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. 2016 Jun;54(2):135–144. doi: 10.17113/ftb.54.02.16.4220

Table 2. Concentrations of volatile compounds detected during different fermentations.

γ/(mg/L) SC LT×SC LT…SC
Hexanol (0.96±0.03)a (1.02±0.04)a (0.98±0.06)a
Isoamyl alcohol (132.82±6.06)a (126.92±9.11)a (102.43±10.64)b
Isobutanol (11.36±1.28)a (12.56±1.86)a (14.42±2.76)a
Ethyl acetate (54.42±3.33)a (53.61±3.42)a (50.36±5.56)a
Ethyl decanoate (0.11±0.02)a (0.13±0.03)a (0.15±0.06)a
Ethyl hexanoate (0.32±0.02)a (0.34±0.04)a (0.29±0.06)a
Ethyl lactate (7.16±0.21)a (8.89±0.48)b (13.14±2.18)c
Ethyl octanoate (0.36±0.06)a (0.39±0.09)a (0.25±0.07)b
Isoamyl acetate (1.62±0.03)a (1.48±0.06)a (0.98±0.11)b
Hexanoic acid (8.24±0.54)a (8.32±0.72)a (8.18±1.16)a
Octanoic acid (4.32±0.12)a (4.44±0.18)a (3.16±0.22)a
2-Phenylethanol (18.16±0.15)a (19.32±0.82)a (22.08±0.93)b
2-Phenylethyl acetate (0.36±0.01)a (0.39±0.03)a (0.52±0.06)b

Results represent the mean value±S.D. of three replicates. Mean values in the same row with the same letter are not significantly different (p<0.05)
SC=fermentation with Saccharomyces cerevisiae 87 alone, LT×SC= mixed fermentation with Lachancea thermotolerans 617 and S. cerevisiae 87, LT…SC=sequential fermentation with L. thermotolerans 617 followed by S. cerevisiae 87