Figure 5. Metabolism increased after exercise in WT but not in PKCβ^-/- mice.

A, Resting O₂ consumption over 24 hours. O₂ consumption of WT and PKCβ^-/- mice with or without exercise was measured in a resting state for 24 hours using a computer-controlled, Comprehensive Lab Animal Monitoring System (CLAMS). B, Average resting O₂ consumption in WT and PKCβ^-/- mice with or without exercise. C, Resting CO₂ production over 24 hours. CO₂ production of WT and PKCβ^-/- mice with or without exercise was measured in a resting state for 24 hours at 22°C in presence of food and water using CLAMS. D, Average resting CO₂ production in WT and PKCβ^-/- mice with or without exercise. E, O₂ consumption with exercise intervention. O₂ consumption of WT and PKCβ^-/- mice with or without exercise was measured. F, Average exercise O₂ consumption in WT and PKCβ^-/- mice with or without exercise. G, CO₂ production with exercise intervention. CO₂ production of WT and PKCβ^-/- mice with or without exercise was measured. H, Average exercise CO₂ production in WT and PKCβ^-/- mice with or without exercise. WT, wild-type; EX, exercise; SED, sedentary; Data are expressed as mean ± SEM; n = 5, *, P<0.05.