Abstracts - Nutrition

Reducing particle size of the lactation diets below 1000 µm do not necessarily represent and advantage for the productivity of the sow during lactation.

Organic acid addition in growing-finishing diets does not modify skatole concentration in the adipose tissue of entire male pigs.

Metabolizable Energy content of crude glycerol varies among weaning piglets and finishing pigs.

Glutamine in the weaning diets can favour a better immune status in piglets.

Feeding lactulose to piglets increases hindgut fermentation, and in the growing pig may determine a better hindgut environment for the development of Salmonella derby

Increases in the tryptophan content in corn-based lactation diets, determines increases in the feed intake and performance of the sow

Asynchrony in the supply of amino acids and glucose to the pig provokes a higher utilization of amino acids as a source of energy

Presence of phytic acid in finishing pig diets may provoke a reduction in the oxidative processes in pork meat.

Dietary metionine and cystine contribute significantly to the odour emission from pig facilities.

Dietary L-arginine supplementation modifies blood insulin concentration of lactating sows.

Feeding restriction during the growing period followed by an ad libitum regime during the finishing determines a decrease in the content of intramuscular fat.

Lactoferrin in the weaning pig diets permits to improve growth performance, reducing diarrhoea presentation and modifying intestinal morphology in the weaning period.

Increased amount of dietary fibre in the pre-mating diet improves the embryo survival and oocyte maturity in gilts.

The system of feeding and watering affects dry matter intake and water wastage of sows and weaning weight of piglets.

The authors suggest a ratio total lysine/digestible energy of 4.27 (g/Mcal) to achieve the maximal performance in pigs between 7,5 and 22,5 kg of body weight.

Introduction of food waste into the growing pig diets may be a useful strategy to reduce environmental burdens, with a small effect on growth performance and meat quality.

β-glucan in weaning piglet diets improves performance and offer benefits on immune. function of pigs challenged with E. coli lipopolysaccharide.

In early weaned piglets dietary nucleotide supplementation improves intestinal maturation and reduces diarrhoea incidence.

Glutamine acts as a trophic agent for intestinal mucosa when fed to weaned piglets

Energy and protein value of DDGS is higher than that of wheat grain for the growing pig, but the inclusion of DDGS in the diet results in impaired growth performance.