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Monitored Environment System to Control Cell Growth, Morphology, and Metabolic Rate in Fungi by Oxidation-Reduction Potentials

机译：通过氧化还原潜力控制细胞生长，形态和代谢率的监测环境系统

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John W. Rippon;
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年度 1968
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1. Monitored Environment System to Control Cell Growth, Morphology, and Metabolic Rate in Fungi by Oxidation-Reduction Potentials [J] . John W. Rippon Applied Microbiology . 1968,第1期

机译：通过氧化还原电位控制真菌中细胞生长，形态和代谢率的受监测环境系统
2. Controlled oxidation-reduction potential on dark fermentative hydrogen production from glycerol: Impacts on metabolic pathways and microbial diversity of an acidogenic sludge [J] . Vesga-Baron Alejandra, Etchebehere Claudia, Schiappacasse M. Cristina, International journal of hydrogen energy . 2021,第7期

机译：从甘油的深色发酵氢气产生的控制氧化还原电位：对酸性污泥的代谢途径和微生物多样性的影响
3. The metabolic network model of primedaive human embryonic stem cells underlines the importance of oxidation-reduction potential and tryptophan metabolism in primed pluripotency [J] . Meisam Yousefi, Sayed-Amir Marashi, Ali Sharifi-Zarchi, Cell & Bioscience . 2019,第1期

机译：已启动/未启动的人类胚胎干细胞的代谢网络模型强调了在启动多能性中氧化还原电位和色氨酸代谢的重要性
4. A CMI (Cell metabolic indicator)-based controller for achieving high growth rate Escherichia coli cultures [C] . Pepper Matthew E., Wang Li, Padmakumar Ajay, Annual International Conference of the IEEE Engineering in Medicine and Biology Society . 2014

机译：基于CMI（细胞代谢指标）的控制器，可实现高生长速率的大肠杆菌培养
5. Oxidation-Reduction Potential-Based Micro-Aeration Control System for Anaerobic Digestion [D] . Nguyen, Duc Minh. 2018

机译：用于厌氧消化的氧化还原电位微曝气控制系统
6. Monitored Environment System to Control Cell Growth Morphology and Metabolic Rate in Fungi by Oxidation-Reduction Potentials [O] . John W. Rippon 1968

机译：通过氧化还原电位控制真菌中细胞生长形态和代谢率的受监测环境系统
7. Monitored Environment System to Control Cell Growth, Morphology, and Metabolic Rate in Fungi by Oxidation-Reduction Potentials [O] . John W. Rippon 1968

机译：通过氧化还原潜力控制细胞生长，形态和代谢率的监测环境系统

Monitored Environment System to Control Cell Growth, Morphology, and Metabolic Rate in Fungi by Oxidation-Reduction Potentials

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