ScottCoffin
Environmental Toxicologist Pharmacokinetics Research Scientist at Office of Environmental Health Hazard Assessment (California Environmental Protection Agency
Office of Environmental Health Hazard AssessmentSacramento, CA
ScottCoffin's Stars
ur-whitelab/chemcrow-public
Chemcrow
microsoft/FS-Mol
FS-Mol is A Few-Shot Learning Dataset of Molecules, containing molecular compounds with measurements of activity against a variety of protein targets. The dataset is presented with a model evaluation benchmark which aims to drive few-shot learning research in the domain of molecules and graph-structured data.
melloddy/SparseChem
Fast and accurate machine learning models for biochemical applications.
USEPA/CompTox-PK-CvTdb
StyrbjornKall/TRIDENT
A collection of transformer-based models and developmental scripts presented in the publication "Transformers enable accurate prediction of acute and chronic chemical toxicity in aquatic organisms".
tnbrowncontam/ifsqsar
ToxPi/toxpiR
toxpiR R package for the Toxicological Priority Index (ToxPi) algorithm.
USEPA/ctxR
Utilities for Interacting with the CTX APIs in R without prior API knowledge https://www.epa.gov/comptox-tools/computational-toxicology-and-exposure-apis
bioinformatics-cdac/MolToxPred
Machine Learning based toxicity prediction tool for small molecules.
USEPA/CompTox-ExpoCast-invivoPKfit
ScitoVation/plethem
GMPtk/RVis
Open access PBPK modelling platform
echo-air-model/echo-air
A repository of scripts used for converting emissions to concentrations and health impacts using the InMAP Source-Receptor Matrix
USEPA/BMDS-UI
U.S. EPA Benchmark Dose Modeling Software User Interface (BMDS Desktop and BMDS Online)
abtassociates/pfas-pbpk-estimator
R code for estimator in https://doi.org/10.1016/j.envint.2023.107974
iPFAS/fu
KSUICCM/PFOS
michaelriedl/MP-Watanabe-Predicting-Fup
Reproducing results from Watanabe et al. 2018
USEPA/CompTox-PFASHalfLife
erysimumcap/pfas-pbpk-estimator
Shortcut to public repository for model code supporting: "Community-facing toxicokinetic models to estimate PFAS serum levels based on life history and drinking water exposure"
kpaulfriedman/CompTox-MGR-DEV-specificity
This code accompanies the Browne et al. manuscript, "The elephant in the room: how we evaluate adverse chemical effects." This code uses data from the public database ToxRefDB v2.1 to understand the categories of endpoints observed at the adverse effect level (critical effect level) in multi-generation reproduction and prenatal development studies.
lZhao-Git/CatNet
patlewig/liver-ml
patlewig/nts_pfas
patlewig/read-across
richardjudson/toxvaldbBMDh
SCCWRP/human_mp_tox_shiny-
Toxicity of Microplastics Explorer for Human Health
SilentSpringInstitute/Kay-et-al-EHP-2024
Breast cancer-relevant chemicals
wfsrqivive/PBK_exp_variation
wfsrqivive/pbktool