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Influence of malic acid-heat treatment for protecting sunflower protein against ruminal degradation on in vitro methane production: A comparison with the use of malic acid as an additive
ArticleAbstract: Batch cultures of rumen microorganisms were used to compare the fermentation of sunflower seed (SS)Palabras claves:Heat, Malate, Methane, protein protection, sunflower meal, sunflower seedAutores:Alvir M.R., Carro M.D., González J., JORGE LEONARDO VANEGAS RUIZFuentes:googlescopusRuminal degradation of cell wall associated nitrogenous compounds of several <sup>15</sup>N-labelled feeds
ArticleAbstract: Ruminal in situ effective degradability (ED) of dry matter (DM), neutral (NDF) and acid (ADF) detergPalabras claves:cell wall-bound N, feed evaluation, microbial contamination, ruminal degradability, SheepAutores:Arroyo J.M., González J., JORGE LEONARDO VANEGAS RUIZFuentes:googlescopusProtection of sunflower seed and sunflower meal protein with malic acid and heat: effects on in vitro ruminal fermentation and methane production
ArticleAbstract: BACKGROUND: Combined malic acid–heat treatments of protein supplements have been shown to reduce rumPalabras claves:Heat, malic acid, Methane, protein protection, sunflower meal, sunflower seedAutores:Alvir M.R., Carro M.D., González J., JORGE LEONARDO VANEGAS RUIZFuentes:googlescopus