hypha growth
菌丝生长
hypha structure
菌丝结构
hypha network
菌丝网络
hypha formation
菌丝形成
hypha division
菌丝分裂
hypha type
菌丝类型
hypha density
菌丝密度
hypha extension
菌丝延伸
hypha interaction
菌丝相互作用
hypha analysis
菌丝分析
the hypha of the fungus spreads rapidly through the soil.
真菌的菌丝迅速在土壤中传播。
hyphae are essential for nutrient absorption in fungi.
菌丝对真菌的营养吸收至关重要。
under the microscope, the hyphae appear as long, thread-like structures.
在显微镜下，菌丝呈现为细长的线状结构。
some fungi can produce hyphae that are resistant to harsh conditions.
一些真菌可以产生对恶劣条件具有抗性的菌丝。
the hypha network helps in forming mycorrhizal associations with plants.
菌丝网络有助于与植物形成菌根共生关系。
hyphae can be classified as septate or coenocytic.
菌丝可以分为隔膜型或无隔膜型。
the growth of hyphae is influenced by environmental factors.
菌丝的生长受到环境因素的影响。
hyphae play a crucial role in the decomposition of organic matter.
菌丝在有机物的分解中起着关键作用。
fungal hyphae can form complex networks in their habitat.
真菌的菌丝可以在其栖息地形成复杂的网络。
researchers study hyphae to understand fungal biology better.
研究人员研究菌丝以更好地理解真菌生物学。
hypha growth
菌丝生长
hypha structure
菌丝结构
hypha network
菌丝网络
hypha formation
菌丝形成
hypha division
菌丝分裂
hypha type
菌丝类型
hypha density
菌丝密度
hypha extension
菌丝延伸
hypha interaction
菌丝相互作用
hypha analysis
菌丝分析
the hypha of the fungus spreads rapidly through the soil.
真菌的菌丝迅速在土壤中传播。
hyphae are essential for nutrient absorption in fungi.
菌丝对真菌的营养吸收至关重要。
under the microscope, the hyphae appear as long, thread-like structures.
在显微镜下，菌丝呈现为细长的线状结构。
some fungi can produce hyphae that are resistant to harsh conditions.
一些真菌可以产生对恶劣条件具有抗性的菌丝。
the hypha network helps in forming mycorrhizal associations with plants.
菌丝网络有助于与植物形成菌根共生关系。
hyphae can be classified as septate or coenocytic.
菌丝可以分为隔膜型或无隔膜型。
the growth of hyphae is influenced by environmental factors.
菌丝的生长受到环境因素的影响。
hyphae play a crucial role in the decomposition of organic matter.
菌丝在有机物的分解中起着关键作用。
fungal hyphae can form complex networks in their habitat.
真菌的菌丝可以在其栖息地形成复杂的网络。
researchers study hyphae to understand fungal biology better.
研究人员研究菌丝以更好地理解真菌生物学。
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