Dr Christian Rudolph
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Summary

Dr. Rudolph is a world-renowned expert in bacterial DNA replication and repair, bacterial chromosome dynamics and bacterial chromosome structure. His research investigates how cells respond to replication stress and maintain genome stability. Using bacterial systems as highly tractable models, his group studies how DNA replication is disrupted, how cells process stalled or damaged replication forks, and how these pathways influence chromosome maintenance, DNA repair, CRISPR adaptation and antimicrobial responses.

A central aim of his work is to understand how different forms of replication stress generate distinct DNA intermediates and how cells process these structures to preserve genome stability. Replication stress is a major driver of genome instability across all domains of life. By studying these mechanisms in bacteria, we can dissect the molecular pathways that stabilise or destabilise genomes with a level of precision difficult to achieve in more complex systems. However, a detailed understanding of these processes will also generate opportunities for the development of much needed antimicrobial substances.

Current research areas of his group include DNA replication termination, replication–transcription conflicts, replication restart pathways, CRISPR–Cas adaptation, and the effects of new antimicrobial substances on DNA replication and chromosome dynamics.

Dr Rudolph also maintains a research blog where he discusses recent findings, scientific publishing, experimental approaches and broader issues in genome biology and higher education. You can find a link to the Rudolph LAB website and the blog above.

Qualifications

• Doctor rerum naturalium Genetics (PhD equivalent), Georg-August-University Göttingen, Germany
• Diplom Biology (equivalent of combined BSci and MRes), Georg-August-University Göttingen, Germany