Intestinal function and metabolism in the early adaptive phase after massive small bowel resection in the rat

Keyphrases

• Intestinal Function 100%
• Intestinal Metabolism 100%
• Massive Bowel Resection 100%
• Adaptive Phase 100%
• Gut Function 75%
• Protein Synthesis 75%
• Maastricht 50%
• Intestinal Permeability 50%
• Lactulose 50%
• Rhamnose 50%
• Sham 50%
• Adaptive Response 50%
• Metabolism Function 50%
• Intestinal Absorption 50%
• Intestinal Proteins 50%
• Polyamines 50%
• Netherlands 25%
• Phenylalanine 25%
• Transection 25%
• Maastricht University 25%
• Intestinal Barrier Function 25%
• Small Bowel Resection 25%
• Ileum 25%
• Lactate 25%
• Wistar Rats 25%
• University Hospital 25%
• Gut Tissue 25%
• Glutamine 25%
• Branched-chain Amino Acids 25%
• Starvation 25%
• Tissue Function 25%
• Surgery Department 25%
• Spermine 25%
• Total Amino Acids 25%
• Substrate Flux 25%
• Increased Intestinal Permeability 25%
• Spermidine 25%
• Muscular Layer 25%
• Urinary Continence Recovery 25%

INIS

• rats 100%
• metabolism 100%
• proteins 60%
• synthesis 60%
• permeability 60%
• amino acids 40%
• uptake 40%
• universities 40%
• substrates 40%
• testing 20%
• glucose 20%
• surgery 20%
• tissues 20%
• males 20%
• netherlands 20%
• hospitals 20%
• phenylalanine 20%
• barriers 20%
• concentration 20%
• recovery 20%
• chains 20%
• layers 20%
• ileum 20%
• glutamine 20%
• lactates 20%
• starvation 20%
• spermine 20%
• spermidine 20%

Medicine and Dentistry

• Gut 100%
• Intestine Function 100%
• Small Intestine Resection 100%
• Protein Synthesis 60%
• Intestinal Permeability 60%
• Urinary System 40%
• Adaptive Response 40%
• Polyamine 40%
• Lactulose 40%
• Rhamnose 40%
• Lactic Acid 20%
• Amino Acid 20%
• Phenylalanine 20%
• Glutamine 20%
• Ileum 20%
• Spermine 20%
• Spermidine 20%
• Branched Chain Amino Acid 20%
• Intestinal Barrier Function 20%