Abstracts - Nutrition

Feed supplemented strains have limited ability to compete with the indigenous intestinal microbiota of piglets.

Feed additives that contained phosphoric acid, citric acid, or fumaric acid were the most effective in reducing virus survival.

Lonicera macranthoides supplementation in growing finishing diets may improve free amino acids content in fresh meat.

The use of palygorskite in sow diets reduces oxidative stress in gestating sows.

Food by-products rich in starch and low in fat may be useful to modulate fatty acid profile in heavy pigs slaughtered up to 150 kg.

Long periods of high ZnO supplementation in weanling pigs may modulate immune response by suppressing the cytokine gene expression in weanling pigs.

Dietary phytogenic feed additive supplementation may reduce greenhouse gas emission in growing pigs without affecting performance.

Sow and litter performance in primiparous sows is directly affected by energy intake during gestation.

Based on the results of this study, the pre-slaughter feed withdrawal before slaughter affects behaviour and meat quality in pigs.

Both AID and ATTD can be used to describe the digestibility of Ca for growing–finishing pigs.

Positive antibacterial effect of the combination of medium chain fatty acids and probiotics in weanling diets.

Dietary polyunsaturated fatty acids supplementation may be useful to stimulate puberty onset on gilts.

The optimal Trp:Lys ratio for modern sows during lactation ranges between 0.22 and 0.26.

Pea protein isolate has higher AA digestibility than high protein sunflower meal for growing pigs.

L-glutamine supplementation improves intestinal health, nutrient digestibility and performance in weanling pigs.

Oregano essential oil or quercetin supplementation improves the antioxidant status in finishing pigs under transport stress.

Dietary choline deficiency induces alterations in plasma choline metabolites which are evident at the end of lactation. Betaine and select FAs in milk are sensitive to maternal dietary choline deficiency and day of lactation. Alterations in concentrations of these nutrients may affect early-life neonatal development.

A better fit of nutrient requirements in early lactation improves sow milk yield.

Restricted feeding may improve lean percentage in growing pigs without a negative impact in welfare.

Flavour inclusion in piglet diets is safe even at higher inclusion levels than those commonly used for the industry.

Dietary herbs and fermented herb supplementation during the growing-finishing period improves meat quality in pigs.

Dietary essential fatty acid supplementation in sow during lactation affects further reproductive performance.

Betaine supplementation at 0.63% and 1.26% tended to increase sperm concentration in the ejaculates by 6% and 13%, respectively.

Collectively, SB supplementation could reduce the rate of gilts return to estrus, alter the composition of colostrum and enhance the growth rate of piglets.