| No. | Código | Descripción |
| 1 |
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Selecting clinically relevant populations for reference intervals.
Ritchie, R., y Palomaki, G. . (2004). Selecting clinically relevant populations for reference intervals.. Clin Chem Lab Med. 7. 10 Ritchie, R., y Palomaki, G. |
2 |
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Should we maintain the 95 percent reference intervals in the era of wellness testing? A concept paper.
Jorgensen, L., Brandslund, I., y Hyltoft, P. . (2004). Should we maintain the 95 percent reference intervals in the era of wellness testing? A concept paper. . Clin Chem Lab Med. 7. 7 Jorgensen, L., Brandslund, I., y Hyltoft, P. |
3 |
|
Six Sigma as a Quality Management Tool: Evaluation of Performancein Laboratory Medicine.
Coskum, A., Inal, T., Unsal, I., y Serteser, M.. (2009). Six Sigma as a Quality Management Tool: Evaluation of Performancein Laboratory Medicine. . Quality Management and Six Sigma. N/A. 16 Coskum, A., Inal, T., Unsal, I., y Serteser, M. |
4 |
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Advanced statistics and data analysis in laboratory medicine: steep learning curve but substantial rewards.
Theodorsson, E. . (2004). Advanced statistics and data analysis in laboratory medicine: steep learning curve but substantial rewards.. Scandinavian Journal of Clinical and Laboratory Investigation. 6. 9 Theodorsson, E. |
5 |
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Studies on the Variation in clinical Laboratory Data and Safety Evaluaction of Pharmaceuticals.
Nomura, M., Hata, T., Naitoh, S., Kuwao, H., Moriyama, K., Fukuoka, M., Kudo, M., y Tohda, Y.. (2005). Studies on the Variation in clinical Laboratory Data and Safety Evaluaction of Pharmaceuticals. . The Pharmaceutical Society of Japan. Yakugaku Zsshi. 12. 8 Nomura, M., Hata, T., Naitoh, S., Kuwao, H., Moriyama, K., Fukuoka, M., Kudo, M., y Tohda, Y. |
6 |
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The Determination of Normal Ranges from Routine Laboratory Data.
Neumann, G., . (1999). The Determination of Normal Ranges from Routine Laboratory Data.. Clinical Chemistry. 10. 10 Neumann, G., |