S. Yener Et Al. , "Chemical shift magnetic resonance imaging could predict subclinical cortisol production from an incidentally discovered adrenal mass.," Clinical endocrinology , vol.88, no.6, pp.779-786, 2018
Yener, S. Et Al. 2018. Chemical shift magnetic resonance imaging could predict subclinical cortisol production from an incidentally discovered adrenal mass.. Clinical endocrinology , vol.88, no.6 , 779-786.
Yener, S., SEÇİL, M., Demir, O., Saydam, B. O., & YÖRÜKOĞLU, K., (2018). Chemical shift magnetic resonance imaging could predict subclinical cortisol production from an incidentally discovered adrenal mass.. Clinical endocrinology , vol.88, no.6, 779-786.
Yener, ABDULLAH Et Al. "Chemical shift magnetic resonance imaging could predict subclinical cortisol production from an incidentally discovered adrenal mass.," Clinical endocrinology , vol.88, no.6, 779-786, 2018
Yener, ABDULLAH S. Et Al. "Chemical shift magnetic resonance imaging could predict subclinical cortisol production from an incidentally discovered adrenal mass.." Clinical endocrinology , vol.88, no.6, pp.779-786, 2018
Yener, S. Et Al. (2018) . "Chemical shift magnetic resonance imaging could predict subclinical cortisol production from an incidentally discovered adrenal mass.." Clinical endocrinology , vol.88, no.6, pp.779-786.
@article{article, author={ABDULLAH SERKAN YENER Et Al. }, title={Chemical shift magnetic resonance imaging could predict subclinical cortisol production from an incidentally discovered adrenal mass.}, journal={Clinical endocrinology}, year=2018, pages={779-786} }