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HW #2 Flashcards | Quizlet true stress in an animal leads to increased fat catabolism true when an animal is fed, glucose is stored as glycogen and triacylglycerides in liver, muscle and adipose tissue true oxidation of what VFA leads to the most efficient energy production propionate the PEPT1 transporter in small intestinal epithelium is responsible for uptake of
The metabolic stress response: Adaptation to acute-, repeated- and . . . During chronic exposure to variable stressors, carbohydrates were the predominant fuels, whereas fatty acids were catabolized in acutely and repeatedly restrained animals Chronic exposure to variable stressors in unpredictable manner provoked anxiety
Recent Advances in Nutritional Requirements and Metabolic Homeostasis . . . After stress occurs, the strengthening of catabolism inevitably leads to imbalance in the internal environment of the animal body, and at the same time, due to the large consumption of energy by tissues, the demand for vitamins and amino acids by the body increases sharply, and the deficiency of various nutrients will cause the body to quickly
Starvation response - Wikipedia When the glycogen reserve is depleted, glucose can be obtained from the breakdown of fats from adipose tissue Fats are broken down into glycerol and free fatty acids, with the glycerol being turned into glucose in the liver via the gluconeogenesis pathway
Stress in Animals: Key Mechanisms and Health Impact Animals, like humans, experience stress in response to environmental or internal challenges While short-term stress can aid survival, chronic stress can lead to significant health issues Understanding its effects is crucial for improving animal welfare in both domestic and wild settings