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. 2020 May 19;23(11):1939–1947. doi: 10.1017/S1368980019005238

Table 2.

Summary of the results (n 90)

Control (standard wine)
(n 27)
Low-alcohol wine (n 33) Low-alcohol wine blind (n 30) Test value ANOVA (F)
M sd M sd M sd
Wine consumed (ml) 152·42 73·06 162·00 75·54 170·17 65·13 F 2,86 = 0·43, P = 0·65
Alcohol consumed (ml) 19·05a 9·13 12·96b 6·04 13·61b 5·21 F 2,86 = 6·62*, P < 0·01 (η 2 = 0·13)
Bread consumed (slices) 2·11 1·45 2·09 1·33 1·93 1·31 F 2,87 = 0·15, P = 0·86
Water consumed (ml) 158·26 128·97 159·25 119·32 111·55 104·58 F 2,85 = 1·56, P = 0·22
Liking of the wine§ 6·22 0·93 5·61 1·32 5·87 1·34 F 2,87 = 2·01, P = 0·14
Pleasantness to drink 6·04 0·90 5·64 1·25 6·00 0·98 F 2,87 = 1·35, P = 0·27
Willingness to pay 3·63a 0·79 3·09b 0·91 3·27a,b 0·79 F 2,87 = 3·14*, P < 0·05 (η 2 = 0·07)

In the analysis of the consumed amount of wine, a cut-off score of ≥30 ml was used, resulting in the exclusion of one participant for that particular analysis (n 89).

The water consumption of two participants was not recorded (n 88).

§

Liking the wine was measured on a seven-point scale.

Pleasantness to drink the wine was measured on a seven-point scale.

Willingness to pay was measured on a five-point scale (1 = $0AUD; 2 = $0–10AUD; 3 = $10–15AUD; 4 = $15–20AUD; 5 = $20AUD or more).

a,bPost hoc multiple comparisons were performed using Tukey-HSD test, for three comparisons. Different superscript letters indicate significant differences (mean values <0·05) between conditions.

*

P < 0·05.