All Competitors

Every biological foundation model, evaluated and ranked by the bio.rodeo team

Showing 505518 of 518 filtered models

  • GenSLM

    142142
    Argonne National LaboratoryOctober 12, 2022foundation_modelgene_expressiongenomics+4

    Genome-scale language model trained on prokaryotic genes and SARS-CoV-2 genomes to model viral evolution and flag emerging variants of concern.

    DNA & Gene
    56Openness
  • EquiFold

    12952
    Prescient Design +1 otherOctober 8, 2022graph_neural_networkprotein_designproteomics+4

    Protein structure prediction model pairing SE(3)-equivariant networks with a coarse-grained representation to fold sequences fast, without MSA inputs.

    Protein
    46Openness
  • MoLFormer-XL

    406595209.9K
    IBM ResearchOctober 3, 2022drug_discoveryfoundation_modellanguage_model+4

    Large-scale chemical language model trained on 1.1 billion SMILES strings using linear attention transformers for molecular property prediction.

    Small molecule
    86Openness
  • Shenzhen Research Institute of Big Data +2 othersSeptember 15, 2022chest_x_rayfoundation_modelimage_text_retrieval+7

    Medical vision-language pretraining framework that injects structured medical knowledge into radiology image-text learning for VQA and retrieval.

    ImagingLanguage model
    29Openness
  • CheXzero

    234527
    Stanford UniversitySeptember 15, 2022chest_radiographycontrastive_learningimage_classification+7

    Self-supervised vision-language model for zero-shot detection of chest X-ray pathologies, trained on image-report pairs without explicit labels.

    ImagingPathology
    70Openness
  • INTERACT

    1125
    Lieber Institute for Brain DevelopmentAugust 16, 2022deep_learningdna_methylationepigenomic_prediction+4

    Deep learning model predicting DNA methylation regulatory variants at CpG sites in the human brain, fine-mapping psychiatric disorder risk loci.

    DNA & Gene
    9Openness
  • BERT6mA

    516
    Kyushu Institute of TechnologyMarch 10, 2022dna_methylationepigenomic_predictionepigenomics+4

    BERT-based predictor of DNA N6-methyladenine (6mA) modification sites, using word2vec encoding and cross-species transfer learning.

    DNA & Gene
    45Openness
  • Ghent UniversityJanuary 12, 2022dna_methylationdna_methylation_imputationepigenomic_prediction+4

    Transformer that imputes missing CpG methylation states from sparse single-cell bisulfite sequencing, modeling genomic and cell-level structure.

    DNA & Gene
    79Openness
  • PubMedCLIP

    1833116.7K
    Hasso Plattner InstituteDecember 27, 2021cnncontrastive_learninghistology+8

    Medical-domain CLIP fine-tuned on radiology image-caption pairs from ROCO, serving as a drop-in visual encoder for medical visual question answering.

    PathologyLanguage model
    75Openness
  • GeneBERT

    27
    Carnegie Mellon UniversityOctober 11, 2021bertchromatinfoundation_model+6

    Multi-modal self-supervised transformer for regulatory genomics, pre-trained on DNA sequence together with transcription factor binding matrices.

    DNA & Gene
    18Openness
  • AlphaFold-Multimer

    14.8K3.2K
    Google DeepMindOctober 4, 2021foundation_modelproteomicsstructure_prediction+1

    Protein complex structure prediction model extending AlphaFold 2 with paired MSA processing and ipTM scoring for multi-chain, multimeric assemblies.

    Protein
    59Openness
  • ProtTrans

    1.3K1.4K
    RostlabAugust 1, 2021embeddingsfoundation_modelself_supervised+1

    Suite of six protein language models, including ProtBERT and ProtT5, trained on up to 393 billion amino acids without multiple sequence alignments.

    Protein
    71Openness
  • Big Bird

    6333K341.8K
    Google ResearchJuly 28, 2020dnafoundation_modelgenomics+4

    Sparse attention transformer that extends BERT to 8x longer sequences via random, local, and global attention, with genomic sequence applications.

    DNA & Gene
    49Openness
  • University of VirginiaDecember 4, 2017chromatindeep_learningepigenomic_prediction+3

    Attention-based model predicting gene expression from histone modification signals across 56 cell types, with interpretable attention scores.

    DNA & Gene
    80Openness