Andrii Iakovliev
MRC Cross-Disciplinary Fellow (XDF)
Institute of Genetics and Cancer, University of Edinburgh
I am an MRC Cross-Disciplinary Fellow (XDF) at the Institute of Genetics and Cancer, University of Edinburgh. With a background in engineering and computer science, I work in statistical genetics and genetics of complex traits, with a focus on immune-mediated inflammatory and other complex diseases.
Genetic risk for common diseases is spread across thousands of sites in the genome where people differ, each with a tiny effect. Most of this signal acts indirectly through the regulation of distant genes. Yet most analyses still link variants individually to the nearby genes they affect. I develop methods that instead aggregate these many small, long-range effects to pinpoint disease-critical genes.
My recent work includes genome-wide aggregated trans-effects (GATE) analysis to discover disease-critical or core genes for complex diseases. It uses GENOSCORES — a platform and suite of tools for genetic analyses, used for genetic prediction and fine-mapping of genome-wide association studies.
Together with my collaborators, I have applied GATE analysis to type 1 diabetes, rheumatoid arthritis, systemic lupus erythematosus and other diseases, identifying genes that reframe our understanding of their pathophysiologies and uncovering new drug targets.
As an independent fellow I collaborate across several groups, including Prof. Helen Colhoun’s Target Genetics and Precision Medicine group, the Sara Brown Research Group, and the Genetic Targets and Precision Medicine group of Prof. Paul McKeigue and Dr Athina Spiliopoulou.
Find me on ORCID and Google Scholar, or see my research, publications and CV.
News
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2025
New paper in Inflammatory Bowel Diseases using GATE analysis to implicate deficient Type III interferon signalling as a key cause of inflammatory bowel disease. Publications →
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2025
Paper on core genes for systemic lupus erythematosus published in Genes & Immunity. Publications →
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2025
GATE analysis of circulating proteins points to a key role of immune checkpoints in type 1 diabetes — published in Diabetes, selected as the journal’s Paper of the Month, with the inferred trans-pQTL regulatory diagram for type 1 diabetes core genes featured on the cover. Publications →
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2025
Paper identifying immune-checkpoint genes as core genes for rheumatoid arthritis published in Arthritis & Rheumatology. Publications →
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2024
Paper on the genetics of C-peptide and age at diagnosis in type 1 diabetes published in Diabetes and selected as the journal’s Paper of the Month. Publications →
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2024
Received the European Society of Human Genetics Early Career Award for Outstanding Science for work on GATE analysis.