Dentin–pulp regeneration has shifted from passive repair toward biologically guided strategies that preserve pulp vitality and actively regulate the healing microenvironment. This narrative review critically discusses biomaterial-driven approaches for dentin tissue engineering and their potential application in vital p...
D. G. Soares, I. M. Mendes Soares, P. D. de Toledo et al.· Coatings· 0 citations
Abstract The concept of bioactivity in restorative dentistry has evolved beyond the traditional expectation of inert materials designed solely to replace lost tooth structure. Contemporary restorative systems are increasingly engineered to interact with the dentin-pulp complex by modulating mineral dynamics, matrix sta...
I. P. M. Soares, Maria Luiza Barucci Araújo Pires, Juliana Rios de Oliveira et al.· Brazilian Oral Research· 1 citation
Overall, GelMA scaffolds promoted greater cell viability and mineralized matrix formation, while PCL and PDO provided superior mechanical properties, highlighting the importance of balancing biological and mechanical requirements when designing scaffolds for hard tissue regeneration.
C. Anselmi, Sepideh Aminmansour, I. P. Mendes Soares et al.· Biomimetics· 0 citations
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