AdiÃÃo de enzimas exÃgenas na digestibilidade aparente total de raÃÃes para leitÃes na fase de creche / Addition of exogenus enzymes digestibility in total feeding piglets in nursery phase
AUTOR(ES)
Pryscilla Cenci de Barros
FONTE
IBICT - Instituto Brasileiro de Informação em Ciência e Tecnologia
DATA DE PUBLICAÇÃO
16/12/2010
RESUMO
The objective of this study to evaluate the effect od addition of amylase and protease, isolated or in combination on the digestibility of nutrients in diets for piglets in the nursery phase. It was used 16 piglets with initial weight of 8.04 kg were individually penned in metabolism cages. The experimental treatments consisted of four isoenergetic and isolisinic and differed only in addiction or not of enzymes: treatment 1 = control diet; treatment 2 = 0.06% of amylase; treatment 3 = 0.0125% of protease; treatment 4 = 0.06% of amylase and 0.0125% of protease. The experimental desing was completely randomized desing with four replications and two phases. No effect of the inclusion of amylase and protease, alone or combined, in the digestibility of dry matter, organic matter, crude protein, ash, starch and gross energy. it is concluded that supplementation with amylase and protease isolated or in combination in diets for piglets in the nursery phase did not result in improvement of digestibility coefficients of the variables, but when nalyzing the phases separately, the digestibility coefficients were higher in the phase 2 in all treatments
ASSUNTO(S)
amido digestibilidade leitÃo nutriÃÃo animal animal nutrition digestibility piglet starch nutricao e alimentacao animal
ACESSO AO ARTIGO
http://tede.unioeste.br/tede//tde_busca/arquivo.php?codArquivo=761Documentos Relacionados
- Probiotic, Prebiotic and Symbiotic in weanning piglets rations
- Milhos com diferentes texturas de endosperma e adiÃÃo de alfa-amilase na raÃÃo de leitÃes
- InclusÃo de farelo de arroz integral em raÃÃes para leitÃes na fase inicial
- NÃveis de lisina digestÃvel em raÃÃes para leitÃes de 9 a 25kg.
- Performance, metabolism and gut microbiota of piglets fed diets containing probiotics and symbiotics