M. Hatun Yıldır Et Al. , "Redefining precision in cancer Treatment: A novel electrochemical approach using bimetal oxide composites for Niraparib quantification," Microchemical Journal , vol.196, 2024
Hatun Yıldır, M. Et Al. 2024. Redefining precision in cancer Treatment: A novel electrochemical approach using bimetal oxide composites for Niraparib quantification. Microchemical Journal , vol.196 .
Hatun Yıldır, M., KURTAY, G., Bouali, W., Ayşe Genç, A., & ERK, N., (2024). Redefining precision in cancer Treatment: A novel electrochemical approach using bimetal oxide composites for Niraparib quantification. Microchemical Journal , vol.196.
Hatun Yıldır, Merve Et Al. "Redefining precision in cancer Treatment: A novel electrochemical approach using bimetal oxide composites for Niraparib quantification," Microchemical Journal , vol.196, 2024
Hatun Yıldır, Merve H. Et Al. "Redefining precision in cancer Treatment: A novel electrochemical approach using bimetal oxide composites for Niraparib quantification." Microchemical Journal , vol.196, 2024
Hatun Yıldır, M. Et Al. (2024) . "Redefining precision in cancer Treatment: A novel electrochemical approach using bimetal oxide composites for Niraparib quantification." Microchemical Journal , vol.196.
@article{article, author={Merve Hatun Yıldır Et Al. }, title={Redefining precision in cancer Treatment: A novel electrochemical approach using bimetal oxide composites for Niraparib quantification}, journal={Microchemical Journal}, year=2024}