Daldal, I. Et Al. 2023. The combined use of carbon nanotubes with synthetic ceramics enhances posterolateral fusion: an experimental study in a rat spinal fusion model. Spine Deformity , vol.11, no.4 , 805-814.

Daldal, I., ŞENKÖYLÜ, A., Degim, I. T., İLBASMIŞ TAMER, S., ÖMEROĞLU, S., Akarca Dizakar, S. O., ... ÇELİK, H. H.(2023). The combined use of carbon nanotubes with synthetic ceramics enhances posterolateral fusion: an experimental study in a rat spinal fusion model. Spine Deformity , vol.11, no.4, 805-814.

Daldal, Ismail Et Al. "The combined use of carbon nanotubes with synthetic ceramics enhances posterolateral fusion: an experimental study in a rat spinal fusion model," Spine Deformity , vol.11, no.4, 805-814, 2023

Daldal, Ismail Et Al. "The combined use of carbon nanotubes with synthetic ceramics enhances posterolateral fusion: an experimental study in a rat spinal fusion model." Spine Deformity , vol.11, no.4, pp.805-814, 2023

Daldal, I. Et Al. (2023) . "The combined use of carbon nanotubes with synthetic ceramics enhances posterolateral fusion: an experimental study in a rat spinal fusion model." Spine Deformity , vol.11, no.4, pp.805-814.

@article{article, author={Ismail Daldal Et Al. }, title={The combined use of carbon nanotubes with synthetic ceramics enhances posterolateral fusion: an experimental study in a rat spinal fusion model}, journal={Spine Deformity}, year=2023, pages={805-814} }