Models that predict how DNA sequence controls gene activity, used to interpret non-coding cancer mutations.
Enformer and Borzoi are sequence-to-function models that predict how DNA controls gene activity by combining convolution with a transformer over long DNA windows. Enformer (Nature Methods 2021, DeepMind) predicts gene expression and chromatin signals from 200 kb of sequence; Borzoi (Nature Genetics 2025, Calico) extends this to predicting RNA-seq coverage and splicing across 500 kb. Both are used to interpret non-coding variants, including candidate cancer drivers in promoters and enhancers, by comparing predictions for reference and mutant sequence. Their cell-type coverage is bounded by the assays in the training data, so effects in tissues or tumour states that were never profiled cannot be predicted reliably. For a newcomer: these models read a long stretch of DNA and predict how a mutation there would change which genes are switched on.
Enformer and Borzoi combine convolution with a transformer over long DNA windows.
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