Metabolomic and lipidomic insights into the impact of Euglena gracilis-derived β-glucan supplementation on sow colostrum and milk composition

Keyphrases

• Milk Composition 100%
• Colostrum 100%
• Metabolomics 100%
• Lipidomics 100%
• Colostrum Composition 100%
• Glucan 100%
• Euglena Gracilis 100%
• Gracilis 66%
• Lactation 50%
• Piglets 50%
• Colostrum Quality 50%
• Polar Metabolites 33%
• Non-volatile 33%
• Metabolism 16%
• Diet Therapy 16%
• Milk Samples 16%
• Leucine 16%
• Metabolic Pathway 16%
• Milk 16%
• Fatty Acids 16%
• Litter Size 16%
• Late Lactation 16%
• Yorkshire 16%
• Arachidonic Acid 16%
• Landraces 16%
• Fatty Acid Profile 16%
• Average Daily Gain 16%
• Threonine 16%
• Litter Size at Birth 16%
• N-acetylglucosamine 16%
• Direct Impact 16%
• Litter Weight 16%
• Late Gestation 16%
• Piglet Growth 16%
• Crossbred Cows 16%
• Growth Quality 16%
• Biomolecular 16%
• Dietary Supplements 16%
• Chemometric Analysis 16%
• Amino Sugars 16%
• Sow Performance 16%
• Immunomodulatory Potential 16%
• Prebiotic Activity 16%
• Quality Potential 16%
• Nucleotide Sugars 16%
• Immune Development 16%
• γ-linolenic Acid 16%

Agricultural and Biological Sciences

• Sows 100%
• Supplementation 100%
• Glucan 100%
• Metabolomics 100%
• Colostrum 100%
• Milk Composition 100%
• Euglena gracilis 100%
• Piglet 40%
• Metabolite 30%
• Litter Size 20%
• Fatty Acids 20%
• Average Daily Gain 10%
• Litter Weight 10%
• Landrace 10%
• Farrowing 10%
• Amino Sugar 10%
• Prebiotics 10%
• Crossbreed 10%
• Dietary Supplement 10%
• Leucine 10%
• N-Acetylglucosamine 10%
• Arachidonic Acid 10%
• Threonine 10%
• Gamma-Linolenic Acid 10%

Food Science

• Leucine 100%
• Threonine 100%
• Prebiotics 100%
• Dietary Supplement 100%
• Arachidonic Acid 100%
• Milk Composition 100%
• Fatty Acid Profile 100%
• Linolenic Acid 100%