Min-a-zel plus

Influence of addition of Zenural 70, urea and Min-a-zel plus on chemical composition and quality of whole maize plant silage

Faculty of Agriculture, Belgrade-Zemun (1,2,6)
Institute for Technology of Nuclear and Other Mineral Raw Materialis, Belgrade (3)
P.P.P. “Nježić product” d.o.o., Sremska Mitrovica (4,5)

Abstract:

The influence of addition of Zenural 70, urea and Min-A-Zel Plus on chemical composition and quality of whole maize plant silage with different degree of compression was investigated in the paper. Experiment was two-factorial (2x3) with three replications, where factor A was a degree of compression (A1 = 680 g/dm3; A2 = 550 g/dm3), while factor B was an additive type (Decontrol; B2=5 g/kg urea+2 g/kg Min-A-Zel Plus; B3=5 g/kg Zenural 70).

(358.31 KB)

Influence of Min-a-zel plus and maize meal addition on the quality of lucerne silage

Faculty of Agriculture, Institute of Animal Production, Belgrade-Zemun (1,2,4)
ITNMS, Belgrade (3)

Abstract:

The influence of mineral adsorbent Min-A-Zel Plus (5 g/kg) and maize meal (25 and 50 g/kg) used alone or combined, on chemical composition, biochemical changes and quality of lucerne silage was investigated. Based on the obtained data, it can be concluded that addition of Min-A-Zel Plus reduces aminogenesis, while the use of maize meal alone or with zeolite favorable conditions are achieved for lactic acid fermentation, so that the quality of obtained silages is better by one quality class.

(113.22 KB)

Influence of Min-a-zel plus on biochemical, microbiological and mycotoxicological parameters of lucerne silage

Faculty of Agriculture, Belgrade (1,3,4)
ITNMS, Belgrade (2)
Bio-ecological Center, Zrenjanin (5)

Abstract:

Lucerne of the 5th cut in the budding phase was ensiled in the experiment as fresh and wilted (DM= 220 and 360 g/kg), with two degrees of compression (520 and 380 g/dm3) and with added Min-a-zel plus as 2 g/kg green mass. The experiment was performed as the statistical model 2K. Min-a-zel plus used as 2 g/kg green mass had no influence on biochemical, microbiological and mycotoxicological parameters of lucerne silage. Compared to the beginning material, silages had more diverse microflora and more mycotoxins.

(122.32 KB)
          
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