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C0003467 disease_gene FGF17
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C3536714 disease_gene ITGA6
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C0038002 disease_gene RAB27A
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C0042384 disease_gene STAT4
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C4024989 disease_gene DCC
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C1864985 disease_gene AP5Z1
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C0013604 disease_gene RMRP
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C0026034 disease_gene TP63
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C2939465 disease_gene G6PD
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C2220104 disease_gene LAMA3
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C0221357 disease_gene CITED2
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C0024419 disease_gene MYD88
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C0339573 disease_gene OPTN
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C1848924 disease_gene IGLL1
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C4020873 disease_gene AFG3L2
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C0020649 disease_gene IL1A
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C4020885 disease_gene MVK
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C0476254 disease_gene DYX9
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C0376175 disease_gene NEB
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C0021125 disease_gene DNMT1
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C2936907 disease_gene NDUFAF5
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C0023893 disease_gene DHTKD1
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C0546967 disease_gene PEX1
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C0917816 disease_gene BCKDHB
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C0683322 disease_gene LZTFL1
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C1843367 disease_gene ANK1
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C4023170 disease_gene EVC
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C0151723 disease_gene SLC12A3
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C0008925 disease_gene PIGL
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C0554101 disease_gene SPINK5
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C0151611 disease_gene EMX2
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C0236736 disease_gene EHMT2
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C4280625 disease_gene LARGE1
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C0000737 disease_gene MSH6
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C4025682 disease_gene CYBA
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C0042798 disease_gene ADAM9
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C4072823 disease_gene MECP2
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C1854885 disease_gene PSAP
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C0235659 disease_gene ERBB3
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C0007117 disease_gene DICER1
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C1832324 disease_gene PTPRC
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C0242422 disease_gene MAPT
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C0423109 disease_gene PEX12
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C0151786 disease_gene AFG3L2
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C0423110 disease_gene RAI1
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C0025362 disease_gene B9D1
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C0152421 disease_gene ELN
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C0015672 disease_gene PON1
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C0029882 disease_gene NCF4
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C0178664 disease_gene ITGB4
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C1849367 disease_gene STAT3
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C0010606 disease_gene ATM
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C0038002 disease_gene TPP2
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C4020871 disease_gene VPS13A
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C0036400 disease_gene GDF1
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C1845977 disease_gene MID2
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C0023893 disease_gene PRUNE2
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C0017661 disease_gene LAIR1
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C0037773 disease_gene MFN2
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C0154723 disease_gene MGR9
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C1864897 disease_gene FRA16E
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C2677762 disease_gene MAP2K1
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C0424688 disease_gene GAD1
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C0232744 disease_gene PEX2
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C0009319 disease_gene RFX5
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C0162834 disease_gene NR0B1
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C0007758 disease_gene GMPPB
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C1836047 disease_gene TPM2
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C0026827 disease_gene AGA
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C0002395 disease_gene ESR1
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C0008311 disease_gene KRT19
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C0338502 disease_gene ELP4
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C0007193 disease_gene VCL
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C0085605 disease_gene PEX19
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C0013404 disease_gene PON3
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C1864897 disease_gene POMT1
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C3714756 disease_gene CNGB1
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C0497247 disease_gene ERCC8
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C0020455 disease_gene VPS45
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C2748055 disease_gene RNF125
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C0017601 disease_gene YARS2
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C0557874 disease_gene NELFA
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C0011853 disease_gene TNFRSF1A
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C0017181 disease_gene MVK
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C1856468 disease_gene SEMA5A
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C0014550 disease_gene TRNL1
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C4024729 disease_gene MMP2
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C0040038 disease_gene F2
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C0854107 disease_gene SLC35A1
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C0279626 disease_gene GDI2
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C0521525 disease_gene RAF1
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C0265341 disease_gene FGFRL1
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C0151744 disease_gene EIF2AK3
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C0007758 disease_gene NDUFS4
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C3179239 disease_gene CLCN7
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C0020507 disease_gene LDLR
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C1848207 disease_gene CCDC22
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C0002888 disease_gene MMADHC
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C3714756 disease_gene CRX
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C1840077 disease_gene ECEL1
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in Data Studio
BioGraphFusion Dataset
π Dataset Description
This dataset contains the benchmark data used in the paper "BioGraphFusion: Graph Knowledge Embedding for Biological Completion and Reasoning" published in Bioinformatics.
ποΈ Dataset Structure
The dataset includes three biomedical knowledge graph completion tasks with background knowledge integration:
1. Disease-Gene Prediction (DisGeNet_cv)
- Task: Disease-gene association prediction
- Background Knowledge: Drug-Disease relationships from SIDER (14,631 triples) + Protein-Chemical relationships from STITCH (277,745 triples)
- Main Dataset: DisGeNet (130,820 triples) focusing on gene targets
- Description: Predicts disease-gene associations using multi-source biological knowledge
2. Protein-Chemical Interaction (STITCH)
- Task: Protein-chemical interaction prediction
- Background Knowledge: Drug-Disease relationships from SIDER (14,631 triples) + Disease-Gene relationships from DisGeNet (130,820 triples)
- Main Dataset: STITCH (23,074 triples) focusing on chemical targets
- Description: Predicts protein-chemical interactions with integrated disease and gene knowledge
3. Medical Ontology Reasoning (UMLS)
- Task: Medical concept reasoning
- Background Knowledge: Various medical relationships from UMLS (4,006 triples)
- Main Dataset: UMLS (2,523 triples) with multi-domain entities
- Description: Reasons about medical concepts and their hierarchical relationships
π Dataset Statistics
Dataset | Task | Background Knowledge Sources | Main Dataset Targets | Total Triples |
---|---|---|---|---|
Disease-Gene Prediction | Disease-gene association prediction | Drug-Disease Relationships SIDER (14,631) + Protein-Chemical Relationships STITCH (277,745) | DisGeNet (130,820) Gene | ~423K |
Protein-Chemical Interaction | Protein-chemical interaction prediction | Drug-Disease Relationships SIDER (14,631) + Disease-Gene Relationships DisGeNet (130,820) | STITCH (23,074) Chemical | ~168K |
Medical Ontology Reasoning | Medical concept reasoning | Various Medical Relationships UMLS (4,006) | UMLS (2,523) Multi-domain Entities | ~6.5K |
π» Usage
Loading the Dataset
from datasets import load_dataset
# Load the complete dataset
dataset = load_dataset("Y-TARL/BioGraphFusion")
# Load specific task
disgenet_data = load_dataset("Y-TARL/BioGraphFusion", "Disease-Gene")
stitch_data = load_dataset("Y-TARL/BioGraphFusion", "Protein-Chemical")
umls_data = load_dataset("Y-TARL/BioGraphFusion", "umls")
π Citation
If you use this dataset in your research, please cite our paper:
@article{lin2025biographfusion,
title={BioGraphFusion: Graph Knowledge Embedding for Biological Completion and Reasoning},
author={Lin, Yitong and He, Jiaying and Chen, Jiahe and Zhu, Xinnan and Zheng, Jianwei and Tao, Bo},
journal={Bioinformatics},
pages={btaf408},
year={2025},
publisher={Oxford University Press}
}
π Related Resources
- Paper: Bioinformatics
- Preprint: arXiv:2507.14468
- Code: GitHub Repository
π License
This dataset is released under the Apache 2.0 License.
π Acknowledgements
We thank the original data providers:
- DisGeNet for disease-gene associations
- STITCH for protein-chemical interactions
- UMLS for medical ontology data
π Contact
For questions about the dataset, please open an issue in the GitHub repository.
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