1990
DOI: 10.1111/j.1439-0396.1990.tb00136.x
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Zn, Fe, Cu und Mn in der Milch von Kühen bei unterschiedlicher Rohproteinzufuhr

Abstract: Zusammenfassung 52 Milchproben von Kühen, die zunächst Rationen mit Rohproteingehalten von 11,6%, 14,5% (Kontrolle) oder 17,1% und anschließend nur die Kontrollration erhielten, wurden auf die Gehalte an Zn, Fe, Cu, Mn und Asche untersucht. Im Mittel enthielten 100 ml Milch 408 μg Zn, 61 μg Fe, 9,3 μg Cu, 7,0 μg Mn sowie 0,92 g Asche, und die Tiere schieden täglich 80 mg Zn, 12 mg Fe, 1,9 mg Cu sowie 1,4 mg Mn mit der Milch aus. Durch varianz‐, korrelations‐ und teilkorrelationsanalytische Auswertung ergab sic… Show more

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“…Therefore, if high concentrations of minerals initiate yellow color formation in P. caseifulvum colonies, minerals other than Mg, Cu, or P are the cause. Zn, for instance, may trigger yellow color formation, because it was positively correlated with yellow color formation (Figure 4a), and it is present in milk in highest levels during the summer (Larsen and Werner, 1985;von Kreuzer and Kirchgessner, 1990). Additionally, high levels of S (520 to 842 mg/kg) were also positively correlated with yellow color (Figure 4a).…”
Section: Effect Of Minerals On Growth and Color Of P Caseifulvummentioning
confidence: 97%
See 1 more Smart Citation
“…Therefore, if high concentrations of minerals initiate yellow color formation in P. caseifulvum colonies, minerals other than Mg, Cu, or P are the cause. Zn, for instance, may trigger yellow color formation, because it was positively correlated with yellow color formation (Figure 4a), and it is present in milk in highest levels during the summer (Larsen and Werner, 1985;von Kreuzer and Kirchgessner, 1990). Additionally, high levels of S (520 to 842 mg/kg) were also positively correlated with yellow color (Figure 4a).…”
Section: Effect Of Minerals On Growth and Color Of P Caseifulvummentioning
confidence: 97%
“…Variability of soluble inorganic phosphorus is the main contributor to changes in the salt balances (Donnelly and Horne, 1986). The concentration of Cu in the milk is lowest in the summer, while Zn and Fe are reported to have the highest level during this time of the year (von Kreuzer and Kirchgessner, 1990;Larsen and Werner, 1985). Generally, the lowest levels of minerals in the milk occur from April to September (in Denmark), with changes between 5 and 10% (Larsen and Werner, 1984), coinciding with grazing of cows.…”
Section: Introductionmentioning
confidence: 99%