首页> 外文OA文献 >Experimental growth of rhodobacter capsulatus atcc 11166 pure cultures in the natural light conditions of the freshwater column of rotsee, Switzerland. A proposal for a new biological method to detect light limitation levels for phototrophic bacteria

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Experimental growth of rhodobacter capsulatus atcc 11166 pure cultures in the natural light conditions of the freshwater column of rotsee, Switzerland. A proposal for a new biological method to detect light limitation levels for phototrophic bacteria

机译：在瑞士罗特西淡水柱的自然光照条件下，荚膜红细菌atcc 11166纯培养物的实验性生长。一种新的生物方法来检测光养细菌的光限制水平的建议

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作者
Abellà Ametller Carles;
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年度 1985
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原文格式 PDF
正文语种 eng
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1. The phosphorylation of light-harvesting polypeptides LHI alpha (B870) and LHII alpha (B800-850) of Rhodobacter capsulatus B10 was higher under chemotrophic oxic than under phototrophic anoxic growth conditions [J] . Kerber N., Tadros M., Drews G., Current Microbiology: An International Journal . 1998,第1期

机译：在化学营养性缺氧条件下，荚膜红细菌B10的光收集多肽LHIα（B870）和LHIIα（B800-850）的磷酸化高于在光养性缺氧生长条件下
2. Phosphorylation of the light-harvesting polypeptide LHIα of Rhodobacter capsulatus at serine after membrane insertion under chemotrophic and phototrophic growth conditions [J] . Matthias Brand, Augusto F. Garcia, N. Pucheu, Biochimica et biophysica acta. Bioenergetics . 1995,第2期

机译：化营养和光养生长条件下膜插入后丝囊荚膜红球菌光捕获多肽LHIα的磷酸化
3. Phosphorylation of the light-harvesting polypeptide LHIα of Rhodobacter capsulatus at serine after membrane insertion under chemotrophic and phototrophic growth conditions [O] . Brand Matthias, Garcia Augusto F., Pucheu N., 1995

机译：在化学营养和光养生长条件下插入膜后丝氨酸荚膜红细菌光捕获多肽LHIα的磷酸化

Experimental growth of rhodobacter capsulatus atcc 11166 pure cultures in the natural light conditions of the freshwater column of rotsee, Switzerland. A proposal for a new biological method to detect light limitation levels for phototrophic bacteria

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