Investigation of Panicum grasses as causative agents of hepatogenous photosensitisation in livestock

Keyphrases

• Grass 100%
• Livestock 100%
• Causative Agents 100%
• Panicum 100%
• Hepatogenous Photosensitization 100%
• Photosensitization 58%
• Australia 33%
• DNA Barcoding 25%
• Saponins 25%
• Veterinarians 16%
• High Abundance 16%
• Livestock Industry 16%
• TrnL-trnF 16%
• Plant Survey 16%
• Economic Importance 8%
• Online Survey 8%
• Most Common Cause 8%
• Systematic Literature Review 8%
• Riverina 8%
• High Morbidity 8%
• Economic Impact 8%
• NSW Australia 8%
• Chemical Profile 8%
• Identification Method 8%
• Traders 8%
• Species Level 8%
• Order of Accuracy 8%
• Multiple Stakeholders 8%
• Value Chain 8%
• Genetic Divergence 8%
• Plant Distribution 8%
• Metabolic Profiling 8%
• Hepatotoxicity 8%
• Etiopathogenesis 8%
• Four Species 8%
• Phenological Stages 8%
• Climate Conditions 8%
• Multilocus Approach 8%
• Species Identity 8%
• Livestock Species 8%
• Species Identification 8%
• UHPLC-QTOF-MS 8%
• Barcoding 8%
• MatK 8%
• Taxonomic Identification 8%
• Uncommon Species 8%
• Untargeted Metabolomics 8%
• Steroidal Saponins 8%
• Protodioscin 8%
• Chloroplast Regions 8%
• Nuclear ITS 8%
• Outbreak Patterns 8%
• Hepatotoxic 8%
• Livestock Producers 8%
• Sapogenin 8%

Agricultural and Biological Sciences

• Sapogenin 8%