(Including but not limited to the following topics)
Track 1: Genomics
Genetic variations
Gene expression and regulation
Gene localization and genome analysis
Genome sequencing and analysis
Comparative genomics
Functional genomics
Evolutionary genetics
Genetic engineering and biotechnology
Genetic diseases
Genetic testing and counseling
Pharmacogenetics
Cancer genetics
Genetics of complex traits
Genomic medicine
Ethical and legal issues in genetics and genomics
Track 2: Computational Biology
Bioinformatics methods
Genome computing
Proteomics analysis
Systems biology modeling
Network biology
Evolutionary computation
Bioinformatics data mining
Multi-omics integration
Bioinformatics data processing Computational Intelligence
Biostatistics and stochastic models
Computational evolutionary biology
Personalized medicine and precision medicine
Computational molecular systems
Databases and data management
Proteomics
Structural bioinformatics
Track 3: Systems Biology
Biological network modeling
System dynamics
Metabolic pathway analysis
Protein interaction analysis
Transcriptional regulatory networks
Network topology analysis
Module and community discovery
Multi-scale modeling
Network-driven disease research ......