Kaya, E. Et Al. 2019. The optimal controlled attenuation parameter cut-offs in hepaticsteatosis grade differentiation by transient elastography(Fibroscan) in a sample of biopsy-proven non-alcoholic fatty liverdisease patients. Hepatology International , vol.13 , 196.

Kaya, E., BAKIR, A., Sapmaz, A. F., Kayyali, T., Quatranji, L., Çiftaslan, A., ... Demirtas, C. O.(2019). The optimal controlled attenuation parameter cut-offs in hepaticsteatosis grade differentiation by transient elastography(Fibroscan) in a sample of biopsy-proven non-alcoholic fatty liverdisease patients. Hepatology International , vol.13, 196.

Kaya, Eda Et Al. "The optimal controlled attenuation parameter cut-offs in hepaticsteatosis grade differentiation by transient elastography(Fibroscan) in a sample of biopsy-proven non-alcoholic fatty liverdisease patients," Hepatology International , vol.13, 196, 2019

Kaya, Eda Et Al. "The optimal controlled attenuation parameter cut-offs in hepaticsteatosis grade differentiation by transient elastography(Fibroscan) in a sample of biopsy-proven non-alcoholic fatty liverdisease patients." Hepatology International , vol.13, pp.196, 2019

Kaya, E. Et Al. (2019) . "The optimal controlled attenuation parameter cut-offs in hepaticsteatosis grade differentiation by transient elastography(Fibroscan) in a sample of biopsy-proven non-alcoholic fatty liverdisease patients." Hepatology International , vol.13, p.196.

@article{article, author={Eda Kaya Et Al. }, title={The optimal controlled attenuation parameter cut-offs in hepaticsteatosis grade differentiation by transient elastography(Fibroscan) in a sample of biopsy-proven non-alcoholic fatty liverdisease patients}, journal={Hepatology International}, year=2019, pages={196} }