Every biological foundation model, evaluated and ranked by the bio.rodeo team
Showing 121–134 of 134 filtered models
Self-supervised foundation model for functional brain network analysis from resting-state fMRI, pretrained across 30 datasets for disorder diagnosis.
Foundation model spanning invasive SEEG/iEEG and non-invasive EEG in one backbone, with zero- and few-shot transfer across neurological disorders.
500M-parameter transformer model pretrained on intracranial SEEG recordings for neural signal forecasting, imputation, and seizure detection.
Self-supervised foundation model for wearable photoplethysmography, trained with participant-level contrastive learning on 141,000 participants.
Self-supervised foundation model for wearable electrocardiograms, trained with participant-level contrastive learning on 141,000 participants.
Health acoustics foundation model that turns short clips of coughs and breaths into embeddings for building acoustic biomarker models with less data.
EEG foundation model that pairs a convolutional encoder with a GPT backbone, pretrained by masked-segment reconstruction for low-data BCI decoding.
fMRI foundation model pretrained with masked autoencoding on roughly 6,700 hours of recordings for clinical prediction and network discovery.
Vision transformer for electrocardiograms that reads the printed 12-lead ECG as an image, enabling data-efficient diagnosis from few labeled examples.
Sleep staging model that segments polysomnography from any single EEG and EOG channel pair, labelling stages at resolutions finer than 30 s epochs.
EEG foundation model pretrained on clinical recordings with a wav2vec 2.0-style contrastive task, transferring to BCI decoding and sleep staging.