(1)
Jan, S. U. .; Melhi, S. .; Bibi, N. .; Nisar, A. .; Faryal, S. .; Nabeela; Naz, T. .; Bibi, A. .; Ullah, A. .; Selamoğlu, Z. Application of Experimental Design Methodology to Optimize Azithromycin Removal by Graphene/Iron Oxide Nanocomposite: The PH Had the Highest Effect on Azithromycin Removal. Eurasian J Med Biol Sci 2023, 3, 12-22.