Optimal experimental design for cytogenetic dose-response calibration curves.
Purpose: To introduce optimal experimental design techniques in the cytogenetic biological dosimetry practice. This includes the development of a new optimality criterion for the calibration of radiation doses.Materials and methods: The most typical optimal design criterion and the one developed in this research are introduced and applied in an example from the literature. In another example from the literature, a simulation study has been performed to compare the standard error of the dose estimation using different experimental designs. An RStudio project and a GitHub project have been developed to reproduce these results.Results: In the paper, it is observed that the application of optimal experimental design techniques can reduce the standard error of biodosimetric dose estimations.Conclusions: Optimal experimental design techniques jointly with practitioners' requirements may be applied. This practice would not involve an additional laboratory work.
['Higueras|Manuel|M|0000-0001-5530-1714', 'Howes|Adam|A|', 'López-Fidalgo|Jesús|J|0000-0001-7502-8188']
D002138:Calibration D020732:Cytogenetic Analysis D004307:Dose-Response Relationship, Radiation D011829:Radiation Dosage
calibration Biodosimetry I-optimality