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中国科学院水生生物研究所关于浮萍利用木糖进行混合营养生长的论文在Sustainable Energy & Fuels以外封面论文正式发表（图）
浮萍 木糖 混合营养生长 封面论文 正式发表
2023/3/21
浮萍在污水修复和生物能源等方面具有应用潜力。自养浮萍由于受CO2和光的限制，生长速率及生物量较低。相比之下，混合营养浮萍可以同时利用光合作用和外源有机碳，代谢具有灵活性，生长速率远大于自养浮萍。然而，在混合营养条件下，外源有机碳的添加会增加浮萍生产成本。因此，混合营养浮萍的规模化培养需要选择经济上可行和环境上可持续的有机碳源。
Our brains are charged with the task of directing most of the processes needed for our bodies to function. As such, they consume roughly 20% of our body’s metabolic energy, even while we’re resting.
Cornell bioengineer Buz Barstow, Ph.D. ’09, is trying to solve a big problem: How to build a low-cost, environmentally friendly and large-scale system for storing and retrieving energy from renewable ...
April 27, 2007，Building a balanced portfolio for energy production is not simply a matter of applying known science to large-scale engineering applications, according to George Whitesides, one of the ...