Y. Gokce Et Al. , "l-Carnitine improves mechanical responses of cardiomyocytes and restores Ca2+ homeostasis during aging," HISTOCHEMISTRY AND CELL BIOLOGY , vol.160, no.4, pp.341-347, 2023
Gokce, Y. Et Al. 2023. l-Carnitine improves mechanical responses of cardiomyocytes and restores Ca2+ homeostasis during aging. HISTOCHEMISTRY AND CELL BIOLOGY , vol.160, no.4 , 341-347.
Gokce, Y., DANIŞMAN, B., AKÇAY, G., DERİN, N., & YARAŞ, N., (2023). l-Carnitine improves mechanical responses of cardiomyocytes and restores Ca2+ homeostasis during aging. HISTOCHEMISTRY AND CELL BIOLOGY , vol.160, no.4, 341-347.
Gokce, Yasin Et Al. "l-Carnitine improves mechanical responses of cardiomyocytes and restores Ca2+ homeostasis during aging," HISTOCHEMISTRY AND CELL BIOLOGY , vol.160, no.4, 341-347, 2023
Gokce, Yasin Et Al. "l-Carnitine improves mechanical responses of cardiomyocytes and restores Ca2+ homeostasis during aging." HISTOCHEMISTRY AND CELL BIOLOGY , vol.160, no.4, pp.341-347, 2023
Gokce, Y. Et Al. (2023) . "l-Carnitine improves mechanical responses of cardiomyocytes and restores Ca2+ homeostasis during aging." HISTOCHEMISTRY AND CELL BIOLOGY , vol.160, no.4, pp.341-347.
@article{article, author={Yasin Gokce Et Al. }, title={l-Carnitine improves mechanical responses of cardiomyocytes and restores Ca2+ homeostasis during aging}, journal={HISTOCHEMISTRY AND CELL BIOLOGY}, year=2023, pages={341-347} }