| No. | Código | Descripción |
| 1 |
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Utilization of Stat Test Priority in the Clinical Laboratory. A College of American Pathologists Q-Probes Study of 52 Institutions
Volmar, K., Wilkinson, D., Wagar, E., y Lehman, C.. (2013). Utilization of Stat Test Priority in the Clinical Laboratory. A College of American Pathologists Q-Probes Study of 52 Institutions. Archives of Pathology & Laboratory Medicine. 137. 220 Volmar, K., Wilkinson, D., Wagar, E., y Lehman, C. |
2 |
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State of the Art Instead of Biological Variation to Set Requirements for Imprecision
Fuentes, X., y Miro, B. . (2000). State of the Art Instead of Biological Variation to Set Requirements for Imprecision. Clinical Chemistry and Laboratory Medicine. 46. 1715 Fuentes, X., y Miro, B. |
3 |
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The impact of QC frequencyon patient results
Yundt, J., y Parvin, C. . (2008). The impact of QC frequencyon patient results. mlo-online. 1. 1 Yundt, J., y Parvin, C. |
4 |
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The impact of qualitative analysis in laboratory medicine
Forsum, U., Hallander, H., Kallner, A., y Karlsson, D. . (2005). The impact of qualitative analysis in laboratory medicine. Trends in Analytical Chemistry. 24 (6) . 546 Forsum, U., Hallander, H., Kallner, A., y Karlsson, D. |
5 |
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Tolerable Variations of Imprecision and Inaccuracy
Liedtke, R. . (1984). Tolerable Variations of Imprecision and Inaccuracy. Clinical Chemistry and Laboratory Medicine. 30 (7) . 1275 Liedtke, R. |
6 |
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Treatment of bias in estimating measurement uncertainty
Gregory, E., Donnell, O., y Hibbert, B.. (2005). Treatment of bias in estimating measurement uncertainty. This journal is _ The Royal Society of Chemistry . 2005(130) . 721 Gregory, E., Donnell, O., y Hibbert, B. |