Journal of Dairy Science · 1970 · 38 citations · 19 references
AgricultureAnimal SciencesDairy ScienceAnimal NutritionMacronutrient MetabolismRuminant NutritionDairy Cattle NutritionDairy Cow NutritionLactation NutritionLipid NutritionMilk LipidsRumen NutritionBlood LipidsDietary Effects On Milk LipidsFatty Acid Metabolism During LactationFatty AcidsMethionine MetabolismMilk Fat AnalysisMilk Lipid CompositionRumen Lipid Metabolism
Abstract Twelve dairy cows were assigned to each of three groups which received either 0, 40, or 80 g of methionine hydroxy analog per day in their grain. Milk and fat yields were increased by supplementation. Milk fat of supplemented cows compared to that of the controls contained more of the 18-carbon fatty acids and less of the short-chain fatty acids. Cows receiving methionine hydroxy analog had more blood serum lipids (P Feeding of methionine hydroxy analog decreased the free fatty acids in rumen fluid and apparently promoted the formation of an unidentified polar lipid. The relative proportion of stearic acid was lower in the rumen fluid of those cows fed methionine hydroxy analog (P
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Structure and Synthesis of Milk Fat. I. Gas Chromatographic Analysis
Stuart Patton, R.D. McCarthy, Laura Evans et al. · Journal of Dairy Science · 1960 · 75 citations · Full text