eubacteria exist
真菌存在
studying eubacteria
研究细菌
eubacteria samples
细菌样本
contain eubacteria
含有细菌
eubacteria growth
细菌生长
analyzing eubacteria
分析细菌
eubacteria cultures
细菌培养
identifying eubacteria
识别细菌
eubacteria presence
细菌存在
detecting eubacteria
检测细菌
eubacteria are a diverse group of bacteria found in various environments.
真细菌是存在于各种环境中的多样细菌群。
the gut microbiome is heavily populated with beneficial eubacteria.
肠道微生物群中充满了有益的真细菌。
researchers are studying eubacteria to understand their metabolic pathways.
研究人员正在研究真细菌以了解它们的代谢途径。
certain eubacteria species are used in industrial fermentation processes.
某些真细菌物种被用于工业发酵过程。
eubacteria play a crucial role in nutrient cycling within ecosystems.
真细菌在生态系统中的养分循环中发挥着至关重要的作用。
the presence of eubacteria can be detected through molecular techniques.
可以通过分子技术检测到真细菌的存在。
some eubacteria form symbiotic relationships with plants and animals.
有些真细菌与植物和动物形成共生关系。
understanding eubacteria diversity is important for environmental monitoring.
了解真细菌的多样性对于环境监测很重要。
eubacteria contribute to soil fertility by fixing nitrogen.
真细菌通过固氮促进土壤肥力。
the classification of eubacteria has evolved with new genomic data.
随着新的基因组数据的出现，真细菌的分类已经发生了变化。
scientists investigate the interactions between eubacteria and archaea.
科学家们研究真细菌和古细菌之间的相互作用。
eubacteria exist
真菌存在
studying eubacteria
研究细菌
eubacteria samples
细菌样本
contain eubacteria
含有细菌
eubacteria growth
细菌生长
analyzing eubacteria
分析细菌
eubacteria cultures
细菌培养
identifying eubacteria
识别细菌
eubacteria presence
细菌存在
detecting eubacteria
检测细菌
eubacteria are a diverse group of bacteria found in various environments.
真细菌是存在于各种环境中的多样细菌群。
the gut microbiome is heavily populated with beneficial eubacteria.
肠道微生物群中充满了有益的真细菌。
researchers are studying eubacteria to understand their metabolic pathways.
研究人员正在研究真细菌以了解它们的代谢途径。
certain eubacteria species are used in industrial fermentation processes.
某些真细菌物种被用于工业发酵过程。
eubacteria play a crucial role in nutrient cycling within ecosystems.
真细菌在生态系统中的养分循环中发挥着至关重要的作用。
the presence of eubacteria can be detected through molecular techniques.
可以通过分子技术检测到真细菌的存在。
some eubacteria form symbiotic relationships with plants and animals.
有些真细菌与植物和动物形成共生关系。
understanding eubacteria diversity is important for environmental monitoring.
了解真细菌的多样性对于环境监测很重要。
eubacteria contribute to soil fertility by fixing nitrogen.
真细菌通过固氮促进土壤肥力。
the classification of eubacteria has evolved with new genomic data.
随着新的基因组数据的出现，真细菌的分类已经发生了变化。
scientists investigate the interactions between eubacteria and archaea.
科学家们研究真细菌和古细菌之间的相互作用。
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