APA

Silva J. G., Cárdenas R. A., Quiróz A. R., Sánchez V., Lozano L. M., Pérez N. M., López J., Villanueva C. & González C. A. (20150115). Impedance spectroscopy assisted by magnetic nanoparticles as a potential biosensor principle for breast cancer cells in suspension. : Physiological measurement.

Chicago

Silva Jesús G, Cárdenas Rey A, Quiróz Alan R, Sánchez Virginia, Lozano Lucila M, Pérez Nadia M, López Jaime, Villanueva Cleva and González César A. 20150115. Impedance spectroscopy assisted by magnetic nanoparticles as a potential biosensor principle for breast cancer cells in suspension. : Physiological measurement.

Harvard

Silva J. G., Cárdenas R. A., Quiróz A. R., Sánchez V., Lozano L. M., Pérez N. M., López J., Villanueva C. and González C. A. (20150115). Impedance spectroscopy assisted by magnetic nanoparticles as a potential biosensor principle for breast cancer cells in suspension. : Physiological measurement.

MLA

Silva Jesús G, Cárdenas Rey A, Quiróz Alan R, Sánchez Virginia, Lozano Lucila M, Pérez Nadia M, López Jaime, Villanueva Cleva and González César A. Impedance spectroscopy assisted by magnetic nanoparticles as a potential biosensor principle for breast cancer cells in suspension. : Physiological measurement. 20150115.