Page 3 of articles about performance

Gradually weaned pigs performed better around transitions than abruptly weaned pigs and gradual weaning resulted in beneficial long-term effects on behavior.

Results show the importance of lactation length on piglets’ BW variability. Weaning at 25.5 d, equivalent to 7 kg BW, optimizes slaughtering pig performance.

Multi-enzyme supplementation may become a successful strategy to replace antibiotics in weanling diets.

Barley may be a suitable cereal to replace wheat in starter dies for piglets.

Xylanases supplementation of pig diets based coproducts from wheat and corn may improve performance during the growing period.

More than 85% of primiparous sows can be successfully post-cervical inseminated with doses containing 1.5 × 109 sperm cells in the absence of the boar during insemination without impairing the reproductive performance.

Dietary Lys restriction during finisher period in pigs impaired growth performances and was not successful to increase the carcass fat deposition, although it could have positive effects on the intramuscular fat proportion of pork.

The meta-analysis confirmed the significant effect of several well-known factors on the performance and efficiency of grower and finisher pigs, the effects of some less established ones and, importantly, the interactions between such factors.

The use of different dietary energy levels during gilt rearing affects the level of body reserves but not productive and reproductive performance.

Under the conditions of this study, plasma transfer alone does not improve survival of low-birth-weight piglets.

Supplementation of encapsulated ZnO at a physiological level improves performance than native ZnO.

Increasing inclusion of field pea reduces dietary crude protein digestibility but without negative impact on performance.

The use of B. juncea in pig diets reduces feed intake and performance during de growing-finishing period.

The inclusion of brewery yeast hydrolyzate improves immune response in weanling pigs

In conclusion, our study confirms that high temperature reduces feed intake, growth performance, and HP.