chlamydomonas is a genus of green algae consisting of unicellular flagellates.
衣藻屬是綠藻的一個屬，由單細胞鞭毛蟲組成。
scientists often use chlamydomonas reinhardtii as a model organism in biological research.
科學家們經常使用衣藻（chlamydomonas reinhardtii）作為生物學研究的模式生物。
the chloroplast of chlamydomonas has been extensively studied to understand photosynthesis.
對衣藻葉綠體的廣泛研究有助於理解光合作用。
chlamydomonas swims in water using two anterior flagella.
衣藻利用兩個前鞭毛在水中游動。
genetic analysis of chlamydomonas mutants provides insights into cell motility.
對衣藻突變體的基因分析提供了關於細胞運動的見解。
researchers cultivate chlamydomonas species in liquid culture media for laboratory experiments.
研究人員在液體培養基中培養衣藻種類以進行實驗室實驗。
sexual reproduction in chlamydomonas is induced by nitrogen starvation.
衣藻的有性生殖是由氮缺乏誘導的。
chlamydomonas serves as a critical system for studying flagellar assembly and function.
衣藻作為研究鞭毛組裝和功能的重要系統。
some species of chlamydomonas thrive in freshwater environments while others live in soil.
一些衣藻物種在淡水環境中繁茂生長，而其他物種則生活在土壤中。
the cell wall of chlamydomonas differs significantly from that of land plants.
衣藻的細胞壁與陸生植物的細胞壁有顯著差異。
biologists value chlamydomonas for its ability to sense and respond to light.
生物學家重視衣藻能夠感知和響應光的能力。
proteomic studies on chlamydomonas help map the complex protein networks within eukaryotic cells.
對衣藻的蛋白質組學研究有助於繪製真核細胞內複雜的蛋白質網絡。
chlamydomonas is a genus of green algae consisting of unicellular flagellates.
衣藻屬是綠藻的一個屬，由單細胞鞭毛蟲組成。
scientists often use chlamydomonas reinhardtii as a model organism in biological research.
科學家們經常使用衣藻（chlamydomonas reinhardtii）作為生物學研究的模式生物。
the chloroplast of chlamydomonas has been extensively studied to understand photosynthesis.
對衣藻葉綠體的廣泛研究有助於理解光合作用。
chlamydomonas swims in water using two anterior flagella.
衣藻利用兩個前鞭毛在水中游動。
genetic analysis of chlamydomonas mutants provides insights into cell motility.
對衣藻突變體的基因分析提供了關於細胞運動的見解。
researchers cultivate chlamydomonas species in liquid culture media for laboratory experiments.
研究人員在液體培養基中培養衣藻種類以進行實驗室實驗。
sexual reproduction in chlamydomonas is induced by nitrogen starvation.
衣藻的有性生殖是由氮缺乏誘導的。
chlamydomonas serves as a critical system for studying flagellar assembly and function.
衣藻作為研究鞭毛組裝和功能的重要系統。
some species of chlamydomonas thrive in freshwater environments while others live in soil.
一些衣藻物種在淡水環境中繁茂生長，而其他物種則生活在土壤中。
the cell wall of chlamydomonas differs significantly from that of land plants.
衣藻的細胞壁與陸生植物的細胞壁有顯著差異。
biologists value chlamydomonas for its ability to sense and respond to light.
生物學家重視衣藻能夠感知和響應光的能力。
proteomic studies on chlamydomonas help map the complex protein networks within eukaryotic cells.
對衣藻的蛋白質組學研究有助於繪製真核細胞內複雜的蛋白質網絡。
探索常見搜尋詞彙