halobacter research
嗜鹽菌研究
halobacter strains
嗜鹽菌菌株
halobacter species
嗜鹽菌種
halobacterial growth
嗜鹽菌生長
halobacter colonies
嗜鹽菌菌落
halobacter metabolism
嗜鹽菌代謝
halobacter membrane
嗜鹽菌膜
halobacter protein
嗜鹽菌蛋白質
halobacter culture
嗜鹽菌培養
halobacter genome
嗜鹽菌基因組
halobacter species thrive in high-salt environments such as salt lakes and salt flats.
嗜鹽菌種類在鹽湖和鹽灘等高鹽環境中繁盛。
researchers study halobacter metabolism to understand how extremophiles survive in harsh conditions.
研究人員研究嗜鹽菌的新陳代謝，以了解極端環境生物如何在惡劣條件下生存。
halobacter cells contain unique purple pigments called bacteriorhodopsin that convert light into energy.
嗜鹽菌細胞含有稱為視紫紅質的獨特紫色色素，可將光轉化為能量。
the halobacter population doubles approximately every five hours under optimal laboratory conditions.
在最佳實驗室條件下，嗜鹽菌的數量約每五小時翻倍。
scientists culture halobacter in media containing at least twenty percent sodium chloride.
科學家在含有至少百分之二十氯化鈉的培養基中培養嗜鹽菌。
halobacter adaptation to extreme salinity requires specialized potassium transport proteins.
嗜鹽菌適應極端鹽度需要專門的鉀離子運輸蛋白。
the halobacter membrane maintains structural integrity through unique ether-linked lipids.
嗜鹽菌的細胞膜通過獨特的醚鍵脂質來維持結構完整性。
halobacter survival depends on active ion pumps that prevent cellular dehydration.
嗜鹽菌的生存依賴於主動離子泵，以防止細胞脫水。
researchers extracted halobacter dna to sequence the genome of this ancient organism.
研究人員提取了嗜鹽菌的DNA，以測序這種古老生物的基因組。
halobacter enzymes remain stable and functional at salt concentrations that would destroy most proteins.
嗜鹽菌的酶在會破壞大多數蛋白質的鹽濃度下仍保持穩定和功能。
recent halobacter research has provided clues about the early evolution of life on our planet.
近期的嗜鹽菌研究為我們星球生命早期的演化提供了線索。
the halobacter colony develops a characteristic reddish-orange color due to carotenoid pigments.
由於類胡蘿蔔素色素的緣故，嗜鹽菌菌落會呈現出特徵性的紅橙色。
halobacter photosynthesis operates through a different mechanism compared to photosynthetic plants.
嗜鹽菌的光合作用機制與光合作用植物不同。
halobacter research
嗜鹽菌研究
halobacter strains
嗜鹽菌菌株
halobacter species
嗜鹽菌種
halobacterial growth
嗜鹽菌生長
halobacter colonies
嗜鹽菌菌落
halobacter metabolism
嗜鹽菌代謝
halobacter membrane
嗜鹽菌膜
halobacter protein
嗜鹽菌蛋白質
halobacter culture
嗜鹽菌培養
halobacter genome
嗜鹽菌基因組
halobacter species thrive in high-salt environments such as salt lakes and salt flats.
嗜鹽菌種類在鹽湖和鹽灘等高鹽環境中繁盛。
researchers study halobacter metabolism to understand how extremophiles survive in harsh conditions.
研究人員研究嗜鹽菌的新陳代謝，以了解極端環境生物如何在惡劣條件下生存。
halobacter cells contain unique purple pigments called bacteriorhodopsin that convert light into energy.
嗜鹽菌細胞含有稱為視紫紅質的獨特紫色色素，可將光轉化為能量。
the halobacter population doubles approximately every five hours under optimal laboratory conditions.
在最佳實驗室條件下，嗜鹽菌的數量約每五小時翻倍。
scientists culture halobacter in media containing at least twenty percent sodium chloride.
科學家在含有至少百分之二十氯化鈉的培養基中培養嗜鹽菌。
halobacter adaptation to extreme salinity requires specialized potassium transport proteins.
嗜鹽菌適應極端鹽度需要專門的鉀離子運輸蛋白。
the halobacter membrane maintains structural integrity through unique ether-linked lipids.
嗜鹽菌的細胞膜通過獨特的醚鍵脂質來維持結構完整性。
halobacter survival depends on active ion pumps that prevent cellular dehydration.
嗜鹽菌的生存依賴於主動離子泵，以防止細胞脫水。
researchers extracted halobacter dna to sequence the genome of this ancient organism.
研究人員提取了嗜鹽菌的DNA，以測序這種古老生物的基因組。
halobacter enzymes remain stable and functional at salt concentrations that would destroy most proteins.
嗜鹽菌的酶在會破壞大多數蛋白質的鹽濃度下仍保持穩定和功能。
recent halobacter research has provided clues about the early evolution of life on our planet.
近期的嗜鹽菌研究為我們星球生命早期的演化提供了線索。
the halobacter colony develops a characteristic reddish-orange color due to carotenoid pigments.
由於類胡蘿蔔素色素的緣故，嗜鹽菌菌落會呈現出特徵性的紅橙色。
halobacter photosynthesis operates through a different mechanism compared to photosynthetic plants.
嗜鹽菌的光合作用機制與光合作用植物不同。
探索常見搜尋詞彙