Nouri, S. Et Al. 2024. Advanced 3D printed bone scaffolds with sodium alginate/Tri-calcium phosphate/probiotic bacterial hydroxyapatite: Enhanced mechanical and biocompatible properties for bone tissue engineering. Polymer , vol.311 .

Nouri, S., Emtiazi, G., ULAĞ, S., GÜNDÜZ, O., ÇALIKOĞLU KOYUNCU, A. C., Roghanian, R., ... Moradi, A.(2024). Advanced 3D printed bone scaffolds with sodium alginate/Tri-calcium phosphate/probiotic bacterial hydroxyapatite: Enhanced mechanical and biocompatible properties for bone tissue engineering. Polymer , vol.311.

Nouri, Sabereh Et Al. "Advanced 3D printed bone scaffolds with sodium alginate/Tri-calcium phosphate/probiotic bacterial hydroxyapatite: Enhanced mechanical and biocompatible properties for bone tissue engineering," Polymer , vol.311, 2024

Nouri, Sabereh Et Al. "Advanced 3D printed bone scaffolds with sodium alginate/Tri-calcium phosphate/probiotic bacterial hydroxyapatite: Enhanced mechanical and biocompatible properties for bone tissue engineering." Polymer , vol.311, 2024

Nouri, S. Et Al. (2024) . "Advanced 3D printed bone scaffolds with sodium alginate/Tri-calcium phosphate/probiotic bacterial hydroxyapatite: Enhanced mechanical and biocompatible properties for bone tissue engineering." Polymer , vol.311.

@article{article, author={Sabereh Nouri Et Al. }, title={Advanced 3D printed bone scaffolds with sodium alginate/Tri-calcium phosphate/probiotic bacterial hydroxyapatite: Enhanced mechanical and biocompatible properties for bone tissue engineering}, journal={Polymer}, year=2024}