Biyoseramik teknolojisindeki gelişmeler, hastalara yapılan tedavilerin başarısını artırarak endodontik materyal bilimi üzerinde yeni sayfalar açmıştır. Bu materyaller; yüksek osteokondüktif özellikleri ile mükemmel bir biyouyumluluk sağlar ve bu da onları farklı tedaviler için ideal hâle getirir. Kalsiyumdan zenginleştirilmiş karışım da (CEM) bu materyallerden biridir. Kalsiyumdan zenginleştirilmiş karışım (CEM) olarak adlandırılan ve farklı kalsiyum bileşiklerinden oluşan bu yeni siman 2006 yılında diş hekimliğine bir endodontik dolgu malzemesi olarak tanıtıldı. Tozun ana bileşenleri ağırlıkça %51,75 CaO, %9,53 SO3, %8,49 P2O5, %6,32 SiO2 bileşikleri iken minör bileşenler Al2O3, Na2O, MgO ve Cl'dir. Materyal ISO 6876:2001 standardına uygun biyolojik özellikleri ile diş hekimliği uygulamalarında kullanılmaktadır. Ayrıca; film kalınlığı, sertleşme süresi, akışkanlık gibi fiziksel özellikleri açısından da diş hekimliği uygulamalarında kullanılmaya uygundur. CEM simanı; kalsiyum ve fosfat iyonları salınan kendine özgü kaynakları bulunan ve bu kaynakları kullanarak hidroksiapatit (HA) oluşturabilen yapıdadır. Üretilen hidroksiapatit (HA) daha sonra dentin köprüsü oluşumunu indüklemektedir. CEM simanı antibakteriyel özellik göstermektedir ve sitolojik ve genotoksisite bakımından da biyolojik olarak uyumlu bulunmuştur. MTA'dan farklı kompozisyona sahip olmasına rağmen benzer klinik uygulama alanları mevcuttur. Vital pulpa tedavilerinde, kök rezorpsiyonu tedavilerinde, apeksogenezis ve apeksifikasyon tedavilerinde kullanılan simanın klinik olarak başarılı bulunduğunu gösteren birçok çalışma mevcuttur. Bu çalışmada, CEM simanının özellikleri ve klinik uygulamalarının sonuçlarıyla ilgili güncel literatür araştırması yapılması ve bilgi verilmesi amaçlanmıştır.
Anahtar Kelimeler: Dentin oluşumu; pulpa kaplaması; apeksifikasyon
Improvements in bio-ceramic technology has opened new pages in endodontic material science by increasing the treatment outcome for patients. This class of dental materials conciliates great biocompatibility with high osteoconductivity that make them ideal for endodontic care. The calcium enriched mixture (CEM) is one of these materials. Calcium enriched cement with different calcium compounds was introduced as an endodontic filling material in 2006. The majör components of the powder are CaO (51.75%), SO3 (9.53%), P2O5 (8.49%), SiO2 (6.32%) by weight and minor components are Al2O3, Na2O, MgO and Cl. The material is used for dental treatments with its suitable biological properties (appropriate ISO 6876:2001 standart). In addition, in terms of physical properties such as film thickness, setting time and fluidity are suitable for use in dentistry applications. CEM cement releases calcium and phosphate ions and can form hydroxyapatite (HA) with using its own particular sources in structure. The hydroxyapatite (HA) then induces dentin bridge formation. CEM cement shows antibacterial properties and found biologically compatible in terms of cytology and genotoxicity. CEM cement has a different composition from that of mineral trioxide aggregate (MTA) but has similar clinical applications. The cement used in vital pulp treatments, root resorption treatments, apexogenesis and apexification treatments and also many studies available about clinical success of the material in the literature. The aim of this review is to achieve literature survey and inform about the properties and clinical results of CEM.
Keywords: Dentinogenesis; pulp capping; apexification
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