Applying LC/GC-MS metabolomics to plant tissues, root exudates, soil extracts, and beneficial microbes can quantify biochemical responses to drought/salinity, nutrient regimes, and inoculation strategies. These readouts reveal early stress and adaptation, illuminate rhizosphere interactions, and support evidence-based choices on inputs, biofertilizers, and management practices.
We also support secondary metabolite / natural product discovery—prioritizing novel or bioactive compounds, mapping pathway activity, and guiding targeted isolation with MS/MS-driven annotation. We are expanding capabilities in this area and welcome pilot collaborations for method co-development.
Environmental metabolomics sensitively detects how organisms and ecosystems respond to pollutants and ecological stress—often before phenotypic change is visible. By profiling indicator species, microbial communities, and exposed matrices (water/sediment/soil), we quantify toxicity and adaptation signals to support monitoring programs and evaluate remediation.
We are expanding into this domain and welcome pilot collaborations focused on method development, sentinel study design, and feasibility assessments.