共 9 条
- [1] Metabolic characteristics and truly digestible nutrient supply to dairy cows: Effect of oat varieties and types (feed type vs. milling type)JOURNAL OF ANIMAL SCIENCE, 2024, 102 : 346 - 346Deng, GanqiChristensen, DavidLardner, H. A.Yu, Peiqiang
- [2] Physiochemical and nutrient profile study: Effect of oat varieties and types (feed type vs. milling type)JOURNAL OF ANIMAL SCIENCE, 2024, 102 : 589 - 590Deng, GanqiChristensen, DavidLardner, H. A.Yu, Peiqiang
- [3] Physiochemical and nutrient profile study: Effect of oat varieties and types (feed type vs. milling type)JOURNAL OF ANIMAL SCIENCE, 2024, 102Deng, GanqiChristensen, DavidLardner, H. A.Yu, Peiqiang
- [4] Rumen degradation, N-To-Energy Synchronization, and Intestinal digestion Study in dairy cows: Effect of oat varieties and types (feed type vs. milling type)JOURNAL OF ANIMAL SCIENCE, 2024, 102Deng, GanqiChristensen, DavidLardner, H. A.Yu, Peiqiang
- [5] Rumen degradation, N-To-Energy Synchronization, and Intestinal digestion Study in dairy cows: Effect of oat varieties and types (feed type vs. milling type)JOURNAL OF ANIMAL SCIENCE, 2024, 102 : 164 - 165Deng, GanqiChristensen, DavidLardner, H. A.Yu, Peiqiang
- [6] Effect of feeding hay vs. silages of various types to dairy cows on feed intake, milk composition and coagulation propertiesJOURNAL OF DAIRY RESEARCH, 2020, 87 (03) : 334 - 340Manzocchi, ElisaHengartner, WernerKreuzer, MichaelGiller, Katrin
- [7] Detect unique molecular structure associated with physiochemical properties in CDC varieties of oat grain with unique nutrient traits [Feed Type vs. Milling Type] in comparison with barley grain using advanced molecular spectroscopy as a non-destructive biological toolJOURNAL OF CEREAL SCIENCE, 2017, 74 : 37 - 45Prates, Luciana L.Yu, Peiqiang
- [8] Effect of semen type (cooled-fresh vs. frozen-thawed) on fertility of lactating dairy cows.JOURNAL OF ANIMAL SCIENCE, 2016, 94 : 180 - 180Souza, A. H.Bessoff, H. J.Danzeisen, E.
- [9] Effect of concentrate type (starch vs. fiber) and bicarbonate addition in grass silage-based diets on performance, diet digestibility, and enteric methane emissions in lactating dairy cows.JOURNAL OF ANIMAL SCIENCE, 2016, 94 : 738 - 738Bougouin, A.Ferlay, A.Doreau, M.Rochette, Y.Rudel, S.Lascoux, C.Martin, C.