1. Genomic surveillance of fungi and food-borne pathogens using molecular-based techniques, and proteomic and metabolomics for identification of novel fungi in the entire value chain from farm to fork of the most consumed and economically valuable crops and their food and feed products (i.e. maize, rice, sorghum, millet, wheat, soybean, cassava, sesame, groundnut, animal feed, livestock products including milk, fish and egg, fruits and vegetables) in Central and West African regions.

2. Mycotoxins analysis using LC/MS/MS, HPLC and GC/MS in the entire value chain from farm to fork of the most consumed and economically valuable crops and their food and feed products (i.e. maize, rice, sorghum, millet, wheat, soybean, cassava, sesame, groundnut, animal feed, livestock products including milk, fish and egg, fruits and vegetables) in Central and West African regions.

6. Varietal selection and breeding of drought, pest, toxigenic fungi and mycotoxin-resistant cultivars 

7. Identifying genes encoding for resistance to drought, pests, toxigenic fungi, and mycotoxins for producing transgenic crops via genetic modification techniques.

8. Biocontrol of fungi and mycotoxins: through identification of fungi antagonists and endophytes that will eliminate fungi from crops and improve host resistance to pests in the field.

9. Developing biopesticides from essential oils and other plant products possessing both insecticidal and fungicidal properties

10. Developing multi-mycotoxin nano-based feed binders and detoxifiers

14. Research on COVID-19 and Lassa Fever on Genomic surveillance, health impact (including simultaneous infection with other endemic communicable and non-communicable diseases; malaria, etc.), nutritional intervention strategies, development of rapid testing methods, drug and vaccine development against COVID-19 and Lassa Fever.