Our Work
Turning Molecular Insights into Practical Solutions
At Spectrometab Biotechnologies, we combine advanced metabolomics, mass spectrometry, and biological validation to address complex challenges across biotechnology, agriculture, aquaculture, natural products, and nutrition. Our projects span from laboratory-based analytical investigations to field-scale applications, helping clients make informed decisions based on robust scientific evidence.
Dietary Supplement Adulteration Detection
Dietary supplement adulteration remains a major challenge in the global nutraceutical market. Using high-throughput untargeted LC-MS/MS approaches, we identify undeclared pharmaceutical compounds, synthetic additives, and ingredient substitutions that may compromise product safety and quality.
Aquaculture Nutrition & Feed Innovation
Nutritional interventions influence growth, health, immunity, and productivity in aquaculture species. By integrating metabolomics with animal performance data, we evaluate physiological responses to dietary treatments and identify biomarkers associated with improved growth and resilience.
Chemotaxonomy & Species Authentication
Chemical fingerprints provide powerful tools for species classification, authentication, and quality control. Our chemotaxonomy approaches combine metabolomics and multivariate analysis to distinguish closely related species and identify characteristic biomarkers.
Comparative Metabolomics & Biomarker Discovery
Comparative metabolomics enables the identification of metabolic changes associated with treatment, disease, environmental stress, or nutritional interventions. We utilize advanced statistical analysis and pathway interpretation to uncover biomarkers and biological mechanisms that support research, product development, and innovation.
Agricultural By-Product Valorization
Agricultural and agro-industrial by-products contain untapped nutritional and bioactive compounds that can be repurposed into sustainable feed ingredients and biotechnology products. Through comprehensive chemical profiling and biological validation, we identify opportunities to convert underutilized biomass into economically viable and environmentally sustainable solutions.