Selection of Microalgal Growth Model for Describing Specific Growth Rate-Light Response Using Extended Information Criterion(BIOCHEMICAL ENGINEERING)
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概要
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The effects of light intensity and carbon dioxide (CO_2) concentration on the growth of the highly CO_2-tolerant green alga Chlorococcum littorale were studied in batch cultures. Four mathematical representations were compared for the specific growth rate-light response curve : a rectangular hyperbolic function, Steele's exponential function, a Poisson function and a hyperbolic tangent function. The hyperbolic tangent function, which is commonly used for representing the photosynthesis-light relationship, gave the best fit as evaluated by the extended information criterion (EIC). EIC proved to be applicable as a criterion to this kind of nonlinear model selection problem. Carbon dioxide, the sole carbon source for photoautotrophic growth of this alga, inhibited the growth rate at concentrations higher than pCO_2 of 0.02. A substrate inhibition model was successfully used to simulate the relationship between the specific growth rate and CO_2 response.
- 公益社団法人日本生物工学会の論文
- 2005-10-25
著者
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MIYACHI SHIGETOH
Marine Biotechnology Institute
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Kurano Norihide
Marine Biotech. Inst.:kamaishi Labs.:shimizu Labs.
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Kurano Norihide
Marine Biotechnology Institute
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Miyachi Shigetoh
Marine Biotechnology Inst.
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