Every biological foundation model, evaluated and ranked by the bio.rodeo team
Showing 1–5 of 5 filtered models
Long-context RNA foundation model that predicts splicing, isoform abundance, and variant effects from 64 kb of unspliced pre-mRNA sequence.
Splicing variant effect prediction across 49 human tissues and 15 developmental stages, from four weeks post conception to adulthood.
Multimodal transformer predicting alternative splicing outcomes across C. elegans neuron subtypes, reaching Spearman ρ = 0.88 on held-out exons.
Multi-omics foundation model that folds DNA, RNA, and protein into one codon-level nucleotide representation following the central dogma.
Multi-transformer model that predicts tissue-specific alternative splicing outcomes and generalizes zero-shot to unseen cellular conditions.