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Continuous culture single-cell protein production

Figure 3. Strategies for optimization of continuous culture for production of single-cell protein. Top, under continuous culture isotherm with a fixed value for carbon source feed concentration. D is the dilution rate of maximum productivity. Bottom, comparison of isotherm for fixed substrate feed concentration. So, with that for fixed oxygen transfer rate, OTR (curves show the maximum cell concentration for a given OTR and cell yield). Figure 3. Strategies for optimization of continuous culture for production of single-cell protein. Top, under continuous culture isotherm with a fixed value for carbon source feed concentration. D is the dilution rate of maximum productivity. Bottom, comparison of isotherm for fixed substrate feed concentration. So, with that for fixed oxygen transfer rate, OTR (curves show the maximum cell concentration for a given OTR and cell yield).
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See also in sourсe #XX -- [ Pg.185 , Pg.186 , Pg.187 ]



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Cell culture production

Cell productivity

Cells single

Production continuous

Production cultures

Protein continuous

Protein continuous culture

Protein products

Proteins - continued

Proteins production

Single cell protein

Single continuous

Single-cell protein continuous culture

Single-cell protein production

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