YÜCEL, D. And ÜLGEN, A. Y. 2023. A novel approach to CSF pressure measurement via lumbar puncture that shortens the measurement time with a high level of accuracy. BMC NEUROSCIENCE , vol.24, no.1 .

YÜCEL, D., & ÜLGEN, A. Y., (2023). A novel approach to CSF pressure measurement via lumbar puncture that shortens the measurement time with a high level of accuracy. BMC NEUROSCIENCE , vol.24, no.1.

YÜCEL, DUYGU, And ALİ YEKTA ÜLGEN. "A novel approach to CSF pressure measurement via lumbar puncture that shortens the measurement time with a high level of accuracy," BMC NEUROSCIENCE , vol.24, no.1, 2023

YÜCEL, DUYGU And ÜLGEN, ALİ Y. . "A novel approach to CSF pressure measurement via lumbar puncture that shortens the measurement time with a high level of accuracy." BMC NEUROSCIENCE , vol.24, no.1, 2023

YÜCEL, D. And ÜLGEN, A. Y. (2023) . "A novel approach to CSF pressure measurement via lumbar puncture that shortens the measurement time with a high level of accuracy." BMC NEUROSCIENCE , vol.24, no.1.

@article{article, author={DUYGU YÜCEL And author={ALİ YEKTA ÜLGEN}, title={A novel approach to CSF pressure measurement via lumbar puncture that shortens the measurement time with a high level of accuracy}, journal={BMC NEUROSCIENCE}, year=2023}