transport oxygen efficiently.
无核红细胞有效地运输氧气。
the anucleate phenotype is observed in some mutant organisms.
在一些突变生物体中观察到无核表型。
maintaining anucleate status is crucial for proper cell function.
维持无核状态对于正常的细胞功能至关重要。
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