Published October 1, 2024 | Version v2
Model Open

Models for Prediction of anti-bacterial and anti-fungal class specificity of compounds using machine learning

  • 1. Fraunhofer-Gesellschaft
  • 2. Enveda Biosciences
  • 3. ROR icon Fraunhofer Institute for Translational Medicine and Pharmacology

Description

The machine learning models used for training compounds for broad spectrum activity prediction. The manuscript for the models is currently in preparation.

Files

Files (5.0 GB)

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md5:5dd5ffd493a61c3196c74e9cc35e240f
461.6 MB Download
md5:a93b6d854aff246c1079cef1273e1a95
19.8 MB Download
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1.3 GB Download
md5:304a344265d81b1637be4c7d5e690008
14.1 MB Download
md5:27128183efb1d5d4eedb11566fa61373
333.3 MB Download
md5:f5da6ca4de713d20e23bc0e831f8f58d
14.7 MB Download
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1.4 GB Download
md5:2a5bdbe3eccef4016031983f7f5f8a73
14.7 MB Download
md5:5db848189b7647901622917a9d62608c
804.2 MB Download
md5:a9d6e7a9400aad336e3ed2a08c8d8153
15.5 MB Download
md5:48095b0a47646ac4ac026f48998e5a8c
616.2 MB Download
md5:5f7b9f7e809681a9a9662db2d0048db9
28.6 MB Download

Additional details

Dates

Submitted
2024-06-24

Software

Repository URL
https://github.com/IMI-COMBINE/broad_spectrum_prediction
Programming language
Python
Development Status
Active