Bouali, W. Et Al. 2024. Green electrochemical sensor for selective determination of anticancer drug Ribociclib based on banana peel activated carbon/CuCoFe-MOF/CoFe2O4 modified carbon paste electrode in pharmaceutical and biological samples. Microchemical Journal , vol.207 .

Bouali, W., ERK, N., Genc, A. A., SALAMAT, Q., & SOYLAK, M., (2024). Green electrochemical sensor for selective determination of anticancer drug Ribociclib based on banana peel activated carbon/CuCoFe-MOF/CoFe2O4 modified carbon paste electrode in pharmaceutical and biological samples. Microchemical Journal , vol.207.

Bouali, Wiem Et Al. "Green electrochemical sensor for selective determination of anticancer drug Ribociclib based on banana peel activated carbon/CuCoFe-MOF/CoFe2O4 modified carbon paste electrode in pharmaceutical and biological samples," Microchemical Journal , vol.207, 2024

Bouali, Wiem Et Al. "Green electrochemical sensor for selective determination of anticancer drug Ribociclib based on banana peel activated carbon/CuCoFe-MOF/CoFe2O4 modified carbon paste electrode in pharmaceutical and biological samples." Microchemical Journal , vol.207, 2024

Bouali, W. Et Al. (2024) . "Green electrochemical sensor for selective determination of anticancer drug Ribociclib based on banana peel activated carbon/CuCoFe-MOF/CoFe2O4 modified carbon paste electrode in pharmaceutical and biological samples." Microchemical Journal , vol.207.

@article{article, author={Wiem Bouali Et Al. }, title={Green electrochemical sensor for selective determination of anticancer drug Ribociclib based on banana peel activated carbon/CuCoFe-MOF/CoFe2O4 modified carbon paste electrode in pharmaceutical and biological samples}, journal={Microchemical Journal}, year=2024}