aseptate the wound
清洁伤口
aseptate environment
无菌环境
aseptate technique
无菌技术
aseptate procedure
无菌操作
aseptate practices
无菌操作规范
aseptate fungi lack cross-walls in their hyphae.
无隔膜真菌在其菌丝中缺乏横隔壁。
the aseptate condition allows for rapid growth.
无隔膜状态允许快速生长。
researchers study aseptate structures in various organisms.
研究人员研究各种生物中的无隔膜结构。
aseptate mycelium can be found in some molds.
某些霉菌中可以找到无隔膜菌丝。
understanding aseptate features is crucial in mycology.
理解无隔膜特征在真菌学中至关重要。
some species exhibit aseptate growth patterns.
一些物种表现出无隔膜生长模式。
aseptate hyphae can facilitate nutrient transport.
无隔膜菌丝可以促进养分运输。
the study of aseptate organisms reveals evolutionary insights.
对无隔膜生物的研究揭示了进化见解。
in laboratory settings, aseptate cultures are often used.
在实验室环境中，通常使用无隔膜培养物。
identifying aseptate characteristics helps in classification.
识别无隔膜特征有助于分类。
aseptate the wound
清洁伤口
aseptate environment
无菌环境
aseptate technique
无菌技术
aseptate procedure
无菌操作
aseptate practices
无菌操作规范
aseptate fungi lack cross-walls in their hyphae.
无隔膜真菌在其菌丝中缺乏横隔壁。
the aseptate condition allows for rapid growth.
无隔膜状态允许快速生长。
researchers study aseptate structures in various organisms.
研究人员研究各种生物中的无隔膜结构。
aseptate mycelium can be found in some molds.
某些霉菌中可以找到无隔膜菌丝。
understanding aseptate features is crucial in mycology.
理解无隔膜特征在真菌学中至关重要。
some species exhibit aseptate growth patterns.
一些物种表现出无隔膜生长模式。
aseptate hyphae can facilitate nutrient transport.
无隔膜菌丝可以促进养分运输。
the study of aseptate organisms reveals evolutionary insights.
对无隔膜生物的研究揭示了进化见解。
in laboratory settings, aseptate cultures are often used.
在实验室环境中，通常使用无隔膜培养物。
identifying aseptate characteristics helps in classification.
识别无隔膜特征有助于分类。
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