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. Author manuscript; available in PMC: 2013 Nov 1.
Published in final edited form as: J Acad Nutr Diet. 2012 Nov;112(11):1835–1842. doi: 10.1016/j.jand.2012.07.036

Table 3.

Mean (±SE) energy, nutrient intakes, and MET hours/week of physical activity at baseline and change in outcomes across time for the MB-EAT-D a (n=26) and Smart Choices (n=25) treatment groups

Baseline Values Energy (kcal) Total Fat (% Energy) Saturated Fat (grams/1000 kcal) Monounsat. Fat (grams/ 1000 kcal) Polyunsat. Fat (grams/ 1000 kcal) Trans Fat (grams/1000 kcal) Cholesterol (mg/1000 kcal)b
 MB-EAT-D 1851 (±129) 41.16 (±1.15) 14.53 (±0.47) 18.14 (±0.62) 9.64 (±0.44) 1.48 (±0.10) 147 (±12.68)
 Smart Choices 2019 (±131) 40.53 (±1.17) 13.38 (±0.48) 18.01 (±0.63) 10.20 (±0.45) 1.60 (±0.10) 152 (±12.93)
 P-value c P = 0.3628 P = 0.7056 P = 0.0937 P = 0.8816 P = 0.3715 P = 0.4232 P = 0.9738
Change Score at Immediate Post-intervention d
 MB-EAT-D −298 (±109)
P = 0.0068
−0.62 (±1.03)
P = 0.551
−0.65 (±0.41)
P = 0.1147
−0.02 (±0.59)
P = 0.9721
0.15 (±0.44)
P = 0.7255
0.00 (±0.10)
P = 0.9838
5.59 (±11.94)
P = 0.6505
 Smart Choices −574 (±114)
P < 0.0001
−1.46 (±1.09)
P = 0.1813
−0.79 (±0.43)
P = 0.0698
−0.84 (±0.62)
P 0.1734
0.18 (±0.46)
P =0.6898
−0.30 (±0.10)
P = 0.0030
−14.37 (±12.76)
P = 0.3189
Change Score at 3-month Follow-up d
 MB-EAT-D −490 (±109)
P < 0.0001
−0.19 (±1.04)
P = 0.8517
0.12 (±0.41)
P = 0.7724
0.10 (±0.59)
P = 0.8644
0.46 (±0.44)
P = 0.2962
0.05 (±0.10)
P = 0.6361
−4.01 (±11.95)
P = 0.9734
 Smart Choices −682 (±111)
P < 0.0001
−1.26 (±1.06)
P = 0.2364
−1.04 (±0.42 )
P = 0.0151
0.64 (±0.60)
P = 0.2868
0.42 (±0.44)
P = 0.3442
−0.23 (±0.10)
P = 0.0219
−4.58 (±12.19)
P = 0.4615
 P-value e P = 0.2198 P = 0.3286 P = 0.1221 P = 0.5206 P = 0.9553 P = 0.0489 P = 0.5827
Baseline Values Carbohydrate (% Energy) Total Fiber (grams/100 kcal) f Total Sugars (grams/1000 kcal) Glycemic Index Glycemic Load Protein (% Energy) MET hr/week g
MB-EAT-D 43.57 (±1.35) 10.48 (±0.82) 42.52 (±2.78) 51.59 (±0.82) 101.35 (±5.48) 16.76 (±0.49) 9.56 (±2.41)
Smart Choices 44.38 (±1.38) 10.18 (±0.84) 45.53 (±2.83) 52.04 (±0.83) 106.40 (±7.83) 16.56 (±0.50) 10.00 (±2.50)
P-value c P = 0.6738 P = 0.9928 P = 0.4494 P = 0.7014 P = 0.3603 P = 0.7754 P = 0.3307
Change Score at Immediate Post-intervention d
 MB-EAT-D 0.37 (±1.23)
P = 0.7629
0.77 (±0.70)
P = 0.0887
1.02 (±2.95)
P = 0.7307
−0.77 (±0.70)
P = 0.2705
−16.25 (±6.61)
P = 0.0151
0.41 (±0.49)
P = 0.4075
0.62 (±0.28)
P = 0.0277
 Smart Choices 1.25 (±1.30)
P = 0.3370
2.97 (±0.74)
P < 0.001
4.80 (±3.09)
P = 0.1229
−2.32 (±0.73)
P = 0.0019
−34.12 (±6.94)
P < 0.0001
0.92 (±0.52)
P = 0.0784
0.38 (±0.29)
P = 0.1970
Change Score at 3-month Follow-up d
 MB-EAT-D 1.38 (±1.23)
P = 0.2641
0.86 (±0.70)
P = 0.0656
−1.50 (±2.95)
P = 0.6127
−1.53 (±0.70)
P = 0.0301
−30.13 (±6.61)
P < 0.0001
1.27 (±0.49)
P = 0.0107
0.49 (±0.28)
P = 0.0809
 Smart Choices 1.87 (±1.26 )
P = 0.1394
3.46 (±0.72)
P < 0.001
7.03 (±3.01)
P = 0.0209
−2.87 (±0.71)
P = 0.0001
−38.80 (±6.74)
P < 0.0001
0.40 (±0.50)
P = 0.4277
0.30 (±0.28)
P = 0.2926
 P-value e P = 0.0670 P = 0.0221 P = 0.0449 P = 0.1793 P = 0.3603 P = 0.2156 P = 0.6325
a

Mindfulness-Based Eating Awareness Training for Diabetes (MB-EAT-D) group

b

Dietary cholesterol intakes were not normally distributed and were log-transformed; the p-values were based on the comparison of means of the log-transformed data using the transform log(x).

c

Student t-test within an ANOVA for between-group comparison at baseline; P-value < 0.05 used for statistical significance.

d

P-value < 0.0125 used for statistical significance to account for the Bonferroni correction of the 4 comparisons for the within-group changes from baseline to immediate post-intervention and from baseline to 3-month follow-up.

e

Student t-test within an ANOVA to compare the between-group change from baseline to 3-month follow-up; P-value < 0.05 used for statistical significance.

f

Dietary fiber intakes were not normally distributed and were log-transformed; the p-values were based on the comparison of means of the log-transformed data using the transform log(x).

g

Gender, employment, current age, age at time of diabetes diagnosis, and diabetes duration were significant covariates for MET hours/week and were incorporated into the repeated measures model. The data were not normally distributed and were log-transformed; the p-values were based on the comparison of means of the log-transformed data using the transform log(1+x).