About
My research focuses on how genetic, epigenetic, and environmental cues shape cellular identity, tissue organisation, and regenerative potential. I am interested in the regulatory principles that maintain developmental robustness, coordinate dynamic cellular responses, and preserve genome integrity across contexts.
By connecting molecular mechanisms with higher-order tissue behaviour, I aim to understand how biological systems achieve stability and adaptability, and how their disruption contributes to variation, repair outcomes, and disease.
Experimental and computational expertise
- CRISPR-based genome editing, stem cell and organoid systems, advanced microscopy
- Spatial transcriptomics and quantitative imaging of cellular and tissue architecture
- RNA-seq, ATAC-seq, ChIP-seq, NGS library preparation and sequencing QC
- Variant analysis and integrative multi-omics
- Pathway, signalling, and regulatory network analysis
- GWAS and gene–environment interaction modelling
- Machine learning for feature extraction, classification, and biological prediction
- Reproducible, scalable workflows using Snakemake, Conda, and containerised environments
Repositories & projects
My GitHub profile (linked in the sidebar) contains selected public code examples and smaller projects related to genomics, molecular biology, and data analysis.
Some of my current work, including experimental and computational pipelines, is maintained in private repositories during ongoing development. In collaborative or professional contexts, additional technical details can be shared, and access to certain materials may be possible under appropriate agreements.
Publications & research outputs
For a complete and updated list of works, see my ORCID profile.
My detailed CV is available upon request via this link .
Contact
If you would like to get in touch, you can send me a message using the form below.