User-friendly and powerful nonlinear mixed effect modeling software
Phoenix NLMETM lets you focus on your models, not the tools required to implement the models. Phoenix NLME is a population modeling and simulation software for scientists with varying levels of experience—from novice PK/PD scientists to the most advanced modelers. This comprehensive package includes integrated data preparation, modeling, and graphics tools with the same user interface that is used in Phoenix WinNonlin™.
18 of the top 20 pharmaceutical companies in the world use Phoenix NLME.
PHOENIX VERSION 8.3
Accomplish more with the latest release of the Phoenix platform with:
- Open-source plotting (RShiny ggquickEDA)
- Built-in plot and Reporter upgrades
- Phoenix NLME: Additional Visual Predictive Check features
- Phoenix NLME: Phoenix Modeling Language updates (Distributed delay function)
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Widely used for regulatory submissions Get a quote
Phoenix NLME meets all scientific and technical requirements for PK/PD analyses. Because of its flexibility and power, Phoenix NLME is used across drug development phases and for global regulatory submissions, including:
- Translational modeling
- Extrapolation of PK data from animals to humans
- Prediction of the pharmacodynamics in humans based on in vitro models
- Combination of PK and PD data from multiple animal studies
- Enhancement of study designs to minimize animal use
Grid computing and algorithms for faster results Download brochure
- Includes QRPEM, the fastest expectation maximization algorithm available
- Comes grid-enabled with an algorithm that uses the maximum number of cores for each run to minimize time from days to minutes. Send jobs to a remote computing platform with one click.
- Offers separates analyses for different types of data such as continuous data with BQLs, categorical data, and time to event data with Visual Predictive Check
- Simplifies coding delays in PK/PD models with the distributed delay function, which can be used in place of transit compartments, dual absorption models, effect compartment models, and indirect response models.
Intuitive graphical user interface Contact us
- Develop models without coding with our graphical model editor and model library. Advanced users can code using Phoenix Modeling Language (PML)
- Avoid poor parameterization with the graphical tool for initial model parameter estimates
- Quickly troubleshoot issues with diagnostic dialog messages that pinpoint errors
- Compare models side-by-side with the comparer tool
- Automatically generate diagnostic outputs for each model to assess model robustness
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