Metabolic networks in a porcine model of trauma and hemorrhagic shock demonstrate different control mechanism with carbohydrate pre-feed

Keyphrases

• Carbohydrates 100%
• Porcine Model 100%
• Trauma 100%
• Hemorrhagic Shock 100%
• Control Mechanism 100%
• Feeding Status 100%
• Metabolic Network 100%
• Control Nodes 100%
• Gene Regulatory Network 66%
• Oral Carbohydrate 66%
• Survival Benefit 66%
• Clinically Significant 33%
• Sedation 33%
• Metabolic Response 33%
• Metabolic Regulation 33%
• Adenosine 33%
• Hypoxia 33%
• Glycerol 33%
• Therapeutic Effect 33%
• Syrup 33%
• Serum Samples 33%
• Small Animal Model 33%
• Rate of Change 33%
• Large Animal Model 33%
• Yorkshire pig 33%
• Non-associated 33%
• Proton NMR 33%
• Cytidine 33%
• Lactate 33%
• Trauma Resuscitation 33%
• Hypoxanthine 33%
• Uridine 33%
• Resuscitation Protocols 33%
• Polytrauma 33%
• Fed State 33%
• Pre-feeding 33%
• Serum Metabolites 33%
• Trauma-hemorrhage 33%
• Metabolic Output 33%
• Oral Bolus 33%
• Trauma Protocols 33%
• Metabolic Inputs 33%
• Metabolite Concentrations 33%

Biochemistry, Genetics and Molecular Biology

• Metabolite 100%
• Metabolic Network 100%
• Porcine Model 100%
• Animal Models 66%
• Regulatory Network 66%
• Metabolic Pathway 33%
• Glycerol 33%
• Yorkshire Pig 33%
• Adenosine 33%
• Cytidine 33%
• Uridine 33%