Table 3.
Males | Females | ANOVA | |||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
SD diet | HF diet | CAF diet | HP diet | SD diet | HF diet | CAF diet | HP diet | ||||||||||
Mean | se | Mean | se | Mean | se | Mean | se | Mean | se | Mean | se | Mean | se | Mean | se | ||
Weight increase (g) | 79·1 | 8·2a | 82·2 | 6·3a | 126 | 3·2b | 68·6 | 1·5a | 39·5 | 4·3a | 27·5 | 1·6a | 73·6 | 6·9b | 31·2 | 1·8a | D S |
Final weight (g) | 445 | 30a | 436 | 12a | 515 | 4·6b | 444 | 45a | 245 | 7·6a | 262 | 2·8a | 290 | 7·7b | 255 | 8·1a | D S |
Energy intake (MJ) | 8·76 | 0·44a | 8·43 | 0·21a | 19·2 | 0·59b | 7·90 | 1·01a | 6·32 | 0·24a | 5·98 | 0·91a | 16·1 | 0·29b | 5·41 | 0·12a | D S |
Liver weight (g) | 15·9 | 1·57a,b | 13·1 | 0·33a | 16·7 | 0·85b | 15·1 | 0·15a,b | 8·56 | 0·47a | 8·14 | 0·19a | 8·16 | 0·24a | 7·66 | 0·37a | S |
Glucose (mM) | 9·85 | 0·31a | 9·65 | 0·51a | 10·5 | 0·7a | 11·2 | 0·6a | 10·9 | 0·7a | 8·43 | 0·31b | 10·4 | 0·6a,b | 10·1 | 0·3a,b | D |
Lactate (mM) | 2·07 | 0·08a | 4·71 | 0·49b | 2·66 | 0·30a | 4·40 | 0·31b | 2·27 | 0·31a | 4·01 | 0·28b | 2·70 | 0·33a,c | 3·70 | 0·29b,c | D |
Glycerol (mM) | 0·16 | 0·02a | 0·34 | 0·06a | 0·18 | 0·03a | 0·35 | 0·06a | 0·15 | 0·03a | 0·21 | 0·01a | 0·22 | 0·02a | 0·21 | 0·01a | D S |
Cholesterol (mM) | 2·66 | 0·21a | 1·65 | 0·08b | 2·24 | 0·11a | 1·61 | 0·07b | 2·64 | 0·11a | 1·58 | 0·21b | 2·48 | 0·31a | 1·36 | 0·04b | D |
NEFA (mM) | 0·32 | 0·05a | 0·38 | 0·04a | 0·55 | 0·08a | 0·45 | 0·06a | 0·32 | 0·05a | 0·35 | 0·03a | 0·44 | 0·07a | 0·44 | 0·06a | D |
TAG (mM) | 1·34 | 0·04a | 1·94 | 0·11b,c | 1·96 | 0·18b | 1·35 | 0·19a,c | 1·01 | 0·09a | 1·04 | 0·21a | 0·98 | 0·08a | 0·77 | 0·14a | D S |
Cholesterol/TAG | 1·97 | 0·13a | 0·90 | 0·10b | 1·59 | 0·15a,c | 1·13 | 0·13b,c | 2·71 | 0·33a | 1·90 | 0·21a | 2·82 | 0·29a | 1·78 | 0·19a | D S |
NEFA/TAG | 0·29 | 0·05a | 0·33 | 0·06a | 0·24 | 0·03ac | 0·33 | 0·04a | 0·37 | 0·07a | 0·49 | 0·08a | 0·42 | 0·05a | 0·57 | 0·11a | S |
Urea (mm) | 2·98 | 0·31a,b | 3·55 | 0·11a | 1·98 | 0·15b | 6·62 | 0·35c | 2·26 | 0·18a,b | 3·43 | 0·31a | 1·88 | 0·31b | 6·76 | 0·43c | D |
3OH butyrate (µm) | 31·2 | 5·01a | 48·9 | 4·51a | 31·1 | 5·75a | 47·2 | 5·50a | 47·1 | 7·11a | 62·4 | 11·1a | 31·4 | 6·78a | 60·6 | 11·1a | D S |
Acetoacetate (µm) | 190 | 43·5a | 159 | 32·4a | 128 | 15·9a | 143 | 12·2a | 145 | 58·5a | 183 | 31·4a | 202 | 49·4a | 110 | 25·2a | |
Oestradiol (ng/l) | 29·1 | 5·24a | 100 | 8·41b | 35·9 | 3·82a | 69·8 | 6·05c | 57·2 | 4·58a | 106 | 6·96b | 59·7 | 6·07a | 111 | 10·5b | D S |
Testosterone (µg/l) | 3·18 | 0·28a | 3·51 | 0·44a | 3·69 | 0·49a | 2·96 | 0·19a | 1·16 | 0·07a | 1·72 | 0·08b | 1·26 | 0·11a | 1·47 | 0·08a,b | S |
Testosterone/oestradiol | 111 | 17·1a | 36·9 | 6·94b | 102 | 8·08a | 41·5 | 5·55b | 20·8 | 2·02a | 16·1 | 1·27a,b | 21·1 | 1·38a | 13·2 | 2·11b | D S |
Statistical analysis: two-way ANOVA significant P-values for diet (D), sex (S) or interaction (I): P < 0 05.
Statistical significance (Bonferroni’s post hoc test) between diets is represented by different superscript letters.