All Competitors

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

Showing 97105 of 105 filtered models

  • UniBrain

    39183
    Shanghai Jiao Tong University +3 othersSeptember 13, 2023brain_mricnncontrastive_learning+6

    Vision-language pre-training framework for universal brain MRI diagnosis, learning from imaging-report pairs to cover more than ten brain diseases.

    Imaging
    35Openness
  • PLIP

    38283145.1K
    Stanford UniversityAugust 28, 2023contrastive_learningfoundation_modelhistology+3

    Vision-language foundation model for pathology, fine-tuned from CLIP on 208,414 image-text pairs for zero-shot classification and image retrieval.

    Imaging
    25Openness
  • LVM-Med

    217100
    University of Stuttgart +6 othersJune 20, 2023classificationcontrastive_learningct+11

    Self-supervised vision foundation model pretrained on 1.3M medical images via second-order graph matching, for segmentation and classification.

    Imaging
    28Openness
  • PMC-CLIP

    241
    Shanghai Jiao Tong UniversityMarch 13, 2023cnncontrastive_learninghistology+7

    Biomedical vision-language model trained contrastively on 1.6M figure-caption pairs mined from PubMed Central open-access articles.

    PathologyImaging
    63Openness
  • BiomedCLIP

    128665878.5K
    Microsoft ResearchMarch 1, 2023contrastive_learningfoundation_modelimage_analysis+4

    Biomedical vision-language model trained contrastively on 15M PubMed Central figure-caption pairs for zero-shot classification, retrieval, and VQA.

    Imaging
    61Openness
  • PCRLv2

    10083
    The University of Hong Kong +1 otherJanuary 2, 2023chest_x_rayclassificationcnn+8

    Self-supervised pretraining framework for medical imaging that unifies pixel restoration with contrastive learning across 2D and 3D image backbones.

    Imaging
    71Openness
  • ProtST

    1051686
    DeepGraphLearningJanuary 1, 2023contrastive_learningfoundation_modelmultimodal

    Multi-modal protein language model trained on sequences paired with biomedical text, enabling zero-shot function prediction and text-based retrieval.

    Protein
    89Openness
  • 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
  • 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