ctenidium structure
刺毛结构
ctenidium function
刺毛功能
ctenidium morphology
刺毛形态
ctenidium classification
刺毛分类
ctenidium analysis
刺毛分析
ctenidium development
刺毛发育
ctenidium adaptation
刺毛适应
ctenidium diversity
刺毛多样性
ctenidium evolution
刺毛进化
ctenidium research
刺毛研究
the ctenidium plays a crucial role in the respiratory system of some mollusks.
肋鳃在某些软体动物的呼吸系统中起着至关重要的作用。
researchers studied the structure of the ctenidium under a microscope.
研究人员在显微镜下研究了肋鳃的结构。
the ctenidium can vary significantly between different mollusk species.
肋鳃在不同的软体动物物种之间可能有显著差异。
the ctenidium is often used in classification of marine animals.
肋鳃常用于海洋动物的分类。
the anatomy of the ctenidium is fascinating to marine biologists.
肋鳃的解剖结构对海洋生物学家来说非常吸引人。
ctenidium structure
刺毛结构
ctenidium function
刺毛功能
ctenidium morphology
刺毛形态
ctenidium classification
刺毛分类
ctenidium analysis
刺毛分析
ctenidium development
刺毛发育
ctenidium adaptation
刺毛适应
ctenidium diversity
刺毛多样性
ctenidium evolution
刺毛进化
ctenidium research
刺毛研究
the ctenidium plays a crucial role in the respiratory system of some mollusks.
肋鳃在某些软体动物的呼吸系统中起着至关重要的作用。
researchers studied the structure of the ctenidium under a microscope.
研究人员在显微镜下研究了肋鳃的结构。
the ctenidium can vary significantly between different mollusk species.
肋鳃在不同的软体动物物种之间可能有显著差异。
the ctenidium is often used in classification of marine animals.
肋鳃常用于海洋动物的分类。
the anatomy of the ctenidium is fascinating to marine biologists.
肋鳃的解剖结构对海洋生物学家来说非常吸引人。
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