studying nonactinomycetes
研究非放線菌
identifying nonactinomycetes
鑑定非放線菌
nonactinomycetes present
存在非放線菌
analyzing nonactinomycetes
分析非放線菌
nonactinomycetes samples
非放線菌樣本
finding nonactinomycetes
尋找非放線菌
diverse nonactinomycetes
多樣的非放線菌
nonactinomycetes strains
非放線菌菌株
containing nonactinomycetes
含有非放線菌
classifying nonactinomycetes
分類非放線菌
researchers are investigating the role of nonactinomycetes in soil carbon sequestration.
研究人員正在調查非放線菌在土壤碳封存中的作用。
the study focused on the diversity of nonactinomycetes within the rhizosphere.
該研究專注於根際中非放線菌的多樣性。
nonactinomycetes represent a significant portion of bacterial communities in many ecosystems.
非放線菌在許多生態系統的細菌群落中佔有重要比例。
metagenomic analysis revealed a high abundance of nonactinomycetes in the sample.
宏基因組分析顯示樣本中非放線菌的豐度很高。
the production of novel secondary metabolites by nonactinomycetes is a promising area of research.
非放線菌產生新型次級代謝物的領域是一個有前景的研究方向。
compared to actinomycetes, nonactinomycetes often exhibit different metabolic capabilities.
與放線菌相比，非放線菌通常表現出不同的代謝能力。
the impact of environmental factors on nonactinomycetes distribution remains unclear.
環境因素對非放線菌分佈的影響仍然不明。
cultivating nonactinomycetes can be challenging due to their fastidious nutritional requirements.
由於非放線菌對營養需求非常挑剔，培養它們可能具有挑戰性。
the potential of nonactinomycetes for bioremediation applications is being explored.
非放線菌在生物修復應用中的潛力正在被探索。
phylogenetic analysis identified several novel genera within the nonactinomycetes group.
系統發生學分析在非放線菌群中識別出幾個新屬。
understanding the ecological niche of nonactinomycetes is crucial for ecosystem management.
了解非放線菌的生態位對生態系統管理至關重要。
studying nonactinomycetes
研究非放線菌
identifying nonactinomycetes
鑑定非放線菌
nonactinomycetes present
存在非放線菌
analyzing nonactinomycetes
分析非放線菌
nonactinomycetes samples
非放線菌樣本
finding nonactinomycetes
尋找非放線菌
diverse nonactinomycetes
多樣的非放線菌
nonactinomycetes strains
非放線菌菌株
containing nonactinomycetes
含有非放線菌
classifying nonactinomycetes
分類非放線菌
researchers are investigating the role of nonactinomycetes in soil carbon sequestration.
研究人員正在調查非放線菌在土壤碳封存中的作用。
the study focused on the diversity of nonactinomycetes within the rhizosphere.
該研究專注於根際中非放線菌的多樣性。
nonactinomycetes represent a significant portion of bacterial communities in many ecosystems.
非放線菌在許多生態系統的細菌群落中佔有重要比例。
metagenomic analysis revealed a high abundance of nonactinomycetes in the sample.
宏基因組分析顯示樣本中非放線菌的豐度很高。
the production of novel secondary metabolites by nonactinomycetes is a promising area of research.
非放線菌產生新型次級代謝物的領域是一個有前景的研究方向。
compared to actinomycetes, nonactinomycetes often exhibit different metabolic capabilities.
與放線菌相比，非放線菌通常表現出不同的代謝能力。
the impact of environmental factors on nonactinomycetes distribution remains unclear.
環境因素對非放線菌分佈的影響仍然不明。
cultivating nonactinomycetes can be challenging due to their fastidious nutritional requirements.
由於非放線菌對營養需求非常挑剔，培養它們可能具有挑戰性。
the potential of nonactinomycetes for bioremediation applications is being explored.
非放線菌在生物修復應用中的潛力正在被探索。
phylogenetic analysis identified several novel genera within the nonactinomycetes group.
系統發生學分析在非放線菌群中識別出幾個新屬。
understanding the ecological niche of nonactinomycetes is crucial for ecosystem management.
了解非放線菌的生態位對生態系統管理至關重要。
探索常見搜尋詞彙