All Competitors

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

Showing 17 of 7 filtered models

  • Cellpin

    Technical University of MunichJune 5, 2026denoisinggene_imputationsingle_cell+4

    Variational autoencoder trained on scRNA-seq and applied frozen to impute unmeasured genes and denoise spatial transcriptomics profiles.

    Spatial omicsSingle-cell
    22Openness
  • Susagi

    84
    University of ZurichMay 11, 2026denoisingmetagenomicsmicrobiome+4

    Microbiome world model that treats a community as a set of taxa, scoring how well each member fits and predicting community dynamics zero-shot.

    DNA & Gene
    48Openness
  • Universidad Carlos III de MadridJanuary 22, 2026cnncryo_emdenoising+5

    Bioimage restoration model pairing a NAFNet backbone with a perceptual GAN loss, best on LPIPS in 7 of 8 AI4Life microscopy benchmarks.

    Imaging
    16Openness
  • MAGNET

    Huazhong University of Science and TechnologyDecember 25, 2025denoisingfluorescence_microscopyfoundation_model+7

    Microscopy image restoration foundation model unifying 8 tasks across 5 modalities and 2D/3D data, with zero-shot inference on unseen systems.

    Imaging
    7Openness
  • CryoSiam

    201
    European Molecular Biology LaboratoryNovember 12, 2025convolutional_neural_networkcryo_etdenoising+8

    Self-supervised Siamese network for cryo-electron tomography, enabling zero-shot denoising, segmentation, and macromolecule detection in tomograms.

    Imaging
    64Openness
  • BME-X

    6876
    University of North Carolina at Chapel HillDecember 5, 2024cnndenoisingfoundation_model+5

    Tissue-aware foundation model that restores brain MRI quality across motion correction, super-resolution, denoising, and harmonization.

    Imaging
    70Openness
  • UniFMIR

    7079
    Fudan UniversityApril 12, 2024denoisingfluorescence_microscopyfoundation_model+2

    Swin transformer foundation model for fluorescence microscopy image restoration, unifying denoising, super-resolution, and volumetric reconstruction.

    Imaging
    83Openness