A free, open-source suite of AI automation tools for pharmacokinetics, pharmacodynamics, and quantitative systems pharmacology.
Interactively research any pharmacometrics topic across PubMed, Drugs@FDA, ClinicalTrials.gov, and UniProt in one place, then ask AI questions grounded in the topic and the articles you save.
AI-powered code generation and execution platform that allows users to generate, edit, and execute code in real-time. View tables, download code, and create plots easily with intelligent assistance.
Advanced noncompartmental analysis platform for PK dataset analysis. Automated calculation of pharmacokinetic parameters with comprehensive statistical outputs and publication-ready reports.
Simplified interface to view effect of PK parameters with real-time visualization and interactive parameter adjustment.
Generate sample PK dataset for modelling or exploratory data analysis with customizable parameters and export options.
Interactive PK model builder with visual diagram construction, concentration vs time profile visualization, and automated code generation for NONMEM, MONOLIX, and R platforms.
Our fastest growing AI code IDE specific for pharmacometrics coding and quality checks and files review. Advanced AI-powered development environment with intelligent code assistance.
AI-powered resource page for pharmacometrics concepts and equations well explained with examples and interactive quizzes and examples as well as formulas.
Intelligent IDE or code creator for pharmacometrics analysis especially using NONMEM. Next-generation development environment with AI-powered assistance.
Interactive platform that allows users to visualize the effect of PK parameters on concentration versus time profiles. Defines each selected model and describes the required parameters for comprehensive understanding.
An R and Python code editor powered with AI with no login needed. Allows easy testing of code and visualization. This is RStudio with better editing and AI power.
Join thousands of researchers using our free AI-powered tools to transform drug development.