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The Response of Mg2+-limited Anacystis nidulans to Alterations in Photon Fluence Rate When Grown in Chemostats: a Suitable System for Studies of Mg2+-controlled Cell Division

机译：在化学稳定器中生长时Mg2 + -Limited anacystis nidulans对光子流量速率的反应：Mg2 + -controlled细胞分裂研究的合适系统

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H. C. Utkilen; T. Briseid;
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年度 1984
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1. Observations on Replication and Cell Division in Synchronous Cultures of the Blue-Green Alga Anacystis nidulans [J] . M. Herdman, N. G. Carr Journal of bacteriology . 1971,第2期

机译：蓝绿藻猕猴桃同步培养中复制和细胞分裂的观察
2. INTRACELLULAR LOCATION OF CYTOCHROME OXIDASE ACTIVE IN VIVO IN THE CYANOPHYTES, SYNECHOCYSTIS SP PCC6714 AND ANACYSTIS NIDULANS TX20 AND R2, GROWN UNDER VARIOUS CONDITIONS [J] . Ohki K., Fujita Y. Protoplasma: An International Journal of Cell Biology . 1995,第1a2期

机译：在各种条件下生长的蓝藻，共生单胞菌SP PCC6714和无性厌食菌TX20和R2在活体内的细胞色素氧化酶的细胞内定位
3. Reversible inhibition of photochemistry of photosystem II by Ca2+ removal from intact cells of Anacystis nidulans [J] . Brand Jerry J., Fork David C., Mohanty Prasanna FEBS Letters . 1983,第1期

机译：通过从完整花椰菜完整细胞中去除Ca2 +可逆地抑制光系统II的光化学
4. Effects of high photon fluence rate from therapeutic radionuclides on preclinical and clinical PET systems [C] . Magnus Dahlbom, Emma Mellhammar, Johan Axelsson, IEEE Nuclear Science Symposium and Medical Imaging Conference . 2014

机译：治疗性放射性核素的高光子注量速率对临床前和临床PET系统的影响
5. The response of Anacystis nidulans to sulfur deprivation: Biochemical and genetic studies. [D] . Green, Laura Seaward. 1988

机译：刺槐对硫缺乏的反应：生化和遗传研究。
6. Potassium requirement for cell division in Anacystis nidulans. [O] . L O Ingram, E L Thurston 1976

机译：Niacystis nidulans细胞分裂所需的钾。
7. Enzymes of the Calvin Cycle and Intermediary Metabolism in the Cyanobacterium Anacystis nidulans Grown in Chemostat Culture [O] . Amalia D. Karagouni, J. Howard Slater, Coventry Cv Al 1979

机译：在恒化培养物中培养的蓝藻anacystis nidulans中的卡尔文循环和中间代谢的酶

The Response of Mg2+-limited Anacystis nidulans to Alterations in Photon Fluence Rate When Grown in Chemostats: a Suitable System for Studies of Mg2+-controlled Cell Division

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