A Review of Contemporary Researches on Biomedical Image Analysis

Lokhande, Pravin R.; Balaguru, S.; Deenadayalan, G.; Ghorpade, Ratnakar

doi:10.1007/978-981-13-9184-2_7

Cited by 3 publications

(4 citation statements)

References 33 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…28 Also it's preferable because of the easiness to apply and good filling quality in canal irregularities. 29 However, thermomechanical compaction technique allows more leakage than HeroFill Soft-Core technique but less than lateral compaction method according to Boussetta et al 30 It also has some disadvantages such as contraindication of narrow root canals because of the risk of the breakage of compactor and vertical root fractures. 9 According to a study, if different gutta-percha materials compared in the canals that obturated with thermomechanical obturation technique, Resilon gives better results in the percentance of lateral canal filling.…”

Section: Thermomechanical Compaction Techniquementioning

confidence: 99%

See 1 more Smart Citation

Contemporary Endodontic Obturation Techniques: A Comprehensive Literature Review

Zan

Demir

2021

Cumhuriyet Dental Journal

View full text Add to dashboard Cite

The success of an endodontic treatment is excessively depends on obturation as well as chemomechanical shaping. Hence, achiving a homogenious, impermeable and gap-free obturation plays a crucial role in endodontic treatment success. Today, many materials and techniques have been developed for endodontic purpose such as those which applied with heat or vibration, those softened with non-toxic chemicals and those uses ultrasound energy. Some of these techniques are still preferred by proffessionals when some are abandoned. However, gutta-percha is the most used material either with or without sealer. Gutta-percha can be applied with cold or warm techniques. It's known that warm gutta-percha technique leads a more homogenious obturation than cold techniques. Nevertheless, different obturation methods are convenient for different anatomic variations of root canal system. This review article summerize the contemporary and conventional obturation techniques with evaluation of their current status in endodontic implementation.

show abstract

Section: Thermomechanical Compaction Techniquementioning

confidence: 99%

“…34 b. Ultrafil 3D This system consists of a low working temperature (70 ᵒ C) device and 3 different disposable needles for different canal shapes. 29 The device is portable and nonreactive to moist or heat. It's notable that the low expanding percentance results a better sealing in the root canal system.…”

Section: A Obtura 3 Maxmentioning

confidence: 99%

Contemporary Endodontic Obturation Techniques: A Comprehensive Literature Review

Zan

Demir

2021

Cumhuriyet Dental Journal

View full text Add to dashboard Cite

show abstract

“…In endodontic there are various approaches in literature had been used viz. Empirical models which are based on curve fitting and arbitrary values, regression models and analysis of root canal using MATLAB software [7,8]. Even though there is formulation for calculating the life of the endodontic file, based on this we cannot decide the dimensions of the file which avoid failures [9].…”

Section: Literature Reviewmentioning

confidence: 99%

A Mathematical Model for Root Canal Preparation Using Endodontic File: Part B

Lokhande¹,

Balaguru²

2019

JBBBE

Self Cite

View full text Add to dashboard Cite

The aim of this article is to develop the mathematical model to describe response of endodontic file in curved root canal during the preparation of root canal using fracture mechanics approach. Any obturation process involves the filling of prepared root canal using bio-compatible materials like gutta-percha. During preparation of infected root canal, substrate, dead tissue and pulp is removed and tapered shape is formed so that any practitioner can fill it effectively. During preparation process of root canal, the canal wall applies locking action and causes resistance to motion of endodontic file, finally resulting into fatigue failure. This article described plastic behavior of endodontic file in curved root canal, mathematical model describing the necessary condition for crack growth in endodontic file, a mathematical model describing plastic zone size for crack on surface of endodontic file, a mathematical model describing crack tip opening displacement for crack on surface of endodontic file and mathematical model for pure-combined torsion and bending consideration for design of endodontic file. The mathematical model described is helpful for the Endodontic experts, researchers, design engineers. However the applicability of the described mathematical model limited to assumption of study. The gap between root canal to be prepared and endodontic file is zero while preparation. The endodontic file weight, speed of rotation and substrate removal rate is assumed to be constant. The mathematical model for endodontic file discussed above proved to be efficient tool for studying the root canal preparation.

show abstract

“…The process of obturation consist of the filling of the root canal cavity using heated and softened gutta-percha to get the fluid tight seal in between the canal wall and filled gutta-percha. 11 Any obturation process to perform before it requires the preparation of the root canal which involves the removing dead tissue, substrates and debris from the decayed root canal to develop the logical cavity so that any practitioner can fill it effectively (Typical/logically prepared root canal cavity 10 view is shown in Fig. 3) The nitinol made files are used to perform the preparation process (Geometry of Endodontic file used for root canal preparation is shown in Fig.…”

Section: Introductionmentioning

confidence: 99%

A mathematical model for root canal preparation using Endodontic file

Lokhande

Balaguru

2020

Journal of Oral Biology and Craniofacial Research

Self Cite

View full text Add to dashboard Cite

To develop the mathematical model for root canal preparation using Endodontic file. Method: The process of obturation consist of the filling of the root canal cavity using heated and softened guttapercha to get the fluid tight seal in between the canal wall and filled gutta-percha. Any obturation process to perform before it requires the preparation of the root canal which involves the removing dead tissue, substrates and debris from the decayed root canal. The various geometric parameters viz. Taper, relative angle for orientation of cross-section between two planes, pitch and polar symmetry constant of the Endodontic file etc. Geometric parameters are derived. The various performance parameters like Endodontic file life assessment, cutting force components (tangential and normal), substrate removal rate, torque exerted by Endodontic file etc are also derived successfully. The Endodontic file life is estimated based on two approaches viz. speed and volumetric wear approach. Conclusion: The mathematical model described is helpful for the Endodontic experts, researchers, design engineers etc. However the applicability of the described mathematical model limited to assumption of study. The gap between root canal to be prepared and Endodontic file is zero while preparation. The Endodontic file weight, speed of rotation and substrate removal rate is assumed to be constant. The mathematical model for Endodontic file discussed above proved to be efficient tool for studying the root canal preparation. The various geometric parameters and the various performance parameters are derived.

show abstract

A Review of Contemporary Researches on Biomedical Image Analysis

Cited by 3 publications

References 33 publications

Contemporary Endodontic Obturation Techniques: A Comprehensive Literature Review

Contemporary Endodontic Obturation Techniques: A Comprehensive Literature Review

A Mathematical Model for Root Canal Preparation Using Endodontic File: Part B

A mathematical model for root canal preparation using Endodontic file

Contact Info

Product

Resources

About