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Ruminal Kinetics Of Carbohydrates, Gas Production And Bromatology Of Sugarcane Silagewith High Levels Of Sodium Benzoate, Celso Heinzen Junior, Odimári Pricila Prado Calixto, Egon Henrique Horst, Leonardo Trolegi, Fernando Luiz Massaro Junior, Ivone Yurika Mizubuti, Mikael Neumann, Valter Harry Bumbieris Junior
Ruminal Kinetics Of Carbohydrates, Gas Production And Bromatology Of Sugarcane Silagewith High Levels Of Sodium Benzoate, Celso Heinzen Junior, Odimári Pricila Prado Calixto, Egon Henrique Horst, Leonardo Trolegi, Fernando Luiz Massaro Junior, Ivone Yurika Mizubuti, Mikael Neumann, Valter Harry Bumbieris Junior
Turkish Journal of Veterinary & Animal Sciences
The objective of this study was to evaluate the chemical composition, ruminal kinetics, gas production and aerobic stability of sugarcane silage added with increasing levels of sodium benzoate up to 1% of the natural matter. After harvesting, the sugarcane was chopped and placed in experimental polyethylene silos for storage for 30 days. An increasing concentration of sodium benzoate in the silage promoted a linear decrease in the crude protein content, varying from 2.79% to 2.51%. The addition of sodium benzoate reduced the fiber concentration of the silage (P = 0.0015) and increased gas production of the fibrous and nonfibrous carbohydrates …
The Effects Of The L. Plantarum Strain Rc1.4 Starter Culture With Or Without Sucrose Addition On Fermentation Efficacy, Microbial Content, And Aerobic Stability Indicators Of Alfalfa Silage, Taylan Aksu, Shami̇l Vali̇dov, Li̇li̇i̇a Kari̇mova, Murat Demi̇rel, Taner Levendoğlu, Si̇bel Erdoğan, Mehtap Güney
The Effects Of The L. Plantarum Strain Rc1.4 Starter Culture With Or Without Sucrose Addition On Fermentation Efficacy, Microbial Content, And Aerobic Stability Indicators Of Alfalfa Silage, Taylan Aksu, Shami̇l Vali̇dov, Li̇li̇i̇a Kari̇mova, Murat Demi̇rel, Taner Levendoğlu, Si̇bel Erdoğan, Mehtap Güney
Turkish Journal of Veterinary & Animal Sciences
To develop the approach for efficient alfalfa silage fermentation, L. plantarum strain RC1.4 (LP-RC1.4) was used as starter culture with or without sucrose. Trial groups consisted of ten repetitions for each treatment including (1) control, with added sterile water (10 mL); (2) LP, silages treated with LP-RC1.4 alone (106 cfu g$^{-1}$ FM); (3) LP-S1, silages treated with LP-RC1.4 (10$^{6}$ cfu g$^{-1}$ FM) plus sucrose at 10 g/kg fresh matter; (4) LP-S$_{2}$, silages treated with LP-RC1.4 (106 cfu g-1 FM) plus sucrose at 20 g kg$^{-1}$ fresh matter. Inoculation improved the quality of the silaging demonstrating a lower decrease of silage …