Conceptual tree trunk cross-section whose winding growth rings evoke the folds of a brain, with pale wood grain and bark along the edge.

Balmus Laboratory

Studying genome instability in neurodegeneration and ageing. UK Dementia Research Institute · University of Cambridge

Growth rings · conceptual artwork

Our mission is to improve the lives of people affected by brain disease through discoveries that protect brain health.

Introduction

The Balmus Laboratory studies genome instability in neurodegeneration and ageing. Mature neurons face a particular challenge: they must protect their genetic material over a lifetime. We ask how neurons respond to endogenous genotoxic stress, how these responses change in disease, and which repair pathways influence neuronal survival. Our approach combines CRISPR-Cas9 screening, human stem-cell-derived neuronal models and mouse models, applied to Huntington's disease, ALS and frontotemporal dementia, ataxia telangiectasia and Parkinson's disease. Our work on the naked mole-rat, a remarkably long-lived rodent, explores the biology of healthy brain ageing.

Comparison of healthy neurons, DNA-damaged neurons and neurons affected by unrepaired DNA damage
Neuronal responses to DNA damage. Image: Matthew Ellis.
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We are grateful to the organisations whose funding and support help us advance research into genome stability, neurodegeneration and healthy ageing.

UK Dementia Research InstituteUniversity of Cambridge