Effect of Culture Temperature Shift on the Cellular Sugar Accumulation of Chlorella vulgaris SO-26

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概要

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• We investigated the effect of culture temperature on the maximum specific growth rate and cellular sugar accumulation, and the effect of a temperature shift on the sugar accumulation of cells of an Antarctic green alga, Chlorella vulgaris SO-26,in a batch culture system. Decreases in temperature appeared to correlate with decreases in the maximum specific growth rate; on the other hand, the cellular sugar content showed a reverse tendency against temperature. We attempted to use this tendency to improve sugar productivity in Chlorella. First, we cultured Chlorella at 20℃ during the logarithmic growth phase to obtain a high specific growth rate. The culture temperature was then shifted from 20℃ to 14℃ during the stationary growth phase to increase the cellular sugar content. As a result, we obtained a 25% increase in sugar production over that obtained by culture at 20℃ throughout the culture.

• 社団法人日本生物工学会の論文
• 1994-09-25

著者

• Kishimoto Michimasa

  Department of Chemistry and Materials Technology, Kyoto Institute of Technology

• Nagamune Teruyuki

  Department of Bioengineering, Graduate School of Engineering, The University of Tokyo

• Nagamune Teruyuki

  Department Of Bioengineering Center For Nanobio Integration The University Of Tokyo:department Of Ch

• Shimomura Noriko

  Nissan Motor Co. Ltd.

• Shimomura Noriko

  Department Of Applied Biological Science Nihon University

• UEMURA IEAKI

  Frontier Techonology Research Institute, Tokyo Gas Co. Ltd.,

• Endo Isao

  Institute Of Physical And Chemical Research Riken

• Endo Isao

  Institute Of Physical And Chemical Research

• NATORI Masahiko

  Department of Applied Biological Sciences, Nihon University

• Nagashima Hideyuki

  Department of Biology, Faculty of Industrial Science and Technology, Science University of Tokyo

• Kishimoto Michimasa

  Deparmtnet Of Biotechnology Osaka University

• Kishimoto Michimasa

  Department Of Biological Science And Technology Science University Of Tokyo

• Uemura Ieaki

  Frontier Techonology Research Institute Tokyo Gas Co. Ltd.

• HOSONO HIDEYUKI

  Frontier Technology Research Institute, Tokyo Gas Co. Ltd.,

• TAKUMI TSUGIHIKO

  Frontier Technology Research Institute, Tokyo Gas Co. Ltd.,

• YASUDA TOSHIKO

  Department of Biological Science and Technology, Science University of Tokyo

• Yasuda Toshiko

  Department Of Biological Science And Technology Science University Of Tokyo

• Hosono Hideyuki

  Frontier Technology Research Institute Tokyo Gas Co. Ltd.

• Takumi Tsugihiko

  Frontier Technology Research Institute Tokyo Gas Co. Ltd.

• Natori Masahiko

  Department Of Applied Biological Science Nihon University

• Nagashima H

  Kamaishi Lab. Iwate Jpn

• Nagashima Hideyuki

  Department Of Biological Science And Technology Sciecnce Univeristy Of Tokyo

• Nagamune Teruyuki

  Department Of Chemistry And Biotechnology University Of Tokyo

• Uemura Ieaki

  Frontier Technology Research Institute Tokyo Gas Co. Ltd.

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