E. Şeref Et Al. , "A new candidate for wound dressing materials: s-IPN hydrogel-based highly elastic and pH-sensitive drug delivery system containing pectin and vinyl phosphonic acid," EUROPEAN POLYMER JOURNAL , vol.207, pp.1-11, 2024
Şeref, E. Et Al. 2024. A new candidate for wound dressing materials: s-IPN hydrogel-based highly elastic and pH-sensitive drug delivery system containing pectin and vinyl phosphonic acid. EUROPEAN POLYMER JOURNAL , vol.207 , 1-11.
Şeref, E., Ilgin, P., Ozay, Ö., & Ozay, H., (2024). A new candidate for wound dressing materials: s-IPN hydrogel-based highly elastic and pH-sensitive drug delivery system containing pectin and vinyl phosphonic acid. EUROPEAN POLYMER JOURNAL , vol.207, 1-11.
Şeref, Elif Et Al. "A new candidate for wound dressing materials: s-IPN hydrogel-based highly elastic and pH-sensitive drug delivery system containing pectin and vinyl phosphonic acid," EUROPEAN POLYMER JOURNAL , vol.207, 1-11, 2024
Şeref, Elif Et Al. "A new candidate for wound dressing materials: s-IPN hydrogel-based highly elastic and pH-sensitive drug delivery system containing pectin and vinyl phosphonic acid." EUROPEAN POLYMER JOURNAL , vol.207, pp.1-11, 2024
Şeref, E. Et Al. (2024) . "A new candidate for wound dressing materials: s-IPN hydrogel-based highly elastic and pH-sensitive drug delivery system containing pectin and vinyl phosphonic acid." EUROPEAN POLYMER JOURNAL , vol.207, pp.1-11.
@article{article, author={Elif Şeref Et Al. }, title={A new candidate for wound dressing materials: s-IPN hydrogel-based highly elastic and pH-sensitive drug delivery system containing pectin and vinyl phosphonic acid}, journal={EUROPEAN POLYMER JOURNAL}, year=2024, pages={1-11} }