Comparison of the Amount of Debris Extruded From the Apex During Retreatment Procedures Using Several File Systems and to Gauge the Effect of Same and Different Taper on the Debris Extrusion: An In Vitro Study

Background: To determine the amount of apical extrusion between various file systems during the retreatment procedure and to determine the effect of taper on the same. Materials and Method: Seventy mandibular extracted premolars were taken, and preparation was performed using a Woodpecker file (Wood...

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Main Authors: Prakriti Kaul, Anshdeep Singh, Vertika Mahar, Pulkit Gupta, Unnati Nautiyal, Devna Sharma
Format: Article
Language:English
Published: Wolters Kluwer Medknow Publications 2024-08-01
Series:Journal of Pharmacy and Bioallied Sciences
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Online Access:https://journals.lww.com/10.4103/jpbs.jpbs_50_24
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author Prakriti Kaul
Anshdeep Singh
Vertika Mahar
Pulkit Gupta
Unnati Nautiyal
Devna Sharma
author_facet Prakriti Kaul
Anshdeep Singh
Vertika Mahar
Pulkit Gupta
Unnati Nautiyal
Devna Sharma
author_sort Prakriti Kaul
collection DOAJ
description Background: To determine the amount of apical extrusion between various file systems during the retreatment procedure and to determine the effect of taper on the same. Materials and Method: Seventy mandibular extracted premolars were taken, and preparation was performed using a Woodpecker file (Woodpecker Medical Instrument Co., Ltd., Guilin, China) (25/0.06). The gutta-percha (GP) was removed from each specimen with H file (#40/0.02) to simulate retreatment in seven groups (n = 10) using ProTaper Next (PTN;Dentsply, Maillefer, Ballaigues, Switzerland) (PTN) (30/0.07), Reciproc (25/0.08), Hyflex CM (30/0.06), Mtwo (30/0.05), Neoendo flex (30/0.04), Neoendo hybrid (30/0.04), and Flexicon file (30/0.06). The specimens were held with the help of a rubber stopper and put in the Eppendorf tube of volume 4 mL (pre-weighed before retreatment). The debris that was on the root surface of the specimen was washed with distilled water with 1 mL volume, kept in the oven, and then again weighed after 7 days. Results: Apical extrusion was found in the following order: HYFLEX CM (LEAST) < FLEXICON < PROTAPER NEXT < RECIPROC < NEOENDO FLEX < NEOENDO HYBRID < MTWO (HIGHEST). Conclusion: W Hyflex CM and Flexicon files showed lesser extrusion of debris than others.
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spelling doaj-art-d8ea3270e0064cc88804a944e320fc3b2025-08-20T01:48:08ZengWolters Kluwer Medknow PublicationsJournal of Pharmacy and Bioallied Sciences0976-48790975-74062024-08-0116Suppl 3S2100S210210.4103/jpbs.jpbs_50_24Comparison of the Amount of Debris Extruded From the Apex During Retreatment Procedures Using Several File Systems and to Gauge the Effect of Same and Different Taper on the Debris Extrusion: An In Vitro StudyPrakriti KaulAnshdeep SinghVertika MaharPulkit GuptaUnnati NautiyalDevna SharmaBackground: To determine the amount of apical extrusion between various file systems during the retreatment procedure and to determine the effect of taper on the same. Materials and Method: Seventy mandibular extracted premolars were taken, and preparation was performed using a Woodpecker file (Woodpecker Medical Instrument Co., Ltd., Guilin, China) (25/0.06). The gutta-percha (GP) was removed from each specimen with H file (#40/0.02) to simulate retreatment in seven groups (n = 10) using ProTaper Next (PTN;Dentsply, Maillefer, Ballaigues, Switzerland) (PTN) (30/0.07), Reciproc (25/0.08), Hyflex CM (30/0.06), Mtwo (30/0.05), Neoendo flex (30/0.04), Neoendo hybrid (30/0.04), and Flexicon file (30/0.06). The specimens were held with the help of a rubber stopper and put in the Eppendorf tube of volume 4 mL (pre-weighed before retreatment). The debris that was on the root surface of the specimen was washed with distilled water with 1 mL volume, kept in the oven, and then again weighed after 7 days. Results: Apical extrusion was found in the following order: HYFLEX CM (LEAST) < FLEXICON < PROTAPER NEXT < RECIPROC < NEOENDO FLEX < NEOENDO HYBRID < MTWO (HIGHEST). Conclusion: W Hyflex CM and Flexicon files showed lesser extrusion of debris than others.https://journals.lww.com/10.4103/jpbs.jpbs_50_24apical extrusionflexiconhyflex cmmtwoneoendo flexneoendo hybridprotaper nextreciprocretreatment
spellingShingle Prakriti Kaul
Anshdeep Singh
Vertika Mahar
Pulkit Gupta
Unnati Nautiyal
Devna Sharma
Comparison of the Amount of Debris Extruded From the Apex During Retreatment Procedures Using Several File Systems and to Gauge the Effect of Same and Different Taper on the Debris Extrusion: An In Vitro Study
Journal of Pharmacy and Bioallied Sciences
apical extrusion
flexicon
hyflex cm
mtwo
neoendo flex
neoendo hybrid
protaper next
reciproc
retreatment
title Comparison of the Amount of Debris Extruded From the Apex During Retreatment Procedures Using Several File Systems and to Gauge the Effect of Same and Different Taper on the Debris Extrusion: An In Vitro Study
title_full Comparison of the Amount of Debris Extruded From the Apex During Retreatment Procedures Using Several File Systems and to Gauge the Effect of Same and Different Taper on the Debris Extrusion: An In Vitro Study
title_fullStr Comparison of the Amount of Debris Extruded From the Apex During Retreatment Procedures Using Several File Systems and to Gauge the Effect of Same and Different Taper on the Debris Extrusion: An In Vitro Study
title_full_unstemmed Comparison of the Amount of Debris Extruded From the Apex During Retreatment Procedures Using Several File Systems and to Gauge the Effect of Same and Different Taper on the Debris Extrusion: An In Vitro Study
title_short Comparison of the Amount of Debris Extruded From the Apex During Retreatment Procedures Using Several File Systems and to Gauge the Effect of Same and Different Taper on the Debris Extrusion: An In Vitro Study
title_sort comparison of the amount of debris extruded from the apex during retreatment procedures using several file systems and to gauge the effect of same and different taper on the debris extrusion an in vitro study
topic apical extrusion
flexicon
hyflex cm
mtwo
neoendo flex
neoendo hybrid
protaper next
reciproc
retreatment
url https://journals.lww.com/10.4103/jpbs.jpbs_50_24
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