Eroglu, M. E. Et Al. 2019. Electro-oxidation mechanism of meloxicam and electrochemical sensing platform based on graphene nanoparticles for its sensing pharmaceutical sample. Current Pharmaceutical Analysis , vol.15, no.4 , 346-354.

Eroglu, M. E., Bayraktepe, D., POLAT, K., & YAZAN, Z., (2019). Electro-oxidation mechanism of meloxicam and electrochemical sensing platform based on graphene nanoparticles for its sensing pharmaceutical sample. Current Pharmaceutical Analysis , vol.15, no.4, 346-354.

Eroglu, Mehmet Et Al. "Electro-oxidation mechanism of meloxicam and electrochemical sensing platform based on graphene nanoparticles for its sensing pharmaceutical sample," Current Pharmaceutical Analysis , vol.15, no.4, 346-354, 2019

Eroglu, Mehmet E. Et Al. "Electro-oxidation mechanism of meloxicam and electrochemical sensing platform based on graphene nanoparticles for its sensing pharmaceutical sample." Current Pharmaceutical Analysis , vol.15, no.4, pp.346-354, 2019

Eroglu, M. E. Et Al. (2019) . "Electro-oxidation mechanism of meloxicam and electrochemical sensing platform based on graphene nanoparticles for its sensing pharmaceutical sample." Current Pharmaceutical Analysis , vol.15, no.4, pp.346-354.

@article{article, author={Mehmet E. Eroglu Et Al. }, title={Electro-oxidation mechanism of meloxicam and electrochemical sensing platform based on graphene nanoparticles for its sensing pharmaceutical sample}, journal={Current Pharmaceutical Analysis}, year=2019, pages={346-354} }