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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

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摘要

A device for the adjustment, maintenance, and monitoring of a desired oxidation-reduction potential in a liquid environment is described. The filamentous species, Penicillium lilacinum and Trichophyton schoenleinii, and the dimorphic species, Histoplasma capsulatum, developed budding yeastlike cells when grown in a liquid medium with a low oxidation-reduction potential. When the organisms were inoculated into fresh medium, they returned to the filamentous condition as the oxidation-reduction potential was restored to a more positive (oxidizing) environment.
机译:描述了一种用于在液体环境中调节,维护和监视期望的氧化还原电位的装置。当在低氧化还原电位的液体培养基中生长时,丝状物种淡紫色青霉菌和美毛癣菌以及双形物种荚膜组织胞浆菌会发育出芽状酵母样细胞。当将生物体接种到新鲜培养基中时,由于氧化还原电位恢复到了更积极的(氧化)环境,它们恢复了丝状状态。

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