Abstracts - Nutrition

Dietary supplementation with antimicrobial peptide bovine lactoferricin-lactoferrampin improve piglet performance and intestinal health at weaning

Extra lipid supplies before farrowing may improve piglet survival

Hydrolyzed feather meal can be an excellent source of protein supplement finishing pigs

The use of salbutamol in finishing diets does not affect pig behaviour and physiology

Amino acid digestibility in corn distillers dried grains with solubles may be strongly affected by their origin but not for the distillery process

The use of sow dietary CLA supplementation through late gestation and lactation may improve piglet immunity and health status after weaning

Cereal carbohydrate compositon depends on cereal cultivar and may affect gut microbiota in piglets

Feed preference at weaning was improved by the inclusion of 1% of animal protein hidrolisate

Dietary chromium supplementation do not reduce the negative impact of the thermal stress

Reducing dietary lysine from 1.16 to 0.73% enhances proportion of oxidative muscle fiber in porcine muscle.

Feed extrusion increased dietary nutrient digestibility in gowing pigs

Piglet survival at farrowing and at weaning may be improved by sow dietary energy supply during gestation and lactation

Nutrient excretion may be reduced without affecting growth performance, bone variables, and carcass characteristics in growing-fattening pigs

The use of glycerine in pig diets does not negatively affect pig performance or frequency of histological lesions in tissues associated with methanol metabolism

The use of raw potato starch in weanling diets may reduce the negative effects of postweaning diarrhoea

The MUFA dietary supplementation during the first half of gestation may reduce the incidence of low birth weight

High feed intake and low plasmatic Tryptophan levels during the lactation may be directly associated to sow reactivity

Higher feed intake during lactation let to improve sow and litter performance

Weanling diet composition and vaccinating time may affect piglet growth performance at weaning

The dietary inclusion of wheat straw during the gestation phase improves sow and litter productivity.

Dietary vitamin A supplementation does not affect major fatty acid composition of intramuscular lipids, but leads to a higher C16:0 and total SFA concentration in liver lipids.

Dietary heating may enhance piglet performance by increasing feed consumption just after weaning

The use of sodium butyrate just after weaning may help to stimulate gastric mucosal maturation

Tryptophan supplementation of piglet diets may help to reduce the negative impact of E. coli at weaning