Kisacam, M. A. Et Al. 2022. Linalool and eugenol exhibit apoptotic potential on hela and caco-2 cells through the modulation of src kinases and ADAMTS proteases while only eugenol displays anti-angiogenic features on HeLa cells. Biologia , vol.77, no.3 , 865-877.

Kisacam, M. A., SAKİN, F., Irtegun-Kandemir, S., PEKTANÇ ŞENGÜL, G., & KÜREKCİ, C., (2022). Linalool and eugenol exhibit apoptotic potential on hela and caco-2 cells through the modulation of src kinases and ADAMTS proteases while only eugenol displays anti-angiogenic features on HeLa cells. Biologia , vol.77, no.3, 865-877.

Kisacam, Mehmet Et Al. "Linalool and eugenol exhibit apoptotic potential on hela and caco-2 cells through the modulation of src kinases and ADAMTS proteases while only eugenol displays anti-angiogenic features on HeLa cells," Biologia , vol.77, no.3, 865-877, 2022

Kisacam, Mehmet A. Et Al. "Linalool and eugenol exhibit apoptotic potential on hela and caco-2 cells through the modulation of src kinases and ADAMTS proteases while only eugenol displays anti-angiogenic features on HeLa cells." Biologia , vol.77, no.3, pp.865-877, 2022

Kisacam, M. A. Et Al. (2022) . "Linalool and eugenol exhibit apoptotic potential on hela and caco-2 cells through the modulation of src kinases and ADAMTS proteases while only eugenol displays anti-angiogenic features on HeLa cells." Biologia , vol.77, no.3, pp.865-877.

@article{article, author={Mehmet Ali Kisacam Et Al. }, title={Linalool and eugenol exhibit apoptotic potential on hela and caco-2 cells through the modulation of src kinases and ADAMTS proteases while only eugenol displays anti-angiogenic features on HeLa cells}, journal={Biologia}, year=2022, pages={865-877} }