1.Phytochemical genomics: integration of omics approaches for understanding genomic basis of phytochemicals
2.Gene-metabolite networks
3.Computational approaches in phytochemical genomics
4.Databases relevant to phytochemicals and genes responsible
5.Biosynthetic pathways of important metabolites using genomics and metabolomics approaches
6.Phytochemical diversity and the diverse roles of phytochemicals in plants
7.Role of genomics and metabolomics for breeding crops with higher quantity of metabolites
8.Metabolic quantitative trait loci mapping of medicinal plants and crops
9.Tools for metabolomics analysis of plants
10.Trichomes as an important chemical factories of metabolites
11.Stress and metabolites
12.Evolution of metabolite diversity and defense mechanisms in plants
13.Pathway engineering of genes
14.Demand-supply of phytochemicals and the need for ensuring sustainable supply of plants
15.Drug discovery and omics
16.Gene editing technologies for scaling up production of secondary metabolites
17.Medicinal plants and use of omics approaches
18.Metabolomics of important medicinal plants
19.Transcriptomics of important medicinal plants.