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. Author manuscript; available in PMC: 2013 Nov 1.
Published in final edited form as: Food Res Int. 2012 Aug 4;49(1):112–116. doi: 10.1016/j.foodres.2012.08.004

Table 1.

% Recovery of EGCg and PGG in Model Digestive Systems

% of Initial Polyphenola
Compound Time Point pH Changes pH Changes with Cheerios pH Changes with baby food Digestive Components Digestive Components with baby food Digestive Components with Cheerios
EGCg 0 h pH 1.8 100.1 (9.8) 103.5 (3.7) 110.6 (8.3) 103.2 (3.4) 98.4 (2.6) 105.2 (1.4)
EGCg 1 h pH 1.8 97.3 (6.4) 102.7 (4.0) 99.2 (9.3) 104.7 (4.2) 100.6 (1.4) 103.1 (2.7)
EGCg 2 h pH 7.0 11.8 (4.4) 13.9 (3.1) 20.7 (8.0) 18.7 (4.1) 8.4 (0.6) 9.2 (1.5)
PGG 0 h pH 1.8 107.9 (7.0) 103.1 (0.7) 92.8 (2.7) 104.1 (6.1) 106.4 (4.6) 97.6 (5.6)
PGG 1 h pH 1.8 99.1 (6.5) 101.8 (1.3) 96.7 (2.6) 104.2 (7.6) 106.7 (3.1) 119.2 (9.9)
PGG 2 h pH 7.0 17.7 (4.5) 30.9 (1.9) 49.5 (6.6)* 62.8 (7.4)** 51.6 (1.9)** 73.2 (5.5)**
a

Values are the mean for n=3 (SEM). Student's t-test was used to compare conditions at each time point.

*

P<0.05

**

P<0.01 compared to other values in the same row.