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

Table 3. Concentrations of amino acids determined after different fermentations.

γ/(mg/L) SC LT×SC LT…SC
Histidine (6.42±0.87)a (6.79±1.06)a (4.15±1.21)b
Aspartic acid (8.62±1.25)a (9.13±1.60)a (10.21±2.12)a
Alanine (50.12±2.58)a (52.27±2.89)ab (58.14±3.12)b
Arginine (26.06±1.86)a (27.16±2.52)a (29.42±3.06)a
Asparagine (29.18±2.13)a (28.42±2.82)a (25.22±3.16)a
Phenylalanine (8.52±0.63)a (8.62±0.89)a (8.76±1.62)a
Glycine (28.43±1.08)a (27.12±1.78)ab (23.56±2.22)b
Tryptophan (0.00±0.00)a (0.00±0.00)a (0.00±0.00)a
Isoleucine (2.06±0.22)a (2.18±0.42)a (2.36±1.11)a
Lysine (2.42±0.62)a (2.82±0.86)a (6.13±1.88)b
Leucine (5.14±0.42)b (4.92±0.91)a (3.11±0.89)b
Ornithine (25.17±0.16)a (25.19±1.06)a (23.18±1.18)a
Serine (2.28±0.26)a (2.36±0.76)a (4.13±0.85)b
Tyrosine (5.36±0.46)a (5.39±0.68)a (6.28±0.72)a
Threonine (36.42±0.18)a (35.43±0.68)a (34.21±1.13)a

Results represent the mean value±S.D. of three replicates. Mean value 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