the halobacters
这些盐杆菌
halobacters thrive
盐杆菌茁壮成长
halobacters need
盐杆菌需要
halobacters survive
盐杆菌存活
halobacters in
盐杆菌中
studying halobacters
研究盐杆菌
halobacters require
盐杆菌适应
halobacters adapt
盐杆菌偏好
halobacters prefer
盐杆菌形成
halobacters form
extreme halobacters thrive in salt flats where other organisms cannot survive.
极端嗜盐菌在盐滩中茁壮成长，而其他生物无法生存。
scientists study halobacters to understand how life adapts to harsh environments.
科学家研究嗜盐菌以了解生命如何适应恶劣环境。
halobacters use a process called phototrophy to generate energy from sunlight.
嗜盐菌利用一种称为光养的过程从阳光中产生能量。
the bright red color of some halobacters comes from carotenoid pigments.
一些嗜盐菌的鲜红色来自类胡萝卜素色素。
halobacters maintain cellular balance through specialized ion pumps.
嗜盐菌通过专门的离子泵维持细胞平衡。
researchers cultivate halobacters in laboratory settings to test their limits.
研究人员在实验室环境中培养嗜盐菌以测试它们的极限。
different halobacter species occupy distinct niches within hypersaline lakes.
不同的嗜盐菌物种占据高盐湖泊中的不同生态位。
the cell walls of halobacters contain unique proteins not found in bacteria.
嗜盐菌的细胞壁含有细菌中找不到的独特蛋白质。
halobacters represent an ancient lineage of microorganisms that have survived for billions of years.
嗜盐菌代表了一类古老的微生物谱系，已存活了数十亿年。
biotechnologists explore halobacters for potential applications in extreme industrial processes.
生物工程师探索嗜盐菌在极端工业过程中的潜在应用。
understanding halobacter genetics could reveal insights into early biological evolution.
了解嗜盐菌的遗传学可以揭示早期生物进化的见解。
halobacters demonstrate remarkable resilience in environments with extreme salt concentrations.
嗜盐菌在极端盐浓度的环境中展现出非凡的抵抗力。
the halobacters
这些盐杆菌
halobacters thrive
盐杆菌茁壮成长
halobacters need
盐杆菌需要
halobacters survive
盐杆菌存活
halobacters in
盐杆菌中
studying halobacters
研究盐杆菌
halobacters require
盐杆菌适应
halobacters adapt
盐杆菌偏好
halobacters prefer
盐杆菌形成
halobacters form
extreme halobacters thrive in salt flats where other organisms cannot survive.
极端嗜盐菌在盐滩中茁壮成长，而其他生物无法生存。
scientists study halobacters to understand how life adapts to harsh environments.
科学家研究嗜盐菌以了解生命如何适应恶劣环境。
halobacters use a process called phototrophy to generate energy from sunlight.
嗜盐菌利用一种称为光养的过程从阳光中产生能量。
the bright red color of some halobacters comes from carotenoid pigments.
一些嗜盐菌的鲜红色来自类胡萝卜素色素。
halobacters maintain cellular balance through specialized ion pumps.
嗜盐菌通过专门的离子泵维持细胞平衡。
researchers cultivate halobacters in laboratory settings to test their limits.
研究人员在实验室环境中培养嗜盐菌以测试它们的极限。
different halobacter species occupy distinct niches within hypersaline lakes.
不同的嗜盐菌物种占据高盐湖泊中的不同生态位。
the cell walls of halobacters contain unique proteins not found in bacteria.
嗜盐菌的细胞壁含有细菌中找不到的独特蛋白质。
halobacters represent an ancient lineage of microorganisms that have survived for billions of years.
嗜盐菌代表了一类古老的微生物谱系，已存活了数十亿年。
biotechnologists explore halobacters for potential applications in extreme industrial processes.
生物工程师探索嗜盐菌在极端工业过程中的潜在应用。
understanding halobacter genetics could reveal insights into early biological evolution.
了解嗜盐菌的遗传学可以揭示早期生物进化的见解。
halobacters demonstrate remarkable resilience in environments with extreme salt concentrations.
嗜盐菌在极端盐浓度的环境中展现出非凡的抵抗力。
探索常用高频词汇