cyanobacterium 中文意思是什麼

cyanobacterium 解釋
藍綠藻
  1. Physiological effects of lanthanum on cyanobacterium anabaena azollae

    稀土元素鑭對滿江紅魚腥藻的生理影響
  2. 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

    調查結果顯示， 19個採集的水樣中有6個含有裂解織線藻的噬藻體，而且水樣未經濃縮即能裂解宿主，說明噬藻體在淡水中分佈較廣泛，裂解性也較強；混合培養條件下的研究結果表明，噬藻體裂解宿主后，細菌數量快速增加，而當培養系統中有非宿主藻類存在時，細菌的增殖則受到非宿主藻的抑制，說明噬藻體可以顯著改變系統中微生物的種群結構。
  3. Physiological effects of lanthanum on cyanobacterium

    稀土元素鑭對滿江紅魚腥藻的生理影響
  4. Ge - xian - mi ( nostoc ) is an edible cyanobacterium. it occupies a prestigious position in chinese human social behavior and has been used as a food delicacy or ingredient of chinese medicine since the eastern jin dynasty

    葛仙米（ nostoc ）是一種珍稀的食用藍藻，自東晉（ 317 - 420ad ）開始即被作為一種美食和中草藥成份，在國人的社會生活中佔有一定地位。
  5. Tolerance to and effects of the freezing stress in a desiccation - tolerant, terrestrial cyanobacterium, nostoc commune, and in a desiccation - sensitive species, synechocystis sp. pcc6803, were studied by measuring their photosynthetic activities and fluorescence emission spectra

    通過檢測光合成活性和熒光發射光譜等研究冰結脅迫對藍藻地衣（ nostoccommune ）和單細胞集胞藻（ synechocystissp . pcc6803 ）的影響。
  6. Rare earth element ; cyanobacterium ; physiological effects ; bioaccumulation

    稀土元素藍藻生理影響富集作用
  7. Experiments of the influence of rare earth element lanthanum on the growth, chlorophyll a and oxygen production of cyanobacterium

    的生理影響和滿江紅魚腥藻對鑭的富集作用進行了研究。
  8. A strain of bloom cyanobacterium ( blue - green alga ), microcystis aeruginosa, which dominated in an eutrophic pond, was isolated and purified for physiological study in laboratory conditions. various environment factors, like light, temperature, nutrient, cu2 +, ect were tested for growth and lexicological effects of m. aeruginosa

    在純化培養的基礎上，我們開展了光照、溫度、營養鹽及cu ~ （ 2 + ）對該銅綠微囊藻生長及毒理學影響的研究。光照、溫度及營養鹽對銅綠微囊藻生長影響1
  9. The distribution and ecology of ge - xian - mi in rice fields of hefeng county in china were investigated. furthermore, the co2 concentrating mechanism ( ccm ) in cyanobacterium was reviewed and the utilization of inorganic carbon in ge - xian - mi in addition to its role in alleviating the photoinhibition were studied in the present paper

    本文對葛仙米在中國鶴峰縣水稻田的分佈與生態學進行研究，綜述了藍藻的二氧化碳濃縮機制，並在此基礎上對葛仙米無機碳利用及其在減輕光抑制方面的作用進行了探討。
  10. Lichens symbiotic associations between an alga or cyanobacterium ( the photobiont ) and a fungus ( the mycobiont )

    地衣：藍、綠藻類（共生光合生物）和真菌（地衣共生菌）所形成的共生復合體。
  11. Biosorption of six heavy metals by biomass of cyanobacterium spirulina maxima

    對六種重金屬離子的生物吸附作用
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