G. Pamuk Et Al. , "A study on modelling cochlear duct mid-scalar length based on high-resolution computed tomography, and its effect on peri-modiolar and mid-scalar implant selection.," The Journal of laryngology and otology , vol.133, no.9, pp.764-769, 2019
Pamuk, G. Et Al. 2019. A study on modelling cochlear duct mid-scalar length based on high-resolution computed tomography, and its effect on peri-modiolar and mid-scalar implant selection.. The Journal of laryngology and otology , vol.133, no.9 , 764-769.
Pamuk, G., Pamuk, A. E., Akgoz, A., Ozturk, E., Bajin, M. D., & Sennaroglu, L., (2019). A study on modelling cochlear duct mid-scalar length based on high-resolution computed tomography, and its effect on peri-modiolar and mid-scalar implant selection.. The Journal of laryngology and otology , vol.133, no.9, 764-769.
Pamuk, G. Et Al. "A study on modelling cochlear duct mid-scalar length based on high-resolution computed tomography, and its effect on peri-modiolar and mid-scalar implant selection.," The Journal of laryngology and otology , vol.133, no.9, 764-769, 2019
Pamuk, G. Et Al. "A study on modelling cochlear duct mid-scalar length based on high-resolution computed tomography, and its effect on peri-modiolar and mid-scalar implant selection.." The Journal of laryngology and otology , vol.133, no.9, pp.764-769, 2019
Pamuk, G. Et Al. (2019) . "A study on modelling cochlear duct mid-scalar length based on high-resolution computed tomography, and its effect on peri-modiolar and mid-scalar implant selection.." The Journal of laryngology and otology , vol.133, no.9, pp.764-769.
@article{article, author={G. Pamuk Et Al. }, title={A study on modelling cochlear duct mid-scalar length based on high-resolution computed tomography, and its effect on peri-modiolar and mid-scalar implant selection.}, journal={The Journal of laryngology and otology}, year=2019, pages={764-769} }