paramecia culture
草履虫培养
paramecia study
草履虫研究
paramecia observation
草履虫观察
paramecia movement
草履虫运动
paramecia reproduction
草履虫繁殖
paramecia feeding
草履虫摄食
paramecia behavior
草履虫行为
paramecia structure
草履虫结构
paramecia cells
草履虫细胞
paramecia under microscope
显微镜下的草履虫
paramecia are single-celled organisms found in freshwater ponds.
草履虫是发现于淡水池塘中的单细胞生物。
scientists studied the movement of paramecia under the microscope.
科学家们在显微镜下研究了草履虫的运动。
the rapid coordination of cilia allows paramecia to swim efficiently.
纤毛的快速协调使草履虫能够高效游动。
students observed how paramecia consume food particles like bacteria.
学生们观察了草履虫如何吞噬细菌等食物颗粒。
a slipper-shaped appearance is characteristic of most paramecia.
拖鞋状的形状是大多数草履虫的特征。
paramecia reproduce asexually through a process called binary fission.
草履虫通过一种称为二分裂的过程进行无性繁殖。
the contractile vacuole helps paramecia maintain osmotic balance.
伸缩泡帮助草履虫维持渗透平衡。
like other ciliates, paramecia possess distinct nuclei types.
像其他纤毛虫一样，草履虫拥有独特的细胞核类型。
environmental changes trigger the encystment of some paramecia.
环境变化会触发某些草履虫的包囊形成。
paramecia react to stimuli by avoiding harmful substances.
草履虫通过对有害物质的回避来对刺激做出反应。
certain types of paramecia can exchange genetic material via conjugation.
某些类型的草履虫可以通过接合交换遗传物质。
biologists use paramecia as model organisms in educational settings.
生物学家在教育环境中将草履虫用作模式生物。
paramecia culture
草履虫培养
paramecia study
草履虫研究
paramecia observation
草履虫观察
paramecia movement
草履虫运动
paramecia reproduction
草履虫繁殖
paramecia feeding
草履虫摄食
paramecia behavior
草履虫行为
paramecia structure
草履虫结构
paramecia cells
草履虫细胞
paramecia under microscope
显微镜下的草履虫
paramecia are single-celled organisms found in freshwater ponds.
草履虫是发现于淡水池塘中的单细胞生物。
scientists studied the movement of paramecia under the microscope.
科学家们在显微镜下研究了草履虫的运动。
the rapid coordination of cilia allows paramecia to swim efficiently.
纤毛的快速协调使草履虫能够高效游动。
students observed how paramecia consume food particles like bacteria.
学生们观察了草履虫如何吞噬细菌等食物颗粒。
a slipper-shaped appearance is characteristic of most paramecia.
拖鞋状的形状是大多数草履虫的特征。
paramecia reproduce asexually through a process called binary fission.
草履虫通过一种称为二分裂的过程进行无性繁殖。
the contractile vacuole helps paramecia maintain osmotic balance.
伸缩泡帮助草履虫维持渗透平衡。
like other ciliates, paramecia possess distinct nuclei types.
像其他纤毛虫一样，草履虫拥有独特的细胞核类型。
environmental changes trigger the encystment of some paramecia.
环境变化会触发某些草履虫的包囊形成。
paramecia react to stimuli by avoiding harmful substances.
草履虫通过对有害物质的回避来对刺激做出反应。
certain types of paramecia can exchange genetic material via conjugation.
某些类型的草履虫可以通过接合交换遗传物质。
biologists use paramecia as model organisms in educational settings.
生物学家在教育环境中将草履虫用作模式生物。
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