BayesPharma-package | R Documentation |
The BayesPharma package builds on the Stan and brms to provide support for Bayesian regression modeling for foundational pharmacology models. For each model type, the user provides
Describing how the model parameters, treatment, and optional predictors lead to the measured response using functions provided by BayesPharma for each model type.
response, treatment, and optional
predictors as a data.frame
Initial distributions over the model parameters
The models that BayesPharma support are
4-parameter Hill equation
Bivariate synergy model with Bliss and Loewe interaction models as special cases
Michaelis Menten enzyme kinetics ordinary differential equation model
Generalization of enzyme progress curve kinetics ordinary differential equation
Sigmoid model for growth kinetics
Generalized Richards model for growth kinetics
The BayesPharma package also provides a range of case studies as templates and examples for getting started at applying Bayesian modeling to pharmacology data analysis.
Building on rstan::stan brings the performance and stability of No-U-Turn Sampling (NUTs) Hamiltonian Monte Carlo and a whole ecosystem of tools for model assessment, and visualization (see https://mc-stan.org/).
Building on brms allows for compact formula based model specification adding complexity to the model incrementally, including handling missing data, measurement error, and other response distributions (see https://paul-buerkner.github.io/brms/).
Maintainer: Matthew O'Meara maom@umich.edu (ORCID)
Authors:
Madeline Martin mmarti29@uoregon.edu
Useful links:
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