All Competitors

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

Showing 117 of 17 filtered models

  • Merlin

    4531366.9K
    Stanford UniversityJanuary 1, 2026cnncontrastive_learningct+8

    3D vision-language foundation model for abdominal CT, pretrained on scans, radiology reports, and EHR codes for zero-shot interpretation.

    ImagingLanguage model
    54Openness
  • NeuroVFM

    554654
    University of Michigan +1 otherNovember 23, 2025ctfoundation_modeljoint_embedding_predictive_architecture+8

    Generalist neuroimaging vision foundation model pretrained on 5.24M clinical MRI and CT volumes for radiologic diagnosis and report generation.

    Imaging
    57Openness
  • M3FM

    1938
    University of Oxford +6 othersFebruary 6, 2025chest_x_rayclipcontrastive_learning+9

    Multimodal medical imaging foundation model for zero-shot clinical diagnosis and report generation from chest X-ray and CT in English and Chinese.

    ImagingLanguage model
    60Openness
  • VISTA3D

    292776.6K
    NVIDIAJune 7, 2024cnnctfoundation_model+5

    Medical image segmentation foundation model for 3D CT and MRI, covering 127 anatomical classes automatically plus interactive point-prompt refinement.

    Imaging
    73Openness
  • M3D

    454172924
    Beijing Academy of Artificial IntelligenceMarch 31, 2024ctimage_text_retrievalinstruction_tuning+9

    Multimodal large language model for 3D medical imaging that handles report generation, visual question answering, and segmentation on CT volumes.

    ImagingLanguage model
    77Openness
  • uniGradICON

    22871
    University of North Carolina at Chapel HillMarch 9, 2024cnnctfoundation_model+3

    Foundation model for medical image registration that aligns CT and MRI across anatomies and modalities without per-pair optimization or retraining.

    Imaging
    65Openness
  • VoCo

    230113
    Hong Kong University of Science and TechnologyFebruary 27, 2024contrastive_learningctfoundation_model+5

    Self-supervised pretraining framework for 3D medical image encoders that learns anatomy by predicting where a sub-volume sits within a CT scan.

    Imaging
    69Openness
  • T3D

    16
    Imperial College London +4 othersDecember 3, 2023cnncontrastive_learningcross_modal_retrieval+8

    Vision-language pretraining for 3D CT volumes, aligning scans with their radiology reports for zero-shot classification, retrieval, and segmentation.

    ImagingLanguage model
    12Openness
  • SegVol

    386122747
    Beijing Academy of Artificial IntelligenceNovember 22, 2023ctfoundation_modelmultimodal+4

    Promptable 3D foundation model for volumetric CT segmentation, covering over 200 anatomical categories through point, box, and free-text prompts.

    Imaging
    100Openness
  • MIS-FM

    25050
    University of Electronic Science and Technology of China +3 othersJune 29, 2023cnnctfoundation_model+3

    Self-supervised foundation model for 3D medical image segmentation, pretrained on roughly 110,000 unannotated CT volumes via Volume Fusion.

    Imaging
    73Openness
  • MedLSAM

    52282
    Shanghai AI Laboratory +3 othersJune 26, 2023cnnctfew_shot+6

    3D CT localization foundation model that pairs MedLAM with SAM to segment any anatomical structure at a fixed, dataset-independent annotation cost.

    Imaging
    76Openness
  • 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
  • STU-Net

    372159
    Shanghai AI LaboratoryApril 13, 2023cnnctfoundation_model+5

    Scalable and transferable U-Net family (14M–1.4B parameters) for 3D medical image segmentation, supervised-pretrained on TotalSegmentator.

    Imaging
    82Openness
  • Southeast University +2 othersMarch 1, 2023convolutional_neural_networkctimage_registration+7

    Self-supervised pretraining for 3D medical images that learns anatomical correspondences between scans, giving encoders transferable to segmentation.

    Imaging
    17Openness
  • 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
  • Arizona State University +1 otherAugust 19, 2019classificationcnnct+7

    Self-supervised 3D pretrained models for CT and MRI that learn anatomical representations from unlabeled volumes and transfer to segmentation tasks.

    Imaging
    20Openness
  • Med3D

    2.2K681
    TencentAILabHealthcareApril 1, 20193d_resnetcnnct+8

    Pretrained 3D-ResNet backbones for volumetric medical image analysis, co-trained across eight CT and MRI segmentation datasets for transfer learning.

    Imaging
    75Openness