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RISInfluence of sodium hydroxide treatment of barley grain on in vitro rumen gas production and microbial-N yield
Year: 2013
Abstract:
, apparent substrate degradability of barley grain (ASD), true substrate degradability of barley grain (TSD) and microbial N at t1/2 for two treatments were measured. The amount of produced gas at each time of incubation in each glass serum bottle was taken...
In Vitro Yield of Microbial-N from Fermentation of Glucogenic and Lipogenic Diets Provided by Different Sources of Rumen Degradable Amino Acids
Year: 2017
Abstract:
This experiment was conducted to evaluate the effects of different sources of rumen degradable amino acids,
soybean meal versus a commercial source of hydrolyzed cottonseed cake with low molecular weight (Fortid®), ...
INFLUENCE OF SODIUM HYDROXIDE TREATMENT OF BARLEY GRAIN ON IN VITRO APPARENT AND TRUE SUBSTRATE DEGRADABILITY AND MICROBIAL-N PRODUCTION
Year: 2014
Abstract:
fractions improved by treatment with NaOH. In addition, Barnes and Ørskov (1981) indicated that the digestibility of starch increased linearly with NaOH application. Rumen microbial-N yield decreased (from 1.344 to 1.282 mg) by the treatment of barley...