en
Professional articles about dentistry: Microscopic endodontics

33min
Article
Mechanical Performance and Metallurgical Features of ProTaper Universal and 6 Replicalike Systems
MARCO VERSIANI
0
03 March 2025

23min
Article
An in vivo comparison of working length determination of two frequency-based electronic apex locators
MARCO VERSIANI
1
27 February 2025

18min
Article
Micro–Computed Tomography Assessment of Dentinal Micro-cracks after Root Canal Preparation with TRUShape and Self-Adjusting File Systems
MARCO VERSIANI
5
27 February 2025

21min
Article
Comparison of the Cleaning Efficacy of Self-Adjusting File and Rotary Systems in the Apical Third of Oval-shaped Canals
MARCO VERSIANI
0
26 February 2025

15min
Article
Ex Vivo Analysis of the Debris Remaining in Flattened Root Canals of Vital and Nonvital Teeth After Biomechanical Preparation with Ni-Ti Rotary Instruments
MARCO VERSIANI
0
26 February 2025

43min
Article
Second mesiobuccal root canal in maxillary molars—A systematic review and meta-analysis of prevalence studies using cone beam computed tomography
MARCO VERSIANI
3
25 February 2025

20min
Article
Pulp pathosis in inlayed teeth of the ancient Mayas: a microcomputed tomography study
MARCO VERSIANI
0
25 February 2025

24min
Article
Computed tomography evaluation of rotary systems on the root canal transportation and centering ability
MARCO VERSIANI
0
24 February 2025

24min
Article
Shaping ability of Reciproc and TF Adaptive systems in severely curved canals of rapid microCT-based prototyping molar replicas
MARCO VERSIANI
2
24 February 2025

37min
Article
Influence of Filling Materials on the Bonding Interface of Thin-walled Roots Reinforced with Resin and Quartz Fiber Posts
Marco Versiani
2
20 February 2025

34min
Article
Ex vivo evaluation of four final irrigation protocols on the removal of hard-tissue debris from the mesial root canal system of mandibular first molars
MARCO VERSIANI
1
20 February 2025

29min
Article
Adjunctive Steps for the Removal of Hard Tissue Debris from the Anatomic Complexities of the Mesial Root Canal System of Mandibular Molars: A Micro–Computed Tomographic Study
MARCO VERSIANI
9
19 February 2025