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1. Introduction to fundamental and applied bioinformatics research in plant life sciences
Concept, development and application of novel computational methods for the analysis and integration of -omics data
3. Impact of high-throughput techniques on plant translational research
4. Functional genomics approaches in plant research
5. Bioinformatical versus experimental analyses of small RNAs in plants
6. Systems analyses of plant functions
7. Phylogenetic analyses and whole genome duplication (WGD) events
8. Application of bioinformatics in agriculture, plant breeding and, improved complex traits (e.g. yield and quality)
9. Application of bioinformatics in developing resistance against insects and harsh environments
10. Discovery of molecular markers such as single sequence repeats (SSRs) involved in gene mapping, molecular breeding and genetic diversity
11. Significance of bioinformatics in the new crop diseases-emergence
12. From genomics to the improved crop phenotype
13. Deciphering the effects of microbiome on plants using computational methods
14. Bioinformatics resources for plants
15. Recent Technological advances in plant bioinformatics
16. 'Big Data' challenges and future trends in plant bioinformatics research.

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