000			02787nab a2200301 i 4500
003			BR-BrBNA
005			20250408204616.0
008			250408b2020 bl.ar|pooa||| 00| 0 eng |
040			_aBR-BrBNA _beng
072			_aQ52 _b0230 - 8952
100			_aBueno, Antonio Vinicius Iank
100			_aVigne, Gabriela Letícia Delai
100			_aNovinski, Charles Ortiz
100			_aBayer, Cimélio
100			_aJobim, Clóves Cabreira
100			_aSchmidt, Patrick
245			_aNatamycin as a potential silage additive: A lab trial using sugarcane to assess greenhouse gas emissions
500			_aPublicação on-line; 48 ref.; 2 illus; 6 tables; Sumaries (En)
520			_a ABSTRACT - The objective of this study was to evaluate natamycin, Lactobacillus buchneri (LB), or their combination on the chemical composition, loss, fermentative profile, and aerobic stability as well as gas production and composition of sugarcane silages. The treatments were (wet basis): no additive (control), 10 g t−1 of natamycin (N10), 5 × 104 cfu g−1 of LB, and the combination of 4 g t−1 of natamycin and 2.5 × 104 cfu g−1 of LB (NLB). Sugarcane was chopped (10 mm), treated with the additives, and ensiled in experimental silos (four replicates). The silos remained stored for 51 days. The LB inoculation, alone or in combination with natamycin, increased the acetic acid content (by 105 and 78% respectively) and decreased ethanol content (by 83 and 71% respectively) when compared to N10 treatment and the control. A decrease in both dry matter and gas losses was observed in the LB (by 72 and 78%, respectively) and N10 (by 69 and 77%, respectively) silages compared with the control, but not the combination The N10 treatment reduced greenhouse gas (GHG) emission by 86% compared with the control silage. Control and N10 silages deteriorated to the same extent with aerobic exposure, whereas LB and NLB presented higher aerobic stability. The use of natamycin alone is not recommended when ethanol and aerobic stability are concerns. However, natamycin may be considered for the composition of blend additives to decrease greenhouse gas emission and fermentative loss in silages. Further studies must be carried out to optimize doses of natamycin in blend additives. Keywords: ethanol, gas production, inoculant, methane, yeast
650			_aCANA DE AÇÚCAR
650			_aSILAGEM
650			_aFERMENTAÇÃO
650			_aADITIVO
773	0		_03545 _9317600 _dViçosa-MG Sociedade Brasileira de Zootecnia 1997 _o2024-4310 _tRevista Brasileira de Zootecnia (Brazil) _x1516-3598 _gv. 49 p. 1-11; (2020) _wBR2025000530
856			_uhttps://www.scielo.br/j/rbz/a/dHZYQxDyKf6pNWVRKdHxm8t/?format=pdf&lang=en
942			_cANA
999			_c330920 _d330920