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srescalli/X-PAIR_models
X-PAIR_models is a machine learning model from srescalli. Use it for the machine learning task on the model card, and read the license before you ship it in a product.
This repository contains the trained model checkpoints used in X-PAIR, an ultrafast multitask framework for protein–protein interaction (PPI) and partner-specific interface prediction from protein sequences.
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Updated Sep 10, 2026
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From the Hugging Face model README
This repository contains the trained model checkpoints used in X-PAIR, an ultrafast multitask framework for protein–protein interaction (PPI) and partner-specific interface prediction from protein sequences.
| Checkpoint | Task | Training dataset |
|---|---|---|
interaction_bernett.ckpt | PPI prediction | Gold Standard (Bernett et al. ) |
interaction_dscript.ckpt | PPI prediction | Cross-species benchmark (Sledzieski et al.) |
interface_pioneer.ckpt | Interface prediction | PIONEER (Xiong et al.) |
interaction_xfair.ckpt | PPI prediction | X-fair |
interface_xfair.ckpt | Interface prediction | X-fair |
multitask_xfair.ckpt | PPI + interface prediction | X-fair |
multitask_xhuman.ckpt | PPI + interface prediction | X-human |
multitask_xmultispecies.ckpt | PPI + interface prediction | X-multispecies |
X-PAIR requires Python ≥3.10 and can be installed from PyPI:
pip install xpair
The complete X-PAIR source code is publicly available on GitLab.
Installation and usage instructions are provided in the repository README.
Detailed documentation describing the software functionality, input data formats, model architecture, and available workflows is available in the X-PAIR documentation.
A minimal demo is provided for training, evaluation, and prediction.
The exact processed datasets used to train and evaluate the models are publicly available on Hugging Face.
Datasets generated as part of the X-PAIR study are additionally archived on Zenodo.
If you use X-PAIR, please cite:
Rescalli, S. & Carbone, A.
X-PAIR: an ultrafast multitask framework for proteome-scale reconstruction of PPI networks and partner-specific interfaces from sequence.
bioRxiv (2026).
https://doi.org/10.64898/2026.07.20.739596