Karadenizli Taşkın, S. Et Al. 2024. Endoplasmic reticulum stress produced by Thapsigargin affects the occurrence of spike-wave discharge by modulating unfolded protein response pathways and activating immune responses in a dose-dependent manner.. European journal of pharmacology , vol.974 , 176613.

Karadenizli Taşkın, S., Şahin, D., Dede, F., Halbutoğullari, Z. S. Ü., Sarihan, M., Özbek, S. K., ... Özsoy, Ö. D.(2024). Endoplasmic reticulum stress produced by Thapsigargin affects the occurrence of spike-wave discharge by modulating unfolded protein response pathways and activating immune responses in a dose-dependent manner.. European journal of pharmacology , vol.974, 176613.

Karadenizli Taşkın, SABRİYE Et Al. "Endoplasmic reticulum stress produced by Thapsigargin affects the occurrence of spike-wave discharge by modulating unfolded protein response pathways and activating immune responses in a dose-dependent manner.," European journal of pharmacology , vol.974, 176613, 2024

Karadenizli Taşkın, SABRİYE K. Et Al. "Endoplasmic reticulum stress produced by Thapsigargin affects the occurrence of spike-wave discharge by modulating unfolded protein response pathways and activating immune responses in a dose-dependent manner.." European journal of pharmacology , vol.974, pp.176613, 2024

Karadenizli Taşkın, S. Et Al. (2024) . "Endoplasmic reticulum stress produced by Thapsigargin affects the occurrence of spike-wave discharge by modulating unfolded protein response pathways and activating immune responses in a dose-dependent manner.." European journal of pharmacology , vol.974, p.176613.

@article{article, author={SABRİYE KARADENİZLİ TAŞKIN Et Al. }, title={Endoplasmic reticulum stress produced by Thapsigargin affects the occurrence of spike-wave discharge by modulating unfolded protein response pathways and activating immune responses in a dose-dependent manner.}, journal={European journal of pharmacology}, year=2024, pages={176613} }