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1·Cyanobacteria convert light into chemical forms of energy.

蓝绿藻将光转化为化学的能量形式。

2·Microcystins is a class of algae toxins produced by cyanobacteria.

微囊藻毒素是由蓝藻产生的一类藻毒素。

3·Plantlike organisms include cyanobacteria in the kingdom Monera .

类似植物体包括在原核生物界的氰细菌。

4·AIM in order to investigate the latent risk of Tai lake cyanobacteria blooms on mammals.

目的蓝藻水华已成为太湖的严重污染物，本文旨在阐明其对哺乳动物的潜在危害。

5·A specialized pigment-bearing organelle in certain photosynthetic bacteria and cyanobacteria.

载色体在某些' '。'光合'。' '细菌和含氰细菌中特殊的。

6·Like most other cyanobacteria, nostocs contain two pigments and are capable of nitrogen fixation.

与大多数蓝绿藻一样，念珠藻属含有两种色素，并有固定氮的能力。

7·The results showed that silver carp could control bloom of both cyanobacteria and pelagic copepod.

结果表明，鲢鱼对蓝藻和桡足类浮游动物均具有一定的抑制作用；

8·Minerals, algae, and cyanobacteria give this geyser in Nevada's Black Rock Desert its brilliant colors.

矿物质、藻类和蓝菌为内华达州黑岩沙漠的间歇喷泉披上华美绚丽的外衣。

9·The most important of these are light, phosphorus and nitrogen, which cyanobacteria need in order to survive.

其中最重要的是重量轻，氮、磷、为了生存所需要蓝藻。

10·In nature, cyanophycin is produced by most but not all cyanobacteria as a temporary nitrogen reserve material.

自然界中的蓝细菌肽几乎都是由蓝细菌产生的，主要作为氮源的临时储存物质。

蓝细菌

1·Red is the new GREEN Researchers working with cyanobacteria may have extracted a new variety of chlorophyll that can use more near-infrared light than is typical for oxygenic photosynthetic organisms.

红色是一种新的绿色研究人员可能从蓝细菌中提取出一种新的叶绿素分子，这种新叶绿素分子比典型产氧光合生物中的叶绿素分子更能利用偏近红外波段的光。

2·Tertiary algal (cyanobacteria) limestones reservoirs in the western Qaidam basin are characterized by widespread distribution and being the most important in the carbonate reservoirs.

柴达木盆地第三系藻(蓝细菌)灰岩储层分布较广，是柴达木盆地第三系碳酸盐岩储层中最重要的油气储层。

3·Gram negative bacteria (e. g. Cyanobacteria) are decolorized, and may be counterstained with other dyes, such as safranin, carbol fuchsin, neutral red.

革兰氏阴性菌(如蓝细菌)则会褪色，但可以被其他染料复染，如碱性藏红、品红或中性红。