Research

My research explores the spatial organization of the genome, how chromatin architecture regulates gene expression, and the power of quantitative microscopy. I use a combination of advanced imaging, computational analysis, and experimental innovation to answer fundamental questions in genome biology. I am passionate about new imaging techniques, creative image analysis, and open science.

Research Interests

• 3D Genome Organization: How DNA is arranged in the nucleus and how this influences gene regulation.
• Transcription Regulation: Understanding the interplay between chromatin states and gene expression.
• Image Analysis: Developing and applying new computational tools for multi-dimensional microscopy data.
• Microscopy Innovation: Exploring and optimizing advanced imaging techniques for cell biology.

Open Science & Sharing

I believe that science should be accessible and reproducible. I actively share my protocols, code, datasets, and tools for the benefit of the wider community.

• GitHub (code & analysis pipelines)
• Protocols.io (methods)
• Figshare (datasets)
• 3D Printing Models

Conferences & Workshops

I regularly present my work at international conferences and workshops, and enjoy exchanging ideas with the global scientific community.