A. Toprak Semiz Et Al. , "Hydrogen sulfide dilates the isolated retinal artery mainly via the activation of myosin phosphatase.," Life sciences , vol.255, pp.117834, 2020
Toprak Semiz, A. Et Al. 2020. Hydrogen sulfide dilates the isolated retinal artery mainly via the activation of myosin phosphatase.. Life sciences , vol.255 , 117834.
Toprak Semiz, A., Teker, A. B., Yapar, K., Doğan, B. S., & Takır, S., (2020). Hydrogen sulfide dilates the isolated retinal artery mainly via the activation of myosin phosphatase.. Life sciences , vol.255, 117834.
Toprak Semiz, Ayça Et Al. "Hydrogen sulfide dilates the isolated retinal artery mainly via the activation of myosin phosphatase.," Life sciences , vol.255, 117834, 2020
Toprak Semiz, Ayça T. Et Al. "Hydrogen sulfide dilates the isolated retinal artery mainly via the activation of myosin phosphatase.." Life sciences , vol.255, pp.117834, 2020
Toprak Semiz, A. Et Al. (2020) . "Hydrogen sulfide dilates the isolated retinal artery mainly via the activation of myosin phosphatase.." Life sciences , vol.255, p.117834.
@article{article, author={Ayça Toprak Semiz Et Al. }, title={Hydrogen sulfide dilates the isolated retinal artery mainly via the activation of myosin phosphatase.}, journal={Life sciences}, year=2020, pages={117834} }