Gurbuz, E. Et Al. 2024. Effect of Sagittal Root Position, Angle, and Bone Thickness on Peri-implant Tissue Phenotype and Bone Level in Socket Shield Technique: A Retrospective Case Series. Journal of Oral Implantology , vol.50, no.4 , 308-316.

Gurbuz, E., Ceylan, E., Ersoz, M. M., & Keceli, H. G., (2024). Effect of Sagittal Root Position, Angle, and Bone Thickness on Peri-implant Tissue Phenotype and Bone Level in Socket Shield Technique: A Retrospective Case Series. Journal of Oral Implantology , vol.50, no.4, 308-316.

Gurbuz, EZGİ Et Al. "Effect of Sagittal Root Position, Angle, and Bone Thickness on Peri-implant Tissue Phenotype and Bone Level in Socket Shield Technique: A Retrospective Case Series," Journal of Oral Implantology , vol.50, no.4, 308-316, 2024

Gurbuz, EZGİ Et Al. "Effect of Sagittal Root Position, Angle, and Bone Thickness on Peri-implant Tissue Phenotype and Bone Level in Socket Shield Technique: A Retrospective Case Series." Journal of Oral Implantology , vol.50, no.4, pp.308-316, 2024

Gurbuz, E. Et Al. (2024) . "Effect of Sagittal Root Position, Angle, and Bone Thickness on Peri-implant Tissue Phenotype and Bone Level in Socket Shield Technique: A Retrospective Case Series." Journal of Oral Implantology , vol.50, no.4, pp.308-316.

@article{article, author={EZGİ GÜRBÜZ Et Al. }, title={Effect of Sagittal Root Position, Angle, and Bone Thickness on Peri-implant Tissue Phenotype and Bone Level in Socket Shield Technique: A Retrospective Case Series}, journal={Journal of Oral Implantology}, year=2024, pages={308-316} }