Major components for describing an HTTK model between MCSim, deSolve, and httk.

<p>Major components for describing an HTTK model between MCSim, deSolve, and httk.</p>

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Bibliographic Details
Main Author:	Sarah E. Davidson-Fritz (21100379) (author)
Other Authors:	Caroline L. Ring (4226251) (author), Marina V. Evans (21100382) (author), Celia M. Schacht (20713301) (author), Xiaoqing Chang (2949144) (author), Miyuki Breen (1263876) (author), Gregory S. Honda (6744131) (author), Elaina Kenyon (9017563) (author), Matthew W. Linakis (13921200) (author), Annabel Meade (14710567) (author), Robert G. Pearce (4226248) (author), Mark A. Sfeir (21100385) (author), James P. Sluka (3124269) (author), Michael J. Devito (21100388) (author), John F. Wambaugh (1727491) (author)
Published:	2025
Subjects:	Molecular Biology Cancer Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified monte carlo simulations human health outcomes toxicokinetic modeling describes source language mcsim r script ). model documentation file evaluate toxicokinetic models publicly available data >- derived data provide key information physiologically based toxicokinetics generalized httk models div >< p evaluating model predictions r package provides toxicokinetic data throughput toxicokinetic source tool pbtk ). model utilities model parameterization toxicological data existing data vivo </ vitro </ utility functions unit conversion uncertainty propagation reviewed high often unavailable nams ), httk </ biological variability
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