Ibrahımova,, N. Et Al. 2023. New hybrid compounds with potential activity based on Sulfisoxazole: Synthesis, characterization and study of anti-cancer activities. ACS Fall 2023 , (California, United States Of America), 179.

Ibrahımova,, N., Özdemir Özmen, Ü., Çete, S., Akın Anakök, D., Cuhacı, U., Telkoparan Akıllılar, P., ... Onar, O.(2023). New hybrid compounds with potential activity based on Sulfisoxazole: Synthesis, characterization and study of anti-cancer activities . ACS Fall 2023 (pp.179). California, United States Of America

Ibrahımova,, Nurana Et Al. "New hybrid compounds with potential activity based on Sulfisoxazole: Synthesis, characterization and study of anti-cancer activities," ACS Fall 2023 , California, United States Of America, 2023

Ibrahımova,, Nurana Et Al. "New hybrid compounds with potential activity based on Sulfisoxazole: Synthesis, characterization and study of anti-cancer activities." ACS Fall 2023 , California, United States Of America, pp.179, 2023

Ibrahımova,, N. Et Al. (2023) . "New hybrid compounds with potential activity based on Sulfisoxazole: Synthesis, characterization and study of anti-cancer activities." ACS Fall 2023 , California, United States Of America, p.179.

@conferencepaper{conferencepaper, author={Nurana Ibrahımova, Et Al. }, title={New hybrid compounds with potential activity based on Sulfisoxazole: Synthesis, characterization and study of anti-cancer activities}, congress name={ACS Fall 2023 }, city={California}, country={United States Of America}, year={2023}, pages={179} }