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The aim of root canal therapy is to conserve the tooth functionality in a healthy periodontium.
The anatomy of teeth is variable and may present with curved canals especially apically, where the most intricate anatomy and lateral canals may exist. Canal systems are cleaned mechanically with shaping instruments and chemically with irrigants mainly sodium hypochlorite and EDTA. Irrigation could be improved with various sonic or ultrasonic devices and filled tri-dimensionally to entomb bacteria and preserve the canal cleaning.
Common alloys used in endodontics, over the last few decades, include stainless, conventional, and treated NiTi. In the 50’s till late 80’s, the main instruments used were stainless steel K-files and rotary Gates Gliden. The main disadvantage of stainless steel is stiffness and large diameter weakening the tooth especially in the coronal zone and leading to mishaps in the canals. In addition, many files were needed to prepare the canals. In the early 90’s, NiTi alloys were developed which allowed the manufacturing of more flexible instruments, improved design and dynamic action resulting in increased efficiency and easier use and conserving the tooth structure. In 2007, thermo-mechanical treatment of conventional NiTi allowed instruments more resistance to cyclic and torsional fatigue.
Since then, the NiTi technology continued the improvement in instrument alloy, design and dynamic action approaching to an extent the development of an ideal file that is more flexible and has better cutting efficiency and resistance to breakage. However, torsional fatigue is still a main concern if canals are not patent. Recently, a new pink alloy was developed and since then, manufacturers started to mix alloys in the same system. In the market, there are different alloys used such as M-Wire, CM Wire, Gold , Blue, EDM, MaxWire, T-Wire among others.
The presentation will describe the criteria of an ideal file and present tips about choosing the preferred system that could adapt adequately to the canal anatomy, as well as its technique. In addition, the basics of irrigation, optimal obturations and recommendations will be discussed.
Learning objectives:
Release date: 2021-12-17 | Expiration date: 2024-12-17
Level 2 Normal
Tribune Group GmbH is an ADA CERP Recognized Provider.
ADA CERP is a service of the American Dental Association to assist dental professionals in identifying quality providers of continuing dental education. ADA CERP does not approve or endorse individual courses or instructors, nor does it imply acceptance of credit hours by boards of dentistry. This continuing education activity has been planned and implemented in accordance with the standards of the ADA Continuing Education Recognition Program (ADA CERP) through joint efforts between Tribune Group GmbH and Dental Tribune International GmbH, recognized through ADA CERP from 5/1/24 - 6/30/27.
20 Comments
thank you Dr great presentation
Thank you so much sir
What’s the best way to remove old gp
hello thank you very much !
how many times can we use each file NiTi?
how can i manage ledges with precurved rotary files
what is the best Sequence for shaping the curved canals!
Many thanks
nice talk – but you left out light speed .. which although a few years old — we will see iot come back — under a diffrent guise wit modfication. Your comment ?
Great Presentation…Thanks…!!!
Thank You very much!
Hello from Bénin.
Hello
Sir, what could be done on instrument /file breakage inside the canal?
Good evening from phillipine
Good work!!!
Good morning. Greetings from Lima Peru
Good afternoon from Ukraine!!!
Hello
Good afternoon from Yemen
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