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Evolutionary and Comparative Genomics
Exploring genome evolution across species and populations.
- Genome evolution across the tree of life
- Adaptation and speciation
- Comparative genomics
- Whole genome duplication
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Epigenomics and Gene Regulation
How chromatin organization and epigenetic modifications influence gene expression
- Chromatin architecture
- DNA methylation and histone modifications
- Regulatory elements and non-coding DNA
- Epigenetic inheritance
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Sexual and Asexual Genome Evolution
- Evolution of sex chromosomes
- Origins and maintenance of sexual reproduction
- Recombination and genome architecture
- Sexual conflict and genomic consequences
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Transposable Elements and Genome Innovation
- Biology and evolution of transposable elements (TEs)
- TE regulation and silencing mechanisms
- TEs as drivers of genome structure and function
- Roles of TEs in adaptation, development, and disease
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Methods and Computational Genomics
- Machine learning for genome analysis
- Predictive models of gene function
- Multi-omics integration
- AI in precision medicine
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Organelle Genomics: Chloroplast and Mitochondrial Genome Evolution
- Origins and evolution of organelle genomes
- Endosymbiosis and gene transfer to the nucleus
- Structural evolution of chloroplast and mitochondrial genomes
- Cytonuclear interactions and coevolution
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