Discovery of metabolic signatures for predicting whole organism toxicology

Keyphrases

• Allantoin 20%
• Arginine 20%
• Biological Effects 20%
• Biomarker Discovery 20%
• Environmental Health 20%
• Environmental Monitoring 20%
• Environmental Organisms 20%
• Marine mussels 20%
• Metabolic Changes 20%
• Metabolic Fingerprinting 20%
• Metabolic Signature 100%
• Metabolomics 20%
• Methionine 40%
• Mode of Action 20%
• Molecular Mechanism 20%
• Multivariate Regression 20%
• Mussels 40%
• Mytilus Edulis 20%
• Nuclear Magnetic Resonance 20%
• Omics Technologies 20%
• Optimal Variable Selection 20%
• Organismal Response 20%
• Pentachlorophenol 80%
• Phosphoarginine 20%
• Physiological Changes 20%
• Physiological Response 20%
• Physiological Toxicity 40%
• Scope for Growth 100%
• Selection Strategy 20%
• Sentinel Organism 20%
• Toxicants 40%
• Toxicological Studies 20%
• Toxicology 100%
• Valine 20%
• Whole Organism 100%

Pharmacology, Toxicology and Pharmaceutical Science

• Allantoin 25%
• Arginine 25%
• Biological Marker 50%
• Methionine 50%
• Mussel 75%
• Mytilus edulis 25%
• Pentachlorophenol 100%
• Sentinel Species 25%
• Tamsulosin 25%
• Toxicology 100%
• Valine 25%

Biochemistry, Genetics and Molecular Biology

• Arginine 33%
• Biological Activity 33%
• Biomarker Discovery 33%
• Energy Transfer 33%
• Metabolite 33%
• Metabolomics 33%
• Methionine 66%
• Mussel 100%
• Mytilus edulis 33%
• Sentinel Species 33%
• Tamsulosin 33%
• Valine 33%