Mammary gland metabolite utilization in response to exogenous glucose or long-chain fatty acids at low and high metabolizable protein levels

Agriculture & Biology

• long chain fatty acids 100%
• mammary glands 89%
• uptake mechanisms 58%
• metabolites 58%
• breasts 53%
• glucose 53%
• olein 41%
• proteins 29%
• lactose 18%
• protein requirement 12%
• total mixed rations 11%
• lipogenesis 11%
• grass silage 11%
• energy 11%
• digestible energy 11%
• lipids 10%
• corn silage 10%
• energy balance 10%
• milk composition 10%
• milk proteins 9%
• dairy cattle 9%
• milk yield 8%
• free fatty acids 8%
• rumen 8%
• insulin 8%
• Holstein 8%
• dairy cows 8%
• lactation 8%
• concentrates 8%
• urea 7%
• cows 6%
• milk 6%
• metabolism 5%
• blood 5%
• synthesis 5%
• sampling 3%

Medicine & Life Sciences

• Human Mammary Glands 97%
• Fatty Acids 75%
• Breast 67%
• Glucose 55%
• Silage 51%
• Lactose 34%
• Proteins 32%
• Milk 27%
• Hydroxybutyrates 23%
• Fats 22%
• Rumen 22%
• Milk Proteins 19%
• Poaceae 18%
• Zea mays 18%
• Lipogenesis 18%
• Lactation 16%
• Nonesterified Fatty Acids 15%
• Urea 13%
• Cattle 11%
• Insulin 10%