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Table 1.

Complex carbohydrate and sweetener concentrations used for determination of detection thresholds.

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Table 2.

Saccharide composition of the oligosaccharides used in the present study.

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Table 2 Expand

Table 3.

Concentrations (weak, medium, and strong intensity) of prototypical tastants and sweeteners used for determination of suprathreshold taste intensity.

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Table 3 Expand

Fig 1.

Frequency distributions of detection thresholds.

(a) maltodextrin, (b) oligofructose.

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Fig 1 Expand

Table 4.

Detection thresholds for complex carbohydrates (% w/v), including mean, standard error of mean (SEM), and range.

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Table 4 Expand

Fig 2.

Spearman rank correlations between detection thresholds (DTs) of complex carbohydrates and sweeteners.

(1) Spearman rank correlations between detection thresholds of maltodextrin and oligofructose. (2a-d) Correlations between detection thresholds of maltodextrin and caloric sweeteners: (2a) glucose; (2b) fructose; (2c) sucrose; (2d) erythritol. (2e-h) Correlations between detection thresholds of oligofructose and caloric sweeteners: (2e) glucose; (2f) fructose; (2g) sucrose; (2h) erythritol. (3a, 3b) Correlations between detection thresholds of maltodextrin and non-nutritive sweeteners: (3a) sucralose; (3b) Rebaudioside A. (3c, 3d) Correlations between detection thresholds of oligofructose and non-nutritive sweeteners: (3c) sucralose; (3d) Rebaudioside A. *P < 0.05; **P < 0.001.

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Fig 2 Expand

Fig 3.

Psychophysical curves of the group mean and examples of a participant who experienced high intensity and a participant who experienced low intensity.

(a) Maltodextrin (b) Oligofructose. Included in each graph is the mean psychophysical curve as well as an example of a participant who experienced high intensity (highest curve) and a participant who experienced low intensity (lowest curve) for that complex carbohydrate. The y-axis is a numerical measure of intensity perception from the gLMS. The x-axis is the actual concentration in % w/v.

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Fig 3 Expand

Fig 4.

Spearman rank correlations of suprathreshold intensity ratings (STs) between complex carbohydrates and sweeteners.

Spearman rank correlations of intensity ratings between maltodextrin and oligofructose. (2a-d) Correlations between intensity ratings of maltodextrin and caloric sweeteners: (2a) glucose; (2b) fructose; (2c) sucrose; (2d) erythritol. (2e-h) Correlations between intensity ratings of oligofructose and caloric sweeteners: (2e) glucose; (2f) fructose; (2g) sucrose; (2h) erythritol. (3a, 3b) Correlations between intensity ratings of maltodextrin and non-nutritive sweeteners: (3a) sucralose; (3b) Rebaudioside A. (3c, 3d) Correlations between intensity ratings of oligofructose and non-nutritive sweeteners: (3c) sucralose; (3d) Rebaudioside A. **P < 0.001.

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Fig 4 Expand

Table 5.

Detection thresholds for four prototypical tastants (% w/v), including mean, standard error of mean (SEM), and range.

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Table 5 Expand

Table 6.

Suprathreshold intensity ratings for four prototypical tastants on gLMS, given by mean and standard error of mean (SEM).

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Table 6 Expand