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. 2008 Jan 31;105(6):1977–1982. doi: 10.1073/pnas.0711870105

Table 1.

Diet pairings for each species plus MANOVA results comparing protein–carbohydrate consumption on the two treatments

Species Diet combinations df Exact F Prob > F
M. angustipennis (a) p7:c35 + p35:c7 2, 13 1.79 0.205
(b) p7:c35 + p28:c14
M. bivittatus (a) p7:c35 + p35:c7 2, 14 3.71 0.051
(b) p7:c35 + p28:c14
M. differentialis (a) p7:c35 + p35:c7 2, 16 1.98 0.171
(b) p7:c35 + p28:c14
M. femurrubrum (a) p7:c35 + p35:c7 2, 5 1.54 0.301
(b) p7:c35 + p28:c14
M. flavidus (a) p7:c35 + p35:c7 2, 12 0.49 0.626
(b) p7:c35 + p28:c14
M. foedus (a) p14:c28 + p35:c7 2, 9 0.79 0.482
(b) p7:c35 + p28:c14
M. sanguinipes (a) p7:c35 + p35:c7 2, 16 0.51 0.612
(b) p7:c35 + p28:c14

Each species was tested on two treatments, and each treatment contained a pair of food dishes with different diets. The diets differed from one another in their protein (p) and digestible carbohydrate (c) content (e.g., p7:c35 = 7% protein and 35% carbohydrate, expressed on a dry mass basis). If each species is actively regulating protein–carbohydrate intake, no significant difference in protein–carbohydrate consumption should be observed.