1. Chemical Engineering
1.a) Mathematical modeling to optimize extraction processes and industrial scale-up.
1.b) Sustainable extraction of bioactive compounds using green technologies.
2. Analytical Chemistry
2.a) Identification and characterization of bioactive compounds using advanced chromatographic techniques.
2.b) Development of new analytical methods for specific metabolites, emerging contaminants, and volatile biomarkers.
3. Molecular Biology
3.a) In vitro evaluation of antioxidant activity in different media.
3.b) In vitro assays in cell lines to assess anti-inflammatory, antitumor, and cytotoxic activity.
3.c) In vitro assays for neuroprotective, antidiabetic, and other functional activities.
3.d) Molecular analysis using qPCR, western blot, and mechanism of action modeling.
4. Food Science and Technology
4.a) Determination of the nutritional composition of samples, extracts, and new food products.
4.b) Formulation of foods and nutraceuticals with bioactive extracts, including encapsulation and development of functional ingredients.
5. Environmental and Agricultural Applications
5.a) Use of natural extracts as bioadsorbents, biostimulants, and eco-friendly pesticides.
6. Food, Health, and Educational Environment
6.a) School-based nutritional interventions to promote healthy habits and well-being.
6.b) Application of omics in precision nutrition and dietary personalization.