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Role of Reduced Exogenous Organic Compounds in the Physiology of the Blue-Green Bacteria (Algae): Photoheterotrophic Growth of a “Heterotrophic” Blue-Green Bacterium

机译：减少外源性有机化合物在蓝绿色细菌的生理学中的作用（藻类）：“异养”蓝绿色细菌的选择性营养生长

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L. O. Ingram; J. A. Calder; C. Van Baalen; F. E. Plucker; P. L. Parker;
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年度 1973
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1. Role of Reduced Exogenous Organic Compounds in the Physiology of the Blue-Green Bacteria (Algae): Photoheterotrophic Growth of a “Heterotrophic” Blue-Green Bacterium [J] . L. O. Ingram, J. A. Calder, C. Van Baalen, Journal of bacteriology . 1973,第2期

机译：减少的外源有机化合物在蓝绿色细菌（藻类）生理中的作用：“异养”蓝绿色细菌的光异养生长
2. Role of Reduced Exogenous Organic Compounds in the Physiology of the Blue-Green Bacteria (Algae): Photoheterotrophic Growth of an “Autotrophic” Blue-Green Bacterium [J] . L. O. Ingram, C. Van Baalen, J. A. Calder Journal of bacteriology . 1973,第2期

机译：减少的外源有机化合物在蓝绿细菌（藻类）生理中的作用：“自养”蓝绿细菌的光异养生长
3. Heterotrophic Growth of Blue-Green Algae in Dim Light [J] . Chase Van Baalen, Derek S. Hoare, Ellen Brandt Journal of bacteriology . 1971,第3期

机译：蓝绿藻在昏暗灯光下的异养生长
4. Effect of Blue-green Algae Meal on Growth and Accumulation of Microcystins in gibel carp(Carassius auratus gibelio) [C] . Symposium of world's Chinese scientists on nutrition and feeding of finfish and shellfish . 2005

机译：青绿藻类膳食对吉布尔鲤鱼微囊藻（Carassius auratus Gibelio）生长和积累的影响
5. Abundance of reduced organic sulfur compounds in a stratified lake and their roles in copper speciation. [D] . Hu, Haiying. 2006

机译：层状湖泊中还原性有机硫化合物的丰度及其在铜形成中的作用。
6. Role of Reduced Exogenous Organic Compounds in the Physiology of the Blue-Green Bacteria (Algae): Photoheterotrophic Growth of a Heterotrophic Blue-Green Bacterium [O] . L. O. Ingram, J. A. Calder, C. Van Baalen, 1973

机译：减少的外源有机化合物在蓝绿细菌（藻类）生理中的作用：异养蓝绿细菌的光异养生长
7. Role of Reduced Exogenous Organic Compounds in the Physiology of the Blue-Green Bacteria (Algae): Photoheterotrophic Growth of an “Autotrophic” Blue-Green Bacterium [O] . L. O. Ingram, C. Van Baalen, J. A. Calder 1973

机译：外源性有机化合物在蓝绿色细菌（藻类）生理中的作用（藻类）：“自养”蓝绿色细菌的选择性营养生长
8. Assessment of Blue-Green Algae in Substantially Reducing Nitrogen Fertilizer Requirements for Biomass Fuel Crops [R] . Anderson, D. B., Molten, P. M., Metting, B. 1981

机译：评估蓝绿藻对大幅降低氮肥对生物质燃料作物的需求

Role of Reduced Exogenous Organic Compounds in the Physiology of the Blue-Green Bacteria (Algae): Photoheterotrophic Growth of a “Heterotrophic” Blue-Green Bacterium

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