Every biological foundation model, evaluated and ranked by the bio.rodeo team
Showing 1–24 of 423 filtered models
Diploid genomic language model that writes both homologues as one token stream, so zygosity, allele dosage and cis-trans phase reach the encoder.
Phylogeny-informed transformer that detects episodic diversifying selection in codon alignments, amortizing maximum-likelihood dN/dS tests.
De novo small-molecule generation conditioned on disease-reversal gene expression, with a contrastive transcriptome encoder steering a MolT5 decoder.
Plant genomic foundation models on a bidirectional Mamba-2 backbone, 318M to 3.2B parameters, pretrained on 320 species with context out to 128 kbp.
Drug repurposing model that propagates transcriptional signatures through a pretrained graph autoencoder of the human protein interaction network.
Genomic variant effect prediction from a bidirectional absorbing-diffusion model over human DNA, pretrained with entropy-guided span masking.
Graph-grounded language model for antimicrobial resistance reasoning that judges gene-drug links from serialized multi-hop knowledge-graph paths.
Genomic language model for tomato pangenomes that conditions DNA tokens on graph node attributes and local adjacency as well as masked modelling.
Protein language model scoring whether a kinase missense variant alters catalytic activity, fine-tuned from ProtBert on 2,553 curated alterations.
Unsupervised gene finder that annotates any eukaryotic genome from a raw FASTA file, using a differentiable hidden Markov layer inside the network.
Codon language model for mRNA prediction and coding sequence design, steering synonymous codon choice with a swappable host usage prior at inference.
State-space estimator that infers fine-scale recombination maps from population genotypes, reusing one frozen checkpoint across species.
Genomic foundation model that pairs 650 kb of gene-centered DNA with transcription factor activity to predict expression in unseen cell types.
Gene regulatory network inference from scRNA-seq that returns directed TF-to-target edges in one forward pass, with no per-dataset refitting.
Variant effect and disease phosphosite prediction that fuses frozen ESM-2 embeddings with normal-mode protein dynamics over AlphaFold residue graphs.
Self-supervised transformer fusing Enformer DNA embeddings with ATAC-seq accessibility into reusable 256-dimensional genomic window embeddings.
Designs RNA and DNA aptamers against protein targets by backpropagating binding and anti-binding objectives through a frozen all-atom predictor.
Pan-cancer clinico-genomic model for treatment response and survival prediction, transferring zero-shot to unseen hospitals and cancer types.
Transformer U-Net pretrained on 6 trillion tokens of multi-species DNA, predicting expression and epigenomic tracks across 1 Mb of context.
Biomolecular sequence-structure co-design that plans over frozen folding and inverse-folding models with Monte Carlo tree search, training nothing.
Infers gene-centered chromatin interactions from bulk RNA-seq alone, mapping 3D genome changes across 12,347 tumor and normal transcriptomes.