Summary
This collaborative, large-scale research working group presents a comprehensive framework for deciphering how genomic variation translates into functional impact across diverse biological contexts. Drawing on multiple complementary experimental platforms—including CRISPR screening, massively parallel reporter assays, quantitative trait locus mapping, and single-cell transcriptomics—the authors synthesise evidence for variant characterisation and predictive modelling of phenotypic consequences. The work establishes standards and integrated approaches for systematically cataloguing the functional landscape of human genetic variation.
UK applicability
The methodological framework and standards proposed are broadly applicable to UK genomic research and personalised medicine initiatives. Findings may inform UK biobanks, NHS genomic medicine programmes, and population health studies seeking to interpret the functional significance of genetic variants in clinical and agricultural contexts.
Key measures
Functional annotations of genomic variants; mapping of genetic variants to cellular and molecular phenotypes; integration of CRISPR, MPRA, QTL, single-cell, imaging, and evolutionary analyses across cardiometabolic, immune, neurological, and other biological systems
Outcomes reported
The study characterised the functional impact of genomic variation across multiple biological systems and tissues, integrating diverse experimental and computational approaches to understand how genetic variants affect phenotypic outcomes.
Topic tags
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