ERK, N. Et Al. 2025. Ultra-sensitive electrochemical sensor based on tannic acid/iron/titanium oxide for the detection of tyrosine in real biological and food samples. Microchemical Journal , vol.208 .

ERK, N., Naser, M., & Bouali, W., (2025). Ultra-sensitive electrochemical sensor based on tannic acid/iron/titanium oxide for the detection of tyrosine in real biological and food samples. Microchemical Journal , vol.208.

ERK, NEVİN, Marwah Naser, And Wiem Bouali. "Ultra-sensitive electrochemical sensor based on tannic acid/iron/titanium oxide for the detection of tyrosine in real biological and food samples," Microchemical Journal , vol.208, 2025

ERK, NEVİN Et Al. "Ultra-sensitive electrochemical sensor based on tannic acid/iron/titanium oxide for the detection of tyrosine in real biological and food samples." Microchemical Journal , vol.208, 2025

ERK, N. Naser, M. And Bouali, W. (2025) . "Ultra-sensitive electrochemical sensor based on tannic acid/iron/titanium oxide for the detection of tyrosine in real biological and food samples." Microchemical Journal , vol.208.

@article{article, author={NEVİN ERK Et Al. }, title={Ultra-sensitive electrochemical sensor based on tannic acid/iron/titanium oxide for the detection of tyrosine in real biological and food samples}, journal={Microchemical Journal}, year=2025}