Metabolomic evaluation of scenedesmus sp. as a feed ingredient revealed dose-dependent effects on redox balance, intermediary and microbial metabolism in a mouse model

Agriculture & Biology

• Scenedesmus 67%
• metabolomics 55%
• animal models 47%
• ingredients 43%
• metabolism 31%
• dosage 27%
• diet 13%
• growth performance 11%
• blood serum 7%
• urea cycle 6%
• purine nucleotides 6%
• metabolites 5%
• antioxidants 5%
• blood chemistry 5%
• growth promotion 5%
• water management 5%
• beta oxidation 4%
• purines 4%
• wastewater 4%
• microalgae 4%
• Chlorophyta 4%
• biofuels 4%
• spectroscopy 4%
• urine 3%
• feces 3%
• triacylglycerols 3%
• oxidative stress 3%
• cholesterol 3%
• liquids 3%
• biomass 2%
• liver 2%
• blood 2%
• mice 2%
• amino acids 2%
• lipids 2%
• sampling 1%

Medicine & Life Sciences

• Scenedesmus 100%
• Oxidation-Reduction 51%
• Diet 18%
• Growth 11%
• Microalgae 6%
• Waste Management 6%
• Chlorophyta 6%
• Antioxidants 6%
• Purine Nucleotides 6%
• Biofuels 6%
• Lipidomics 6%
• Waste Water 5%
• Biomass 5%
• purine 5%
• Feces 4%
• Spectrum Analysis 4%
• Biological Phenomena 4%
• Urea 4%
• Serum 4%
• Fatty Acids 3%
• Nutrients 3%
• Triglycerides 3%
• Cholesterol 3%
• Oxidative Stress 3%
• Urine 3%
• Amino Acids 3%
• Lipids 2%
• Liver 2%