Genomic and metabolomic insights into Trichoderma harzianum T9, a resilient biocontrol fungus from arid environments

Keyphrases

• Resilient 100%
• Metabolomics 100%
• Sustainable Agriculture 100%
• Mexico 100%
• Trichoderma Harzianum 100%
• Biocontrol Agent 100%
• Arid Environment 100%
• Biocontrol Fungi 100%
• T. Harzianum 100%
• Pesticides 50%
• Biosynthetic Pathway 50%
• Climate Change 50%
• Microorganisms 50%
• Alkaline pH 50%
• Two-strain 50%
• Genome Sequencing 50%
• Phylogenomics 50%
• Fusarium 50%
• Phytopathogens 50%
• Secondary Metabolism 50%
• Trichoderma 50%
• Polyketide Synthase 50%
• SNP 50%
• Antifungal Activity 50%
• Chemical Variation 50%
• Rosa 50%
• High Salinity 50%
• Nucleotide Substitution Rate 50%
• Competition Assay 50%
• Crop Protection 50%
• Variation Analysis 50%
• Biosynthetic Gene Clusters 50%
• Crop Soils 50%
• Untapped Potential 50%
• Metabolic Traits 50%
• Extreme Environments 50%
• Peptaibols 50%
• Strawberry Production 50%
• Biocontrol Mechanism 50%
• Trichoderma Species 50%
• High-alkaline 50%
• Cluster Prediction 50%
• Desert Soil 50%
• Ecological Resilience 50%
• Innovative Approaches 50%
• Major Threat 50%
• Degraded Soil 50%
• Extreme Soils 50%
• Eco-friendly Strategy 50%
• Metabologenomics 50%
• Genomic Traits 50%
• Agricultural Solutions 50%
• Soil Restoration 50%
• Protection/restoration 50%
• Phytopathogenic Fungi 50%
• Macrophomina 50%

Immunology and Microbiology

• Hypocrea lixii 100%
• Hypocrea 100%
• Phytopathogenic Fungi 50%
• Phylogenomics 50%
• Phytopathogen 50%
• Genome Sequencing 50%
• Metabolite 50%
• Gene Cluster 50%
• Secondary Metabolism 50%
• Alkalinity 50%
• Salinity 50%
• Single Nucleotide Polymorphism 50%
• Antifungal Activity 50%
• Peptaibol 50%
• Microorganism 50%
• Fusarium 50%
• Alternative Agriculture 50%
• Macrophomina 50%