All Competitors

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

Showing 17 of 7 filtered models

  • BacteReason

    University of TokyoJune 7, 2026antimicrobial_resistanceantimicrobial_resistance_predictionbacteria+5

    Reasoning LLM that predicts antimicrobial susceptibility of clinical bacterial isolates and supplies mechanistic explanations for each prediction.

    DNA & GeneLanguage model
    20Openness
  • Duke UniversityMarch 8, 2026embeddingsknowledge_distillationproteomics+3

    Post-hoc method that restores monotonic scaling to ESM-2 embeddings, yielding Matryoshka-style nested representations for variant effect prediction.

    Protein
    58Openness
  • Helix

    36
    Shape TherapeuticsDecember 20, 2025a_to_i_editingguide_rna_designknowledge_distillation+4

    Structure-aware transformer that makes zero-shot, per-adenosine predictions of ADAR-mediated A-to-I RNA editing to guide therapeutic guide-RNA design.

    RNA
    4Openness
  • Evo2HiC

    92
    University of WashingtonNovember 19, 2025chromatinchromatin_contact_predictionepigenomic_profiling+9

    Multimodal foundation model that distills Evo 2 into a compact encoder guided by Hi-C data, predicting cell-type-specific 3D genome architecture.

    DNA & GeneSpatial omics
    57Openness
  • GPFM

    12889
    Hong Kong University of Science and Technology +3 othersNovember 1, 2025cancer_diagnosisfeature_extractionfoundation_model+8

    Histopathology foundation model extracting general-purpose features from H&E patches by distilling the UNI, Phikon, and CONCH pathology encoders.

    Pathology
    84Openness
  • University of Texas at Austin +1 otherOctober 3, 2025de_novo_designdiffusionflow_matching+3

    Distilled few-step protein backbone generator that adapts Score Identity Distillation to Proteina for over 20x faster de novo structure sampling.

    Protein
    76Openness
  • AppleDecember 15, 2024activity_recognitionbiomarker_predictioncardiovascular_health+6

    Wearable accelerometry foundation model distilled from a PPG encoder, predicting cardiovascular and health biomarkers from motion signals alone.

    Biosignals
    5Openness