Diets were compared across 3 phases of energy balance: 5 wk of controlled (all foods provided) weight maintenance (WM), 6 wk of controlled weight loss (minimum 500-kcal/d deficit) including exercise (WL), and 12 wk of prescribed, free-living weight loss (FL).
Furthermore, a cohort of non-OHT-exposed ARR2PBCreER(T2)×Ptenfl/fl, Ptenfl/fl and ARR2PBCreER(T2) mice were left to age for 16 20 wks to control for the possibility of spontaneous Pten excisions.
WK in both control and SA treatments significantly increased when these plants were exposed to heat stress, but WK in the SA- treated plants dropped quickly while WK of the controls dropped slowly during recovery (Fig. 2).
At 12 wks of age, animals were randomized into control and diabetic groups.
After 6 wks of HG, both HG and nonHG controls rats demonstrated similar myofilament performance measured as thin filament calcium sensitivity, native thin filament velocity in the myosin motility assay and contractile velocity and power.
Milk components including fat and lactose percentage during the first 3 wks of lactation were also lower in IMF4 cows compared to Controls (P < 0.10).
Interestingly, we found that only miR-379 was increased in splenocytes from 4 wks of estrogen-treated orchidectomized NZB/WF1 mice when compared to placebo-controls.
Briefly, the IMF4 cows (n = 11) produced 4.8 kg/d more milk that the Control cows (n = 9) during the first 3 wks of lactation and 3.1 kg/d more milk during the complete 44-wk lactation (P < 0.05).
We enrolled 90 preterm infants born at less than 37 weeks (wks) (23 36 wks) of gestational age and 52 healthy full-term infants (≥37 wks) as controls.
Thus, ARR2PBCreER(T2)×Ptenfl/fl or Ptenfl/fl control mice were injected with OHT daily for 5 consecutive days starting at 6 wks of age and then sacrificed at either 4 10,16 20, or 30 40 wks p.i.
