Fungal glucose oxidase and cellulase were used as silage additives in laboratory (25 l), pilot (3 m3) and farm scale (250 t) silos. In 3 m3 scale silos, pH and the concentration of acetic acid were lower and the concentrations of lactic acid and sugars were higher in the enzyme treated than in untreated silage. The concentration of butyric acid was equal to or lower than in formic acid treated silage in all experiments. Cell wall constituents were degraded in the silo by cellulase and thus more energy was available for lactic acid bacteria. With increasing levels of cellulase application, the disappearance of organic matter (OM) from nylon bags incubated for 1 to 12 h in the rumen of a dairy cow increased significantly (PHomeiden tuottamaa ...
The effects of using a microbial inoculant (lactic acid producing bacteria Lactobacillus plantarum a...
AIV silages were treated with cellulases. Five different enzyme preparations were compared. The high...
In the experiment, the influence of two different biological silage additives (Lactococcus lactis (N...
Fungal glucose oxidase and cellulase were used as silage additives in laboratory (25 l), pilot (3 m3...
Four grass silages made from a second cut cocksfoot-timothy grass were ensiled with the application ...
Two experiments were carried out to study the effects of cell wall degrading enzymes as silage addit...
The effect of the inoculation and the adding of the cellulase enzyme on the fermentation of sugar-ri...
AIV silages were treated with cellulases. Five different enzyme preparations were compared. The high...
Four experimental silages were made into bunker silos by adding lactic acid bacteria and cellulase e...
Julkaisussa on vanha ISSN 0024-8835.vokkirjasto Aj-KEntsyymit nurmirehun säilöntäaineena. Vaikutus ...
Twelve Ayrshire cows were used to study the effects of and interactions between extent of silage fer...
The effect of the inoculation and the adding of the cellulase enzyme on the fermentation of sugar-ri...
Tutkimuksessa verrattiin eri säilöntäaineilla valmistettujen säilörehujen vaikutusta naudan pötsifer...
The degradability of dry matter and crude protein was studied in 96 grass silages, which were collec...
This study was carried out to determine the effects of lactic acid bacteria and lactic acid bacteria...
The effects of using a microbial inoculant (lactic acid producing bacteria Lactobacillus plantarum a...
AIV silages were treated with cellulases. Five different enzyme preparations were compared. The high...
In the experiment, the influence of two different biological silage additives (Lactococcus lactis (N...
Fungal glucose oxidase and cellulase were used as silage additives in laboratory (25 l), pilot (3 m3...
Four grass silages made from a second cut cocksfoot-timothy grass were ensiled with the application ...
Two experiments were carried out to study the effects of cell wall degrading enzymes as silage addit...
The effect of the inoculation and the adding of the cellulase enzyme on the fermentation of sugar-ri...
AIV silages were treated with cellulases. Five different enzyme preparations were compared. The high...
Four experimental silages were made into bunker silos by adding lactic acid bacteria and cellulase e...
Julkaisussa on vanha ISSN 0024-8835.vokkirjasto Aj-KEntsyymit nurmirehun säilöntäaineena. Vaikutus ...
Twelve Ayrshire cows were used to study the effects of and interactions between extent of silage fer...
The effect of the inoculation and the adding of the cellulase enzyme on the fermentation of sugar-ri...
Tutkimuksessa verrattiin eri säilöntäaineilla valmistettujen säilörehujen vaikutusta naudan pötsifer...
The degradability of dry matter and crude protein was studied in 96 grass silages, which were collec...
This study was carried out to determine the effects of lactic acid bacteria and lactic acid bacteria...
The effects of using a microbial inoculant (lactic acid producing bacteria Lactobacillus plantarum a...
AIV silages were treated with cellulases. Five different enzyme preparations were compared. The high...
In the experiment, the influence of two different biological silage additives (Lactococcus lactis (N...