虫黄藻,zooxanthellae
1)zooxanthellae虫黄藻
1.In this article, it summarizes the taxonomy of zooxanthellae.综述了虫黄藻的分类研究,其中与造礁石珊瑚共生的虫黄藻主要是共生藻属(Symbiodinium)的种类,重点概述了共生藻的分类和遗传多样性研究进展,特别综述了分子生物学技术在造礁石珊瑚共生藻的分类和遗传多样性方面的研究近况,并对未来共生藻的分类和遗传多样性研究作了展望。
英文短句/例句

1.Advances in Carbon-cycling Studies of Coral-zooxanthellae Symbiosis珊瑚虫-虫黄藻共生系统碳循环研究的若干进展
2.Genus of yellow-green algae.黄绿藻(黄藻门)的一属。
3.Chloraphyta, Cyanophyta and Bacillariophyta revealed higher detected rates, as well as Xanthophyta and Euglenophyta.蓝藻、藻及硅藻发现频率较高,另外还有黄藻及裸藻。
4.simple filamentous freshwater yellow-green algae.简单的丝状淡水黄绿藻。
5.yellow-green_algae with simple or branching filaments; comprising the single family Tribonemaceae.黄绿藻类,有简单丝或分枝丝;仅由黄丝藻科组成。
6.On Cordyceps sinensis(Berkeley) Sacc Infecting on Temmibrio molitor Linne虫草菌感染代寄主昆虫黄粉虫的研究
7.A brown carotenoid pigment, C40H60O6, found in brown algae.岩藻黄质棕色类胡萝卜色素,C40H60O6,存在于褐藻中
8.The Effects of Four Kinds of Insecticides on Growth of Green Alga Scenedesmus obliquus4种杀虫药物对斜生栅藻生长的影响
9.Insecticidal Activities of Microcystin Against Helicoverpa Armigera (H(?)bner) and Pieris Rapae Linne and the Mechanisms;铜绿微囊藻毒素对棉铃虫和菜青虫的杀虫活性及机制的研究
10.type genus of the family Euglenaceae: green algae with a single flagellum.眼虫藻科的模式属;绿色海藻带有单个的鞭状匍匐枝。
11.Controlling cucumber aphid with acetamiprid 3% EC3%啶虫脒乳油防治黄瓜蚜虫药效试验
12.Resear on Mechanism of Dahuangzhechong Bolus on Anti-hepatic Carcinoma;大黄(庶虫)虫丸抗肝癌作用的机理研究
13.all the yellow-green algae having flagella of unequal length.鞭毛长度不等的所有黄绿藻。
14.Bio-activity and Application Prospects of Fucoxanthin岩藻黄素的生物活性及应用研究进展
15.Effects of the Symbiont on Host in Paramecium Bursaria-Chlorella System;绿草履虫—小球藻共生系统中内共生小球藻对宿主绿草履虫影响的研究
16.This well balanced alliance brings benefits to both polyps and algae这种完美平衡 不仅有益于给珊瑚虫和藻类
17.Research on Acute Toxicity of Spilling Oils to Chlorella spp. and Artemia;油污染对小球藻与卤虫的毒性效应研究
18.Study on Antifatigue Functional Food Additive Derived from Insects, Fungi and Algae;昆虫、菌藻源抗疲劳功能性食品添加剂研究
相关短句/例句

zooxanthellae density虫黄藻密度
3)the density of the symbiotic algae共生虫黄藻密度
4)coral-zooxanthellae symbiosis珊瑚虫-虫黄藻共生系统
1.Advances in carbon-cycling studies of coral-zooxanthellae symbiosis are summarized and analyzed, including the origin of the carbon in the symbiosis, the mechanism for the carbon unilization, and the effective factors on carbon cycling.综述并分析了珊瑚虫-虫黄藻共生系统碳循环研究的进展,主要包括珊瑚共生系碳的来源、碳利用机制及其碳循环的影响因素等。
5)Xanthophyta黄藻
1.A water-soluble photosynthetic light-harvesting complex was being isolated from a marine picoalga strain PP983 of Xanthophyta, grown under mass culture conditions.从海生超微型黄藻品系PP983中分离得到一种水溶性色素蛋白复合物 ,其光学特性与普遍存在于甲藻叶绿体中的多甲藻素 叶绿素a 蛋白复合物 (Peridinin Chlorophylla ProteinComplexes,PCP)类似 ;初步测得该色素蛋白复合体的分子量约为 15 4,2 0 0 ,分子中多甲藻素、叶绿素a、蛋白的摩尔比为 16∶2∶5。
2.The pigment composition of a marine picoalgae strai n PP983 was analyzed to study the classification and evolution of Xanthophyta.采用聚酰胺薄层层析分离、分光光度法 ,对一种海生超微型黄藻品系PP983的色素组成进行了研究测定。
6)Euglena[英][ju:'gli:n?][美][ju'glin?]裸藻;眼虫藻
延伸阅读

多甲藻黄素多甲藻黄素peridinin涡鞭藻类主要的类叶红素(胡萝卜素),其含量约达全类叶红素的70%。为具有三个吸收光谱的叶黄素,在活体内与分子量约3.5万(单聚体)的蛋白质和叶绿素a结合,形成光合作用的主要能量捕捉色素系统。其激发能量以高效率被转移于叶绿素a,进而分配于光系统ⅰ和光系统ⅱ。能量的分配比例还不十分清楚,但认为主要是分配于光系统ⅱ。