Ozsoy, F. Et Al. 2023. Self-assembled silibinin-containing phosphazene/cystamine hybrid nanospheres as biodagradable dual-drug carriers with improved anticancer activity on a breast cancer cell line. MATERIALS TODAY COMMUNICATIONS , vol.37 , 1-11.

Ozsoy, F., Cömert Önder, F., Ilgın, P., Özay, H., Önder, A., & Özay, Ö., (2023). Self-assembled silibinin-containing phosphazene/cystamine hybrid nanospheres as biodagradable dual-drug carriers with improved anticancer activity on a breast cancer cell line. MATERIALS TODAY COMMUNICATIONS , vol.37, 1-11.

Ozsoy, Fatma Et Al. "Self-assembled silibinin-containing phosphazene/cystamine hybrid nanospheres as biodagradable dual-drug carriers with improved anticancer activity on a breast cancer cell line," MATERIALS TODAY COMMUNICATIONS , vol.37, 1-11, 2023

Ozsoy, Fatma Et Al. "Self-assembled silibinin-containing phosphazene/cystamine hybrid nanospheres as biodagradable dual-drug carriers with improved anticancer activity on a breast cancer cell line." MATERIALS TODAY COMMUNICATIONS , vol.37, pp.1-11, 2023

Ozsoy, F. Et Al. (2023) . "Self-assembled silibinin-containing phosphazene/cystamine hybrid nanospheres as biodagradable dual-drug carriers with improved anticancer activity on a breast cancer cell line." MATERIALS TODAY COMMUNICATIONS , vol.37, pp.1-11.

@article{article, author={Fatma Ozsoy Et Al. }, title={Self-assembled silibinin-containing phosphazene/cystamine hybrid nanospheres as biodagradable dual-drug carriers with improved anticancer activity on a breast cancer cell line}, journal={MATERIALS TODAY COMMUNICATIONS}, year=2023, pages={1-11} }