prototrophic growth
原养生长
prototrophic strain
原养菌株
prototrophic culture
原养培养
prototrophic organism
原养生物
prototrophic variant
原养变种
prototrophic type
原养类型
prototrophic species
原养物种
prototrophic pathway
原养途径
prototrophic media
原养培养基
prototrophic conditions
原养条件
the prototrophic strain was able to grow without any added nutrients.
这种原养型菌株能够在没有任何附加营养的情况下生长。
researchers studied the prototrophic mutants for their adaptability.
研究人员研究了这些原养突变体的适应性。
prototrophic organisms are essential for understanding metabolic pathways.
原养生物对于理解代谢途径至关重要。
the laboratory developed a prototrophic version of the yeast.
实验室开发了酵母的原养型版本。
prototrophic bacteria can thrive in minimal media conditions.
原养细菌可以在最小培养基条件下生存。
scientists are interested in prototrophic species for genetic studies.
科学家对原养物种在遗传研究中的应用感兴趣。
prototrophic growth allows for easier genetic manipulation.
原养生长使遗传操作变得更容易。
the prototrophic phenotype was confirmed through several experiments.
通过多次实验确认了原养表型。
understanding prototrophic characteristics can enhance crop yields.
理解原养特性可以提高作物产量。
prototrophic variants are often used in metabolic engineering.
原养变体通常用于代谢工程中。
prototrophic growth
原养生长
prototrophic strain
原养菌株
prototrophic culture
原养培养
prototrophic organism
原养生物
prototrophic variant
原养变种
prototrophic type
原养类型
prototrophic species
原养物种
prototrophic pathway
原养途径
prototrophic media
原养培养基
prototrophic conditions
原养条件
the prototrophic strain was able to grow without any added nutrients.
这种原养型菌株能够在没有任何附加营养的情况下生长。
researchers studied the prototrophic mutants for their adaptability.
研究人员研究了这些原养突变体的适应性。
prototrophic organisms are essential for understanding metabolic pathways.
原养生物对于理解代谢途径至关重要。
the laboratory developed a prototrophic version of the yeast.
实验室开发了酵母的原养型版本。
prototrophic bacteria can thrive in minimal media conditions.
原养细菌可以在最小培养基条件下生存。
scientists are interested in prototrophic species for genetic studies.
科学家对原养物种在遗传研究中的应用感兴趣。
prototrophic growth allows for easier genetic manipulation.
原养生长使遗传操作变得更容易。
the prototrophic phenotype was confirmed through several experiments.
通过多次实验确认了原养表型。
understanding prototrophic characteristics can enhance crop yields.
理解原养特性可以提高作物产量。
prototrophic variants are often used in metabolic engineering.
原养变体通常用于代谢工程中。
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