alkalophile thrives
碱性恋物繁衍
finding alkalophiles
寻找碱性恋物
alkalophile environment
碱性恋物环境
alkalophile species
碱性恋物种类
alkalophile research
碱性恋物研究
an alkalophile
一种碱性恋物
alkalophiles exist
碱性恋物存在
alkalophile life
碱性恋物生命
studying alkalophiles
研究碱性恋物
alkalophile habitat
碱性恋物栖息地
the alkalophile thrived in the highly alkaline lake.
该碱性环境中的嗜碱菌茁壮成长。
researchers study alkalophile enzymes for industrial applications.
研究人员研究嗜碱菌酶以用于工业应用。
certain alkalophile bacteria can survive in extremely harsh conditions.
某些嗜碱菌能够存活于极端恶劣的环境中。
alkalophile communities are often found near soda springs.
嗜碱菌群落通常在小苏打泉附近发现。
the alkalophile's cell membrane protects it from the alkaline environment.
嗜碱菌的细胞膜保护它免受碱性环境的影响。
we isolated a novel alkalophile from a volcanic hot spring.
我们从火山温泉中分离出一种新型嗜碱菌。
alkalophile growth is inhibited by acidic conditions.
酸性条件会抑制嗜碱菌的生长。
the alkalophile utilizes sodium bicarbonate as a carbon source.
嗜碱菌利用碳酸氢钠作为碳源。
understanding alkalophile metabolism has biotechnological potential.
理解嗜碱菌的新陈代谢具有生物技术潜力。
alkalophile adaptations allow them to tolerate high ph levels.
嗜碱菌的适应性使它们能够耐受高ph值。
the alkalophile's unique enzymes are valuable for detergent production.
嗜碱菌独特的酶对洗涤剂生产具有价值。
alkalophile thrives
碱性恋物繁衍
finding alkalophiles
寻找碱性恋物
alkalophile environment
碱性恋物环境
alkalophile species
碱性恋物种类
alkalophile research
碱性恋物研究
an alkalophile
一种碱性恋物
alkalophiles exist
碱性恋物存在
alkalophile life
碱性恋物生命
studying alkalophiles
研究碱性恋物
alkalophile habitat
碱性恋物栖息地
the alkalophile thrived in the highly alkaline lake.
该碱性环境中的嗜碱菌茁壮成长。
researchers study alkalophile enzymes for industrial applications.
研究人员研究嗜碱菌酶以用于工业应用。
certain alkalophile bacteria can survive in extremely harsh conditions.
某些嗜碱菌能够存活于极端恶劣的环境中。
alkalophile communities are often found near soda springs.
嗜碱菌群落通常在小苏打泉附近发现。
the alkalophile's cell membrane protects it from the alkaline environment.
嗜碱菌的细胞膜保护它免受碱性环境的影响。
we isolated a novel alkalophile from a volcanic hot spring.
我们从火山温泉中分离出一种新型嗜碱菌。
alkalophile growth is inhibited by acidic conditions.
酸性条件会抑制嗜碱菌的生长。
the alkalophile utilizes sodium bicarbonate as a carbon source.
嗜碱菌利用碳酸氢钠作为碳源。
understanding alkalophile metabolism has biotechnological potential.
理解嗜碱菌的新陈代谢具有生物技术潜力。
alkalophile adaptations allow them to tolerate high ph levels.
嗜碱菌的适应性使它们能够耐受高ph值。
the alkalophile's unique enzymes are valuable for detergent production.
嗜碱菌独特的酶对洗涤剂生产具有价值。
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