M. İ. ATAGÜN Et Al. , "Machine learning algorithms revealed distorted retinal vascular branching in individuals with bipolar disorder," JOURNAL OF AFFECTIVE DISORDERS , vol.315, pp.35-41, 2022
ATAGÜN, M. İ. Et Al. 2022. Machine learning algorithms revealed distorted retinal vascular branching in individuals with bipolar disorder. JOURNAL OF AFFECTIVE DISORDERS , vol.315 , 35-41.
ATAGÜN, M. İ., SONUGÜR, G., Yusifova, A., Celik, I., & UĞURLU, N., (2022). Machine learning algorithms revealed distorted retinal vascular branching in individuals with bipolar disorder. JOURNAL OF AFFECTIVE DISORDERS , vol.315, 35-41.
ATAGÜN, MURAT Et Al. "Machine learning algorithms revealed distorted retinal vascular branching in individuals with bipolar disorder," JOURNAL OF AFFECTIVE DISORDERS , vol.315, 35-41, 2022
ATAGÜN, MURAT İ. Et Al. "Machine learning algorithms revealed distorted retinal vascular branching in individuals with bipolar disorder." JOURNAL OF AFFECTIVE DISORDERS , vol.315, pp.35-41, 2022
ATAGÜN, M. İ. Et Al. (2022) . "Machine learning algorithms revealed distorted retinal vascular branching in individuals with bipolar disorder." JOURNAL OF AFFECTIVE DISORDERS , vol.315, pp.35-41.
@article{article, author={MURAT İLHAN ATAGÜN Et Al. }, title={Machine learning algorithms revealed distorted retinal vascular branching in individuals with bipolar disorder}, journal={JOURNAL OF AFFECTIVE DISORDERS}, year=2022, pages={35-41} }