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Multiple-dose design and bias-reducing methods for limiting dilution assays
Authors:L.W.G. Strijbosch  R.J.M.M. Does  W. Albers
Affiliation:Computer Applications Group, Department of Business and Economics, Tilburg University, P.0. Box 90753, NL-5000 LE Tilburg The Netherlands;Nederlandse Philips Bedrijven 6. V. Centre for Ouantitative Methods HCM-771 P.O. Box 278 NL-5600 MD Eindhoven The Netherlands;Department of Applied Mathematics Twente University P.O. Box 217 NL-7500 AE Enschede The Netherlands
Abstract:
This paper gives an overview of several (mostly recent) statistical contributions to the theory of Limiting and Serial Dilution Assays (LDA's, SDA's). A simple and useful method is presented for the setup of a design for an LDA or an SDA. This method is based on several user-supplied design parameters, consisting in the researcher's advance information and other parameters inherent to the particular problem. The commonly used Maximum Likelihood (ML) and Minimum Chi-square methods for the estimation of the unknown parameter in an LDA or an SDA are described and compared to several bias-reducing estimation methods, e.g. jackknife and bootstrap versions of the ML method. One particular jackknife version is recommended.
Keywords:experimental design    maximum likelihood    minimum chi-square    jackknife    bootstrap    Monte Carlo comparison
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