In the field of oral and dental health, safe, effective, and durable biomaterials are essential to support tissue restoration and regeneration. One biomaterial that is gaining attention and considered to have significant potential is synthetic apatite. apatite sintetis.
Synthetic Apatite
Synthetic apatite is a biomaterial with a chemical structure and physical properties similar to natural hydroxyapatite found in bone and tooth enamel. Its main advantage lies in its ability to stimulate bone tissue growth and repair damage with a high degree of biocompatibility.
A study conducted by FKG UGM student Swandiva Putri W, under the supervision of Prof. drg. Ika Dewi Ana, M.Kes., Ph.D. and Dr. drg. Retno Ardhani, M.Sc., titled "Differences in Air-Water Contact Angle on Gelatin-CHA Films with Variations in Poly-N,N-Dimethylacrylamide Percentage", examined the physical properties of biomaterials, including wettability—an important aspect in clinical applications. Although not specifically focused on synthetic apatite, this study’s insights into surface properties are highly relevant for the development of oral apatite materials.
Advantages of Dental Bridges
Synthetic apatite holds great promise as a base material for bio-ceramics, restorative materials, and dental implants. This is due to its ability to enhance integration with bone and dental tissues, accelerate healing processes, and improve mechanical strength compared to traditional materials.
Its application in clinical settings is further supported by innovations in synthesis that allow for the production of finer and more stable nanoparticles, increasing its effectiveness in tissue regeneration. Additionally, coating restorative materials with synthetic apatite can reinforce them and extend their lifespan.
Synthetic apatite is a high-quality biomaterial solution that supports the success of restorative procedures and offers new hope for patients in need of functional and aesthetic dental restoration.
The future of dentistry and tissue regeneration will be enriched with such biomaterial innovations, demonstrating that technological advancements are increasingly capable of effectively and safely addressing clinical challenges.
References
Swandiva Putri W, Prof. drg. Ika Dewi Ana, M.Kes., Ph.D., Dr. drg. Retno Ardhani, M.Sc., Differences in Air-Water Contact Angle on Gelatin-CHA Films with Variations in Poly-N,N-Dimethylacrylamide Percentage, https://etd.repository.ugm.ac.id/penelitian/detail/185950
Author: Rizky B. Hendrawan | Photo: Freepik
