Effects of zinc ion on photosynthetic system of anabaena azotica 光能转化特性的影响
2.
Physiological effects of lanthanum on cyanobacterium anabaena azollae 稀土元素镧对满江红鱼腥藻的生理影响
3.
Sieve selection and physiological characterization of transgenic anabaena sp . 7120 - g - csf 基因鱼腥藻的筛选及生理特性研究
4.
Similarities of rbcs gene with homologous gene in four anabaena sp L0 。 rbcs基因序列在蓝藻中报道的相对较少，它与鱼腥藻（ anabaenasp
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The inhibitory rates of anabaena flosaquae and chlorellin were 100 % and 91 . 5 % respectively under natural illumination 遮光条件下，葛蒲对各藻类的化感抑制作用受到影响，效果不佳。
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The 3 bacteria showed algae - lysing effects on blue - green algae ( cyanobacteria ) . they presented a broad algae - lysing range , i . e . they lysed plectonema boryanum iu594 , nostoc sp . 96 , anabaena sp . pcc595 , phormidium foveolarum iu427 , miorocystis aeruginosa , lyngbya ketzingii iu1547 tested 3株溶藻细菌分别能溶解鲍氏织线藻、念珠藻、鱼腥藻、坑形席藻、铜绿微囊藻、鞘丝藻等多种蓝藻，其液体溶藻的现象较固体溶藻的现象明显。
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Under mixed culturing conditions , it was observed that bacterial number rapidly incre ; ised soon after the lysing of host cells . on the contrary , while the non - host cyanobacterium ( i . e . anabaena flos - aquae ) was incubated in the mix culturing system , the breeding of the bacteria could be inhibited . it may be suggested from the result above that cyanophage could bring about the changes in microorganism populations 调查结果显示， 19个采集的水样中有6个含有裂解织线藻的噬藻体，而且水样未经浓缩即能裂解宿主，说明噬藻体在淡水中分布较广泛，裂解性也较强；混合培养条件下的研究结果表明，噬藻体裂解宿主后，细菌数量快速增加，而当培养系统中有非宿主藻类存在时，细菌的增殖则受到非宿主藻的抑制，说明噬藻体可以显著改变系统中微生物的种群结构。
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Phylogenetic tree was constructed and displayed that a . platensis fachb341 , a . maxima ouqdsm and a . platensis fachb439 formed the monophyletic linage , which was fully supported by bootstrap values ( 1000 ) , while spirulina fachb440 and anabaena pcc7120 clustered in another linage with the bootstrap value of 909 系统发生分析结果显示，三个节旋藻品系形成一个小的分支，其自举值为1000而螺旋藻与鱼腥藻聚合为一个类群，自举值为909 。同时我们以钝顶节旋藻fachb341m platenstsfachb341 ）为材料，克隆了2073hp长的rubisco序列。
