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Table 1 Kinetic parameters from different batch studies and this work (E. mundtii QU 25)

From: Dynamic simulation of continuous mixed sugar fermentation with increasing cell retention time for lactic acid production using Enterococcus mundtii QU 25

Substrates

Microorganism

\(\mu_{\text{max} }^{{}}\)a

\(K_{S}^{{}}\)b

\(K_{\text{is}}^{{}}\)c

\(K_{\text{ip}}\)d

Yela

YfX

Refs.

h−1

g L−1

g L−1

g L−1

g g−1

g g−1

Glucose

L. amylophilus

0.32

–

–

–

0.62–0.89

–

[31]

Lactose

L. plantarum

0.29

45.0

–

–

0.96

0.25

[32]

Lactose

L. bulgaricus

1.14

3.36

119

–

0.90

0.10

[33]

Glucose

Sporolactobacillus CASD

0.13

–

–

–

–

–

[34]

Glucose

L. lactis NZ133

1.10

1.32

304

1.39

0.93

–

[35]

Molasses

E. faecealis RKY1

1.60

0.89

167.46

–

0.9–0.99

0–0.37

[36]

Glucose

E. mundtii QU 25

1.20

55.6

108.3

1.8

0.950

0.038

This study

Cellobiose

E. mundtii QU 25

0.99

8.9

526.8

1.5

1.015

0.028

Xylose

E. mundtii QU 25

0.62

20.1

254.2

3.3

0.925

0.056

  1. aMaximum specific growth rate; bhalf saturation concentration; cinhibition coefficient of substrate; dinhibition coefficient of product; eyield of lactic acid production; and fyield of cell production