ŞEN, L. S. Et Al. 2023. Adenosine-receptor antagonists improve intestinal motility and oxidative injury due to post-operative ileus in rats: Role of vagus nerve. Physiology in focus 2023 , (Estonia).

ŞEN, L. S., KAHRAMAN, M. M., Sezen Mermer, K., Toraman, A. E., Tiftikci, E., Harlak, M., ... Recai, M. S.(2023). Adenosine-receptor antagonists improve intestinal motility and oxidative injury due to post-operative ileus in rats: Role of vagus nerve . Physiology in focus 2023, Estonia

ŞEN, LEYLA Et Al. "Adenosine-receptor antagonists improve intestinal motility and oxidative injury due to post-operative ileus in rats: Role of vagus nerve," Physiology in focus 2023, Estonia, 2023

ŞEN, LEYLA S. Et Al. "Adenosine-receptor antagonists improve intestinal motility and oxidative injury due to post-operative ileus in rats: Role of vagus nerve." Physiology in focus 2023 , Estonia, 2023

ŞEN, L. S. Et Al. (2023) . "Adenosine-receptor antagonists improve intestinal motility and oxidative injury due to post-operative ileus in rats: Role of vagus nerve." Physiology in focus 2023 , Estonia.

@conferencepaper{conferencepaper, author={LEYLA SEMİHA ŞEN Et Al. }, title={Adenosine-receptor antagonists improve intestinal motility and oxidative injury due to post-operative ileus in rats: Role of vagus nerve}, congress name={Physiology in focus 2023}, city={}, country={Estonia}, year={2023}}