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Rate of feed intake during spontaneous feeding, fecal NDF and iNDF concentration, plasma glucose, insulin, NEFA, body temperature, and lying behavior fit a cosine function within a 24-h period that was modified by treatment.
Greater competition resulted in a reduction in feeding time (low = 202.6, moderate = 194.9, high = 183.6 min/d; SE = 8.84), and an increased rate of feed intake (low = 0.16, moderate = 0.18, high = 0.20 kg of dry matter/min; SE = 0.01), especially following fresh feed delivery and milking.
High temperatures during the first 50 days resulted in a high rate of feed intake (as measured in the experiments) and excessive nutrient mass accumulation.
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Previous early-weaned studies with A × S steers showed that feeding high-starch diets containing ca. 35% to 60% more net energy for gain (NEG) than low-starch diets resulted in greater body weight, daily rates of gain, and greater feed efficiency despite similar rates of feed intake [ 17, 24].
The individual daily weight gain and feed conversion ratio (ratio of feed intake to weight gain) were thereafter calculated.
Feed intake, energy-corrected milk (ECM) yield, and ECM produced/kg of feed intake were similar among treatments.
Feed intake during gestation (GD0-21) and lactation (PND0-21) was based on daily monitoring of feed intake.
The results demonstrated the polygenic nature of feed intake.
RFI is used to identify individuals that deviate from their expected level of feed intake given their size and growth rate over at least a 70 day feeding period [ 3].
The amount of feed intake and feces excreted were recorded daily.
10.1186/s12711-015-0156-y Elementary statistics of feed intake and feed conversion ratio in F2 birds.
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