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. 2026 Aug 13;13:1927483. doi: 10.3389/fnut.2026.1927483

TABLE 2.

Inhibition rate of typical odorant volatilization induced by isoamyl alcohol.

No. Category Compound Inhibition rate (%) (200 mg/L) Inhibition rate (%) (400 mg/L) Inhibition rate (%) (600 mg/L) Inhibition rate (%) (800 mg/L)
1 Esters Ethyl acetate 33.95 a 38.67 a 41.96 a 42.22 b
2 Ethyl isovalerate 31.74 a 33.56 b 40.58 b 50.14 a
3 Ethyl hexanoate 7.82 bc 13.38 c 17.16 e 19.39 c
4 Ethyl octanoate 5.40 c 11.42 c 18.64 d 20.48 c
5 Ethyl nonanoate 1.30 d 1.72 d 2.12 g 3.49 d
6 Ethyl laurate 0.42 d 1.50 d 3.80 f 4.15 d
1 Alcohols Butanol −13.57 a −10.75 a 2.14 ab 8.32 b
2 Hexanol −12.14 a −7.53 a 14.16 a 57.08 a
3 Octanol −4.71 a −18.20 a −7.03 b 9.69 b
4 Decanol −2.88 a −7.71 a −3.60 ab 12.19 b
1 Terpenoids Geraniol 2.16 c 6.32 b 10.74 c 11.04 c
2 Linalool 11.59 a 29.48 a 59.09 a 63.14 a
3 D-Limonene −20.74 e −24.78 d 25.10 b 17.36 b
4 α-Terpineol −5.53 d −6.77 c −10.12 d 7.68 d
1 Other compounds 4-Ethylphenol 7.66 13.48 20.67 20.78
2 Styrene −0.54 −3.06 −12.84 −26.91
3 Furfural 4.78 6.96 9.90 13.51
4 3-Hydroxy-2-butanone 2.16 6.32 15.63 20.24

Different lowercase letters denote significant differences via Duncan’s multiple range test (p < 0.05). Negative values denote volatility promotion by isoamyl alcohol.