Chemical etching of Ti‐6Al‐4V biomaterials fabricated by selective laser melting enhances mesenchymal stromal cell mineralization

C O'Keeffe, M Kotlarz, IF Gonçalves, C Lally… - Journal of Biomedical … - Wiley Online Library
Porous titanium scaffolds fabricated by powder bed fusion additive manufacturing
techniques have been widely adopted for orthopedic and bone tissue engineering …
被引用次数：1 相关文章

Chemical etching of Ti-6Al-4V biomaterials fabricated by selective laser melting enhances mesenchymal stromal cell mineralization

C O'Keeffe, M Kotlarz, IF Gonçalves, C Lally, DJ Kelly - 2024 - repository.rcsi.com
Porous titanium scaffolds fabricated by powder bed fusion additive manufacturing
techniques have been widely adopted for orthopedic and bone tissue engineering …

Chemical etching of Ti-6Al-4V biomaterials fabricated by selective laser melting enhances mesenchymal stromal cell mineralization.

C O'Keeffe, M Kotlarz, IF Gonçalves… - Journal of Biomedical …, 2024 - europepmc.org
Porous titanium scaffolds fabricated by powder bed fusion additive manufacturing
techniques have been widely adopted for orthopedic and bone tissue engineering …

Chemical etching of Ti-6Al-4V biomaterials fabricated by selective laser melting enhances mesenchymal stromal cell mineralization

C O'Keeffe, M Kotlarz, IF Gonçalves… - Journal of biomedical … - pubmed.ncbi.nlm.nih.gov
Porous titanium scaffolds fabricated by powder bed fusion additive manufacturing
techniques have been widely adopted for orthopedic and bone tissue engineering …
[PDF] rcsi.com

[PDF][PDF] Chemical etching of Ti-6Al-4V biomaterials fabricated by selective laser melting enhances mesenchymal stromal cell mineralization

C O'Keeffe, M Kotlarz, IF Gonçalves, C Lally, DJ Kelly - 2024 - repository.rcsi.com
Porous titanium scaffolds fabricated by powder bed fusion additive manufacturing
techniques have been widely adopted for orthopedic and bone tissue engineering …