ReDentNova - Formgebung

Formgebung

Shaping sign 200h Die folgenden Artikel untersuchen die Fähigkeit des SAF Feilen sich an verschiedene Typen von Wurzelkanälen anzupassen und diese auf minimal-invasivem Weg aufzubereiten, wobei höchstmöglicher Kontakt mit den Kanalwänden besteht.

Bei einigen Artikeln, in denen SAF nicht als Mittel der Wahl für die Behandlung dargestellt wird, wurde eine "ReDent's Note" angefügt. Hierin sind Vorschläge enthalten, wie man vorliegende Ergebnisse verbessern kann, indem man die Anleitungen des Herstellers genau befolgt.

Can Size 20, .04 Taper Rotary File Reproducibly Create A Glide Path for the Self-Adjusting File (SAF)? An Ex Vivo Study in MB Canals of Mandibular Molars

publisher:
View abstract on PubMed. PMID: 25772461

Formgebung

Effect of finishing instrumentation using niti hand files on volume, surface area and uninstrumented surfaces in C-shaped root canal systems

The prevalence and asymmetry of C-shaped root canals in second mandibular molars in a European–Russian population: A Cone - Beam Computed Tomography study in vivo

Can Size 20, .04 Taper Rotary File Reproducibly Create A Glide Path for the Self-Adjusting File (SAF)? An Ex Vivo Study in MB Canals of Mandibular Molars

An Evaluation of Canal Transportation and Centering Ability at Different Levels of Root Canals Prepared by Self-Adjusting File Using Computed Tomography (A Comparative Study)

Micro computed tomography evaluation of the Self-adjusting file and ProTaper Universal system on curved mandibular molars.

Evaluation of The Self-Adjusting File System (SAF) for The Instrumentation of Primary Molar Root Canals: a Micro-computed Tomographic Study

Micro-CT Assessment of The Shaping Ability of Four Root Canal Instrumentation Systems in Oval-shaped Canals

Preservation of Root Canal Anatomy Using Self-adjusting File Instrumentation With Glide Path Prepared by 20/0.02 Hand Files Versus 20/0.04 Rotary Files

Canal Transportation and Centering Ability of Protaper and Self-adjusting File System in Long Oval Canals: An Ex-vivo Cone-beam Computed Tomography Analysis

Cleaning and Shaping Oval Canals with 3 Instrumentation Systems: A Correlative Micro–computed Tomographic and Histologic Study

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