Digital light processing strength-strong ultra-thin bioceramic scaffolds for challengeable orbital bone regeneration and repair in Situ

Volume: 22, Pages: 100889 - 100889
Published: Mar 1, 2021
Abstract
The orbital fracture regeneration and reconstruction is still a catastrophic challenge due to the extremely thin anatomical structure and different defect shapes in various clinical conditions. The conventional biomaterials and preparation technique are often inefficient in satisfying porous scaffold architecture designs with respect to their required structural stability and biological performances. Here we developed the ultrathin scaffolds...
Paper Details
Title
Digital light processing strength-strong ultra-thin bioceramic scaffolds for challengeable orbital bone regeneration and repair in Situ
Published Date
Mar 1, 2021
Volume
22
Pages
100889 - 100889
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