coenocytic fungi
共质菌
coenocytic algae
共质藻类
coenocytic cells
共质细胞
coenocytic structure
共质结构
coenocytic network
共质网络
coenocytic mycelium
共质菌丝
coenocytic growth
共质生长
coenocytic organisms
共质生物
coenocytic tissue
共质组织
coenocytic division
共质分裂
the coenocytic structure of the organism allows for efficient nutrient distribution.
该生物的共质体结构可以有效地分配营养。
in coenocytic fungi, the cells are interconnected, forming a large multinucleate mass.
在共质体真菌中，细胞相互连接，形成一个大型多核质体。
coenocytic algae can thrive in various aquatic environments.
共质体藻类可以在各种水生环境中生存。
research on coenocytic organisms has revealed new insights into cellular biology.
对共质体生物的研究揭示了细胞生物学的新见解。
coenocytic cells can be found in certain types of green algae.
共质体细胞可以在某些类型的绿藻中找到。
the coenocytic nature of slime molds is fascinating to biologists.
粘菌的共质体特性让生物学家感到着迷。
understanding coenocytic development is crucial for studying plant evolution.
理解共质体发育对研究植物进化至关重要。
coenocytic mycelium can grow rapidly under favorable conditions.
在有利条件下，共质体菌丝可以快速生长。
the study of coenocytic structures has implications for biotechnology.
对共质体结构的研究对生物技术有重要意义。
many marine organisms exhibit coenocytic characteristics in their life cycles.
许多海洋生物在其生命周期中表现出共质体特征。
coenocytic fungi
共质菌
coenocytic algae
共质藻类
coenocytic cells
共质细胞
coenocytic structure
共质结构
coenocytic network
共质网络
coenocytic mycelium
共质菌丝
coenocytic growth
共质生长
coenocytic organisms
共质生物
coenocytic tissue
共质组织
coenocytic division
共质分裂
the coenocytic structure of the organism allows for efficient nutrient distribution.
该生物的共质体结构可以有效地分配营养。
in coenocytic fungi, the cells are interconnected, forming a large multinucleate mass.
在共质体真菌中，细胞相互连接，形成一个大型多核质体。
coenocytic algae can thrive in various aquatic environments.
共质体藻类可以在各种水生环境中生存。
research on coenocytic organisms has revealed new insights into cellular biology.
对共质体生物的研究揭示了细胞生物学的新见解。
coenocytic cells can be found in certain types of green algae.
共质体细胞可以在某些类型的绿藻中找到。
the coenocytic nature of slime molds is fascinating to biologists.
粘菌的共质体特性让生物学家感到着迷。
understanding coenocytic development is crucial for studying plant evolution.
理解共质体发育对研究植物进化至关重要。
coenocytic mycelium can grow rapidly under favorable conditions.
在有利条件下，共质体菌丝可以快速生长。
the study of coenocytic structures has implications for biotechnology.
对共质体结构的研究对生物技术有重要意义。
many marine organisms exhibit coenocytic characteristics in their life cycles.
许多海洋生物在其生命周期中表现出共质体特征。
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