Patrick Walters

Elite
@PatWalters

practical_cheminformatics_tutorials. Practical Cheminformatics Tutorials

1.3k

resources_2025. Machine Learning in Drug Discovery Resources 2024

266

useful_rdkit_utils. Some useful RDKit functions

235

resources. A Highly Opinionated List of Open Source Cheminformatics Resources

198

rd_filters. A script to run structural alerts using the RDKit and ChEMBL

167

chem_tutorial. Jupyter Notebook

90

TS. Thompson Sampling

81

practical_cheminformatics_posts. Practical Cheminformatics Blog Posts

73

Free-Wilson. An implementation of the Free-Wilson SAR analysis method using the RDKit

67

workshop. Jupyter Notebook

66

solubility. An implementation of Delaney's ESOL method using the RDKit

64

metk. Model Evaluation Toolkit

28

fragment_expansion. Software tools for fragment-based drug discovery (FBDD)

27

practicalcheminformatics. Jupyter Notebook

27

sfi. An implementation of the Solubility Forecast Index (SFI)

25

kmeans. K-means clustering

22

Learning_Cheminformatics. Resources for Learning Cheminformatics with the RDKit

19

chembl_sim. ChEMBL Similarity Search

19

frankenrocs. Jupyter Notebook

17

silly_walks. Identifying silly molecules

17

EFMC. Code to accompany "Practical Cheminformatics With Open Source Software"

16

yamc. Yet another ML method comparison

16

interactive_plots. Interactive plots with chemical structures

15

rapids_cheminformatics. Some demos using Nvidia RAPIDS for Cheminformatics

13

cheminformaticsbook. These files are meant to accompany "What are our models really telling us? A practical tutorial on avoiding common mistakes when building predictive models"

13

PatWalters.

12

dissecting_hype. Code to accompany my blog post "Dissecting the Hype With Cheminformatics"

12

faiss_kmeans. K-Means clustering of molecules with the FASS library from Facebook AI Research

11

comparing_classifiers. Some ideas on methods for comparing classification models

10

ChEMBL-Search. A simple script to extract bioactivity data from the ChEBML database

10

antibiotic. Reproducing results from "A Deep Learning Approach to Antibiotic Discovery"

10

active_learning_tutorials. In process work on active learning tutorials

10

clusterama. Jupyter Notebook

8

TS_2025. Latest Thompson Sampling validation

8

protein_tools. Jupyter Notebook

6

CADD_GRC_2019. Slides from my 2019 CADD GRC Talk

6

drug_like. Comparing methods for identifying drug-like molecules

6

patwalters.github.io. JavaScript

6

cadd_grc_2013. Code from my GRC talk and the subsequent hands-on session

6

qsar. Simple ML model for performing QSAR

6

beyond_lipinski. Looking at drug properties over time

5

sali. Using the Structure Activity Landscape Index (SALI) to view SARS-CoV-2 Main Protease (MPro) Assay Data

5

transformer. Transformer Search code

5

FEP_TI_Comparison. Further analysis of the data in https://chemrxiv.org/articles/Validation_of_AMBER_GAFF_for_Relative_Free_Energy_Calculations/7653434

5

DeepLearningLifeSciences. Example code from the book "Deep Learning for the Life Sciences"

4

sdf_search. Jupyter Notebook

4

exploring_sars_cov2. Code to accompany my blog post Examining the Data From the ChEMBL SARS-Cov-2 Drug Repurposing Screens

4

benchmark_map4. Benchmarking the MAP4 fingerprint in regression models

4

RIPS. Jupyter Notebook

3

SMILES-RNN. Repository for SMILES-based RNNs for reinforcement learning-based de novo molecule generation

3

neighbors. batch search for compound neighbors

2

rdkit. The official sources for the RDKit library

2

notebook_share. Jupyter Notebook

2

iSIM. Module containing scripts to perform multiple comparison simultaneously and getting the exact same value as the average pairwise comparisons of molecules represented by binary fingerprints or real number descriptors.

2

ml_benchmark. Jupyter Notebook

2
55
Apply