Publication | Open Access
<b>grofit</b>: Fitting Biological Growth Curves with<i>R</i>
500
Citations
6
References
2010
Year
Stationary PhaseCell GrowthPhysiologically-based Pharmacokinetic ModelingPharmacodynamic ModelingPre-clinical PharmacologyBioanalysisAnalytical ChemistryBiostatisticsToxicologyDrug MonitoringDose Response CurveTherapeutic Drug MonitoringFitting Biological GrowthDrug AnalysisPharmacokinetic ModelingPharmacologyBioinformaticsBiologyMaximal Growth RateMedicinePharmacokineticsDrug DiscoveryPharmaceutical ResearchQuantitative Pharmacology
The <b>grofit</b> package was developed to fit many growth curves obtained under different conditions in order to derive a conclusive dose-response curve, for instance for a compound that potentially affects growth. <b>grofit</b> fits data to different parametric models and in addition provides a model free spline method to circumvent systematic errors that might occur within application of parametric methods. This amendment increases the reliability of the characteristic parameters (e.g.,lag phase, maximal growth rate, stationary phase) derived from a single growth curve. By relating obtained parameters to the respective condition (e.g.,concentration of a compound) a dose response curve can be derived that enables the calculation of descriptive pharma-/toxicological values like half maximum effective concentration (EC50). Bootstrap and cross-validation techniques are used for estimating confidence intervals of all derived parameters.
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