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An AI+ physics model for rank allosteric molecules

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jiaxin-ustc/PATNet

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PATNet

This project has realized the performance ranking of allosteric compound activities, and after training, the model can evaluate the activity of a series of new molecules, which is a series of methods of molecularbondnet

Model architecture

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Model performance

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Project file organize

- PAT_model/  
    - PDB-Pool/
    - inhouse_data/
    - inhouse_data_2/    
    - data_prepare.ipynb
    - Results_dir/
        - csv_dir/
            - molecule.xlsx
        - Results_inhouse_data/
        - Results_inhouse_data2/
    - result/
        - loss_log/
    - saved_model/
    - check_point/
    - debug/
    - log/
    - pred_csv/  
    - data_prepare.py
    - bond_net.py
    - utils.py
    - PATNet.py
    - simple_script.ipynb
- baseline/    
    - Glide/
    - IGN/
    - plotter.ipynb

Usage

A briefly describe of how to use it.

  • Step 1: Ligand Docking
Now me only know how to manually dock by schrodinger.
  • Step 2: Post-prepare docking results
python data_prepare.ipynb
  • Step 3: Use bagpage process complex as atom graph
python data_prepare.py
  • Step 4: Model train
python PATNet.py
  • Step 5: Model evaluate
python simple_script.ipynb

More content updates will be uploaded after desensitization and other operations, please stay tuned, stay tuned...

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An AI+ physics model for rank allosteric molecules

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