(Including but not limited to the following topics)
Topic One: Genetics
Genetic medicine
CRISPR and its subsequent technologies
Single-cell multi-omics analysis
Polygenic risk score
Epigenetics
Rare genetic diseases
Neurogenetics for rare disease diagnosis
Reproductive genetics
Longevity genetics
Gene therapy delivery
Autoimmune genetics
Cardiovascular genomics, global health genomics
Television genetics
Theme Two: Bioinformatics
Algorithms, models, software and tools in bioinformatics
Any new approach to bioinformatics problems
It is applied to diagnosis, prognosis, treatment, monitoring and rehabilitation
Biological devices/biosensors and molecular diagnostics
Computational proteomics
Analysis of DNA and RNA structure, function and sequence
Experimental methods for model validation
Genetic engineering and protein engineering
Gene regulation, expression, identification and networking
Genomics and proteomics
Imaging, instruments and sensors for model generation and recognition
Immunology and chemoinformatics
Multi-scale modeling and comprehensive research
Next-generation sequencing
Pharmaceutical application
Probability and optimization methods in bioengineering
Protein interactions, docking and functions
Analysis of protein structure, function and sequence
Sequence analysis
Structural bioinformatics
Structural, functional and comparative genomics
Structural prediction
Synthetic biology
Theme Three: Molecular Evolution
Neutral mutation
Molecular clock
Homologous sequence
Phylogenetic tree
Genetic distance
Evolutionary rate
Gene frequency
"Selection pressure
Conservatism
Molecular systematics