Existence of a scaling relation in continuous cultures of Scheffersomyces stipitis: the steady states are completely determined by the ratio of carbon and oxygen uptake rates

Table 1 Yields obtained during carbon- and oxygen-limited growth of continuous cultures of S. stipitis. The biomass yields shown in rows 1–3 were obtained by fitting the data (Additional file 1: Figure S2), and were used to calculate the remaining yields shown in rows 4–5, which appear in the dimensionless Eqs. (36), (37)

Carbon-limited regime		Oxygen-limited regime
Y _sx	0.44 g g⁻¹	\(Y_{\text{sx}}^{\prime }\)	0.15 g g⁻¹
Y _px	∞	\(Y_{\text{px}}^{\prime }\)	1.11 g g⁻¹
Y _ox	0.55 g g⁻¹	\(Y_{\text{ox}}^{\prime }\)	0.91 g g⁻¹
Y_os = Y_ox/Y_sx	1.25 g g⁻¹	\(Y_{\text{os}}^{\prime } = {{Y_{\text{ox}}^{\prime } } \mathord{\left/ {\vphantom {{Y_{\text{ox}}^{\prime } } {Y_{\text{sx}}^{\prime } }}} \right. \kern-0pt} {Y_{\text{sx}}^{\prime } }}\)	6.06 g g⁻¹
Y_op = Y_ox/Y_px	0	\(Y_{\text{op}}^{\prime } = {{Y_{\text{ox}}^{\prime } } \mathord{\left/ {\vphantom {{Y_{\text{ox}}^{\prime } } {Y_{\text{px}}^{\prime } }}} \right. \kern-0pt} {Y_{\text{px}}^{\prime } }}\)	0.82 g g⁻¹

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