Partial within-animal calibration: a new calibration approach in lead optimisation high-throughput bioanalysis |
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Authors: | Dewé Walthère De Smet Michaël Evrard Nathalie Culot Benoit Lastelle Marc Saucez Gaëlle Ingels Dominique Taillieu Xavier |
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Affiliation: | Lilly Development Center, Therapeutic Discovery Statistics, Eli Lilly and Company, Rue Granbonpré 11, B-1348 Mont-Saint-Guibert, Belgium. walthere.dewe@scarlet.be |
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Abstract: | The lead optimization phase of drug discovery requires high-throughput analyses for quantification in biological matrices and in plasma in particular. Over the last decade, some technical innovations allowed the pharmaceutical industry to improve the quality of the results. However, there is room for improvement. In this context, a new calibration strategy is proposed in this paper. Experiments were performed on dog plasma samples and it was showed that a within-animal calibration strategy can reduce the bias up to 20% and improve the precision up to 20%. However, a partial within-animal calibration is preferred to the full approach in order to avoid to many sample preparations. |
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