Drug metabolism and pharmacokinetics
27 tools
1 tools
Explore drug-target relationships, mechanisms of action, and disease associations via Open Targets Platform
17 tools
In vitro to in vivo extrapolation of hepatic clearance using well-stirred model
Predict in vivo clearance from microsomal stability half-life data
FDA static model R1/R2/R3 for CYP inhibition and induction risk classification
Calculate Km, Vmax, and CLint from Michaelis-Menten kinetics data
Determine Biopharmaceutics Classification System class from solubility and permeability
Predict in vivo clearance from hepatocyte stability data using HPGL scaling and well-stirred model
Calculate CYP enzyme contributions (fm) from selective inhibitor data for DDI vulnerability assessment
Predict molecular ADMET properties using consensus ML models (ChemBERTa + ADMETlab) from SMILES or drug name
Find structurally similar approved drugs with known PK properties using MolFormer molecular fingerprints
Multi-model toxicity risk assessment combining ADMETlab, DeepChem, and structural alerts (PAINS/Brenk)
ML-based ADMET property prediction from SMILES or drug name via ADMETlab 3.0
Evaluate Lipinski, Veber, Egan, Ghose drug-likeness rules with QED and SA scores
Predict CYP1A2, 2C9, 2C19, 2D6, 3A4 inhibition and substrate status from molecular structure
Predict blood-brain barrier penetration probability and CNS MPO score
Predict hERG channel inhibition probability and QT prolongation risk from structure
Check drug-drug interactions from FDA-approved label text via DailyMed and openFDA
Scale PK parameters across species using allometric exponents to predict human CL and Vd from preclinical data
5 tools
4 tools
Reference table of MPPGL, HPGL, liver weight, and hepatic blood flow across species for IVIVE
Look up CYP enzyme substrates, inhibitors, and inducers from FDA DDI guidance tables for drug metabolism assessment
Look up published pharmacokinetic parameters (CL, Vd, t1/2, F, fu) for common drugs
Reference database of organ weights, blood flows, tissue volumes from ICRP Publication 89