APA

Prost à la Denise J., Dekairelle A., Desbene C., Moutereau S., Douard R., Devanlay M., Eschwege P., Gala J. & Loric S. (20110922). A bias in quantitative RT-PCR limit of detection is induced by the use of cancer cell lines in the molecular detection of circulating tumor cells. : Clinical chemistry and laboratory medicine.

Chicago

Prost à la Denise Justine, Dekairelle Anne-France, Desbene Cédric, Moutereau Stéphane, Douard Richard, Devanlay Michel, Eschwege Pascal, Gala Jean-Luc and Loric Sylvain. 20110922. A bias in quantitative RT-PCR limit of detection is induced by the use of cancer cell lines in the molecular detection of circulating tumor cells. : Clinical chemistry and laboratory medicine.

Harvard

Prost à la Denise J., Dekairelle A., Desbene C., Moutereau S., Douard R., Devanlay M., Eschwege P., Gala J. and Loric S. (20110922). A bias in quantitative RT-PCR limit of detection is induced by the use of cancer cell lines in the molecular detection of circulating tumor cells. : Clinical chemistry and laboratory medicine.

MLA

Prost à la Denise Justine, Dekairelle Anne-France, Desbene Cédric, Moutereau Stéphane, Douard Richard, Devanlay Michel, Eschwege Pascal, Gala Jean-Luc and Loric Sylvain. A bias in quantitative RT-PCR limit of detection is induced by the use of cancer cell lines in the molecular detection of circulating tumor cells. : Clinical chemistry and laboratory medicine. 20110922.